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{"sheet":"Master ICD","index":0,"n_rows":777,"n_cols":19,"rows_kept":777,"cut":false,"hidden":false,"merged":[[1,1,1,3],[2,5,2,6],[2,0,4,0],[0,0,0,4],[0,5,0,10]]}
["PIP-II Master Interface Control Document (ICD) List",null,null,null,null,"Warning:  This ICD is subject to change.  The current version is maintained in Teamcenter (ED0010433)."]
[null,"Search Criteria"]
["Enter Search Criteria using yellow drop down box","System A WBS","System B WBS","Integrator WBS",{"$f":"SUBTOTAL(3,A9:A777)","v":769},"←←← Number of entries satisfying this search criteria.",null,null,null,null,null,null,null,null,null,null,"Revision Date:","2020-04-01"]
[null,"*"]
[null,null,{"$f":"B4","v":"*"}]
["* includes all entries",null,null,{"$f":"B4","v":"*"},"Note Macros need to be enabled in order for the search feature to function."]
[]
["Unique L3-L3 ID","Interface #","Interface ID","Interface Name","Interface Requirements Description","Requirements Clarification","Verification Method","System A WBS","System A Scope","System B WBS","System B Scope","Integrator WBS","Integrator Scope","Requirements Documents","Interface Detail Documents","Status","Verification Documents","Comments"]
[1764,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1764-001"},"HWR CM cryogenic process piping (CPP)","Cryogenic process piping (CPP) shall connect the HWR to the CDS to deliver helium cryogenic cooling to various HWR Cryomodule process circuits as required. CPP also includes insulating vacuum with vacuum barriers, alignment and installation of CPP, and acceptance testing","HSIB shall connect the HWR to the CDS to deliver helium cryogenic cooling to various HWR Cryomodule circuits as required.  The interface consists of a cryogenic bayonet connection for each of the cryogenic circuits ,  pressure gauges and LHe level probes","Inspection; Demonstration; Measurement; Analysis","121.2.02 HWR","HWR shall specify helium operating and design parameter requirements at the interface; CDS and HWR shall define geometry, location, and alignment requirements of connections","121.2.06 CDS","CDS shall provide interconnect U-tubes to HWR Cryomodule bayonets for each process circuit, and  supply helium to HWR requirements.","121.4.05 LI","LI shall provide installation and acceptance testing support to HWR and CDS and interconnect piping and U-tubes","ED0008022 - CDS FRS;       ED0001313 - HWR FRS ","ED0002529 - HWR ISD; ED0011880 - CDS ISD","TBD","EN0xxxx - HWR piping note; ED000xxx - Acceptance Test Report","This may be covered in the other interface with CP.  (AM)"]
[1764,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1764-002"},"HWR CM warm helium piping","HWR requires helium vent headers for CM relief devices and purge and mixing helium for helium guard and warm-up","The interface consists of a relief system connected to the HWR. ","Inspection; Measurement; Analysis","121.2.02 HWR","HWR shall specify helium purge gas and pressure safety requirements for CM devices, and supply appropriately sized relief piping within the CM and external connections to CDS warm helium headers","121.2.06 CDS","CDS shall size relieving system based on pressure safety requirements specified by HWR, and supply relief devices and headers which mate to the CM external connections","121.4.05 LI","LI shall provide installation support to the CM pressure relief lines and pressure safety device testing program and procedure","ED0008022 - CDS FRS;       ED0001313 - HWR FRS ","ED0002529 - HWR ISD; ED0011880 - CDS ISD","TBD","EN0xxxx - HWR piping note; ED000xxx - Acceptance Test Report"]
[1764,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1764-003"},"HWR Cryogenic Controls","The CDS cryogenic control system shall integrate HWR CM devices and provide controls and signal readback for HWR instrumentation and heaters and interface with the global control system",null,"Inspection; Demonstration","121.2.02 HWR","HWR shall specify control devices to be included in the CDS cryogenic control system and requisite details for integration into CDS controls","121.2.06 CDS","CDS shall provide the cryogenic control system","121.2.06 CDS; 121.3.07 Cntrl; 121.4.05 LI;\n121.4.04 BldgI","CDS and Cntrl shall provide commissioning support for the Integrated Cryogenic Control System; LI shall provide installation and commissioning support for cables and controls; BldgI shall provide cables and connectors between CDS and HWR","ED0008022 - CDS FRS;        ED0001313 - HWR FRS ","ED0002529 - HWR ISD; ED0011880 - CDS ISD","TBD"]
[1771,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1771-001"},"HWR CM High Power RF  Connection","HWR CM High Power RF Connection shall connect  HWR RF power couplers with the High Power RF and RF Distribution system (HPRF)",null,"Inspection; Demonstration; Measurement","121.2.02 HWR","HWR shall  specify a common, standard flange size for RF port connections and define a maximum RF power level for each cavity","121.3.03 HPRF","HPRF shall review and approve specifications of  HWR Power Coupler RF connections, provide necessary cables and mating flanges to connect to the HWR input couplers  and develop an acceptance testing procedure","121.4.05 LI;\n 121.3.03 HPRF","LI and HPRF shall provide installation support and acceptance testing for HWR CM  RF Power Couplers"," ED000xxx - HWR Power Coupler FRS","ED0002529 - HWR ISD doc","TBD","ED000xxx - Acceptance Test Report","Specified in HWR Intfc. Spec Doc ED0007564"]
[1771,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1771-002"},"HWR CM High Power Coupler DC-bias Interlock Connection","HWR CM High Power Coupler DC-bias Interlock Connection shall provide in-situ DC bias  signal to the High Power RF and RF Distribution system (HPRF)",null,"Inspection; Demonstration; Measurement","121.2.02 HWR","HWR shall  specify   requirements for an electrical interface of the  DC-bias interlock signal","121.3.03 HPRF","HPRF shall review and approve requirements for an electrical interface of the  DC-bias interlock signal, provide necessary cables and develop an acceptance testing procedure","121.4.05 LI;\n 121.3.03 HPRF","LI and HPRF shall provide installation support and acceptance testing for HWR CM  DC bias interlock signal"," ED000xxx - HWR Power Coupler FRS","ED0002529 - HWR ISD doc","TBD","ED000xxx - Acceptance Test Report","Reqts specfiied, need to be documented in rev of ISD"]
[1771,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1771-003"},"HWR RF power input connection (HWR)","RF power distribution (HPRF) from the RF power amplifier shall provide a cable (or waveguide) and connector that mates properly with the HWR cavity input coupler (HWR).",null,"Inspection; Demonstration;","121.2.02 HWR;\n121.3.03 HPRF","120.2.02 HWR and 121.3.03 HPRF shall define a common, standard flange size for RF cable connections; 120.2.02 HWR will define a maximum RF power level for each cavity.","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and mating flange to connect to the HWR input coupler.","121.4.03 TI;\n121.4.05 LI","121.4.03 TI shall provide installation support to HWR and HPRF for installation in PIP2IT;  121.4.05 LI shall provide installation support to HWR and HPRF for installation in PIP-II","ED0001313 - HWR FRS","ED0002529 - HWR ICD","Accepted",null,"TI is only the integrator as defined (JL)"]
[1772,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1772-002"},"HWR RF cavity field probe","An N-type field probe connection shall be available for each cavity (8). 162.5 MHz RF signal from flange to LLRF rack. 40 mW to 100mW of RF power at the cryomodule flange.",null,null,"121.3.04 LLRF","The LLRF system uses the field probe to calculate accelerating gradient and other field characteristics.","121.2.02 HWR","Provides the required connectors at the flange.","121.4.05 LI",null,null,null,"TBD"]
[1772,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1772-003"},"HWR Resonance Control","The resonance control system consists of a box that controls the pneumatics for the cavity tuners. LLRF will provide a signal per cavity to drive the tuner electronics.",null,null,"121.3.04 LLRF","Each cavity shall be kept on resonance/at frequency to minimize necessary drive power.","121.2.02 HWR","The HWR system provides the necessary interfaces for tuning control of the HWR cavities.","121.4.05 LI",null,null,null,"TBD"]
[1772,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1772-004"},"HWR CM Low Power RF  Connection","HWR CM Low Power RF  Connection shall connect  HWR RF pick-up probes  with the Low Level RF system (LLRF)","A field probe connection shall be available for each HWR cavity ","Inspection; Demonstration; Measurement","121.2.02 HWR","HWR  shall specify dimensions of RF connectors and operational parameters of  HWR pick-up signals","121.3.04 LLRF","LLRF shall review and approve specifications of HWR RF pick-up probes, provides the required cables and connectors  and  develop an acceptance testing procedure \n","121.4.05 LI;\n121.3.04 LLRF","LI and LLRF shall provide installation support and acceptance testing for HWR  RF pick-up probes"," ED000xxx - HWR Power Coupler FRS","ED0002529 - HWR ISD doc","TBD","ED000xxx - Acceptance Test Report"]
[1772,5,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1772-005"},"HWR CM Slow Tuner Electrical Connection","HWR Slow Tuner Electrical Connection shall connect the Slow Tuner pneumatic controller with the LLRF system","The resonance control system consists of an electronic frontend box that controls the pneumatics for the cavity tuners","Inspection; Demonstration","121.2.02 HWR","HWR shall specify the requirements for electrical interface of the HWR Slow Tuner pneumatic controller and define electrical parameters of control signals","121.3.04 LLRF","LLRF shall review and approve requirements  for the Slow Tuner control electronics ,  provide a control signal per each HWR cavity to drive the tuner electronics and  develop an acceptance testing procedure","121.3.04 LLRF","LLRF shall provide installation support and acceptance testing for the HWR Slow Tuner Electrical Connection"," ED000xxx - HWR  Cavity FRS ","ED0002529 - HWR ISD doc","TBD","ED000xxx - Acceptance Test Report"]
[1773,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1773-001"},"HWR CM Magnet Leads","HWR CM Magnet Leads system shall include interfaces for powering  8 superconducting magnet packages",null,"Inspection; Demonstration; Measurement","121.2.02 HWR","HWR shall provide specifications on Magnet Lead Feedthroughs (type and locations) and describe  Magnet Controls and Quench Protection schemes","121.3.05 MagPS","MagPS shall review and approve specifications on the HWR CM Magnet Leads system, provide connecting cables and magnet power supplies with the Quench Protection, specify  installation requirements and develop an acceptance testing procedure","121.4.05 LI","LI shall connect HWR Magnet Leads Feedthroughs with Power Supplies  and perform the acceptance test","ED000113 - HWR FRS; ED0004391 - HWR Magnet Power Supplies FRS ","ED0002529 - HWR ISD doc; ED0003723 - SPEC-HWR Current Lead Specification doc","TBD","ED000xxx - Acceptance Test Report"]
[1773,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1773-002"},"Power Supply to HWR connections","Power Supply systems need to connect to the cryogenic magnets through the cryo module. This includes cables and their connections",null,"Inspection ","121.2.02 HWR","HWR will provide location and connection points for all power supply related cabling including power supply cables for solenoids, correctors and voltage taps for QPM cables as well as specify the maximum allowable currents and voltages for each type of magnet","121.3.05 MagPS","MagPS will review and inspect proposed connection methods, specify, order and procure the cables and deliver the cables to the appropriate location","121.4.05 LI","LI will be responsible for installing all cables between the power supplies and the cryomodule. MagPS will be resposible for termination of cables and connecting the cables to the proper locations",null,null,"TBD"]
[1773,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1773-003"},"HWR CM Power Coupler High Voltage (HV) Supply Connections at PIP2IT","HWR CM Power Coupler Auxiliary Connections shall connect  HWR Power Couplers  with High Voltage (HV) supply",null,"Inspection; Demonstration; Measurement","121.2.02 HWR","HWR shall specify  requirements for Power Coupler type, size and locations of high voltage connectors","121.3.05 MagPS","MagPS shall provide requirements and details of the high voltage connections.","121.4.03 TI","121.4.03 TI shall provide installation support to HWR for installationand acceptance testing in PIP2IT."," ED000xxx - HWR Power Coupler FRS","ED0002529 - HWR ISD doc","TBD","ED000xxx - Acceptance Test Report","Specified in HWR Intfc. Spec Doc ED0007564"]
[1773,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1773-004"},"HWR CM Power Coupler High Voltage (HV) Supply Connections at PIP-II","HWR CM Power Coupler Auxiliary Connections shall connect  HWR Power Couplers  with High Voltage (HV) supply",null,"Inspection; Demonstration; Measurement","121.2.02 HWR","HWR shall specify  requirements for Power Coupler type, size and locations of high voltage connectors","121.3.05 MagPS","MagPS shall provide requirements and details of the high voltage connections.","121.4.05 LI","121.4.05 LI shall proivde installation support to HWR for installation and acceptance testing in PIP-II."," ED000xxx - HWR Power Coupler FRS","ED0002529 - HWR ISD doc","TBD","ED000xxx - Acceptance Test Report","Specified in HWR Intfc. Spec Doc ED0007564"]
[1774,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1774-001"},"HWR Beam Line connection to the warm beam line segment of SSR1 cryomodule upstream interconnection","The inter-cryomodule beam line connection shall connect the HWR CM evacuated beam line to the SSR1 CM evacuated beam line. The beam line interface shall maintain vacuum integrity between the two systems and shall comply to 'particle-free'  cleanliness requirements","The only connections of the HWR and SSR1 cryomodules to the beamline is the beam pipe itself which will be terminated by “particle free”  vacuum gate valves at both ends  of the cryomodule. The cryomodules  are connected with each other  by the room temperature vacuum Interface Assembly.","Inspection; Demonstration; Measurement","121.2.02 HWR","HWR and Vac  shall agree upon geometry of connecting flanges, acceptance testing, and installation requirements","121.3.06 Vac","Vac shall review and approve the  Gate Valve mechanical connections, deliver the inter-cryomodule vacuum interface assembly and provide the  installation requirements.","121.4.05 LI","LI and Comm shall provide installation support to HWR Beam Line and perform the acceptance test"," ED0001313 - HWR FRS","ED0002529 - HWR ISD doc","TBD","ED000xxx - Acceptance Test Report"]
[1774,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1774-002"},"HWR CM Vacuum Systems","HWR CM  Vacuum Systems shall connect the HWR CM with Vacuum Supply System","HWR CM Vacuum Systems includes multiple  vacuum components,  pumps, gauges, valves, air-venting system and vacuum tight connections.","Inspection; Demonstration; Measurement","121.2.02 HWR","HWR shall describe the layout of the Vacuum System,  locations of Cavity Vacuum and Cryomodule Insulating Vacuum ports,  specify vacuum components (pumps, gauges, valves), air-venting system and connectors, define parameters of control signals and wiring scheme.","121.3.06 Vac","Vacuum shall review and approve specifications of  Vacuum components (type and locations),  parameters of control signals and the HWR CM wiring scheme","121.4.05 LI;\n121.3.06 Vac","LI shall provide installation support to HWR Cavity and Cryomodule Vacuum systems;  Vacuum shall provide acceptance testing support to HWR CM Vacuum Systems"," ED0001313 - HWR CM FRS;   ED000xxx - HWR Cavity FRS; ED0004250 - PIP-II MPS FRS","ED0002529 - HWR ISD doc","TBD","ED000xxx - Acceptance Test Report","This interface is to controls only (cables) - not to a vacucm system - HWR provides its own vacuum systems"]
[1774,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1774-003"},"HWR Beam Line connection with the SSR1 CM","The inter-cryomodule beam line connection shall connect the HWR CM evacuated beam line to the SSR1 CM evacuated beam line. The beam line interface shall maintain vacuum integrity between the two systems and shall comply to 'particle-free'  cleanliness requirements","The only connections of the HWR and SSR1 cryomodules to the beamline is the beam pipe itself which will be terminated by “particle free”  vacuum gate valves at both ends  of the cryomodule. The cryomodules  are connected with each other  by the room temperature vacuum Interface Assembly.","Inspection; Demonstration; Measurement","121.2.02 HWR","HWR and Vac  shall agree upon geometry of connecting flanges, acceptance testing, and installation requirements","121.3.06 Vac","Vac shall review and approve the  Gate Valve mechanical connections, deliver the inter-cryomodule vacuum interface assembly and provide the  installation requirements.","121.4.05 LI;","LI and Comm shall provide installation support to HWR Beam Line and perform the acceptance test"," ED0001313 - HWR FRS","ED0002529 - HWR ISD doc","TBD","ED000xxx - Acceptance Test Report"]
[1775,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1775-001"},"HWR Beam Line Gate Valves Electrical connection","HWR Beam Line Gate Valves electrical connection shall connect the Gate Valve with   the Control  (Cntrl) system ","Gate Valve  electrical connections  include Solenoid Actuator  and Position Switch connectors","Inspection; Demonstration; Measurement","121.2.02 HWR","HWR shall provide the scheme of Gate Valve  electrical connections  including parameters of Solenoid Actuator  and Position Switch connectors ","121.3.07  Cntrl","Control shall review and approve the scheme of  Gate Valve electrical connections,  provide the hardware and associated software to control the gate valve,  define the  installation requirements and develop an acceptance testing procedure","121.4.05 LI","LI shall provide installation support to HWR Beam Line Gate Valve and perform the acceptance test"," ED0001313 - HWR FRS;  ED0004250 - PIP-II MPS FRS","ED0002529 - HWR ISD doc","TBD","ED000xxx - Acceptance Test Report","Specified in HWR Intfc. Spec Doc ED0007564, Clarification needed. No interaction with vacuum?"]
[1775,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1775-002"},"HWR CM Thermometry","HWR CM Thermometry interface shall include information about  thermometers location, types and hardware  specification for devices not included in the CDS.  ",null,"Inspection; Demonstration; Measurement","121.2.02 HWR","HWR shall provide specification of Thermometry Electrical Feedthroughs pin layouts ","121.3.07 Cntrl","Cntrl shall review and approve specifications on  HWR CM Thermometry interfaces , provide the interface boards for thermometry acquisition  and appropriate PLC systems,  and  develop an acceptance testing procedure","121.4.05 LI","LI shall connect HWR  Thermometers with the Control System  and perform the acceptance test","ED000113 - HWR FRS; ","ED0002529 - HWR ISD doc","TBD","ED000xxx - Acceptance Test Report","Specified in HWR Intfc. Spec Doc ED0007564.  Need to differentiate between instrumentation that goes through CDS and that that goes directly to Cntrl. Most of the thermometry will go through CDS. (AM)  For the first pass this should be with CDS."]
[1775,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1775-003"},"HWR CM Power Coupler Position Drive Connection","HWR CM Power Coupler  Position Drive Connection shall connect  HWR Power Coupler  Actuators with the Control (Cntrl) system",null,"Inspection; Demonstration; Measurement","121.2.02 HWR","HWR shall specify requirements for  Power Coupler Position Drive stepping motor and position indicator,  and describe layout of  electrical pin connections","121.3.07 Cntrl","Cntrl shall review and approve requirements  for  Power Coupler Position Drive Connection,  provide installation guidance and  develop an acceptance testing procedure","121.4.05 LI","LI and Cntrl shall provide installation support and acceptance testing for HWR Power Coupler Position Drive Connection"," ED000xxx - HWR Power Coupler FRS","ED0002529 - HWR ISD doc","TBD","ED000xxx - Acceptance Test Report","Specified in HWR Intfc. Spec Doc ED0007564"]
[1777,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1777-001"},"HWR CM BPM Connections","HWR BPM Connections shall connect BPM ports with the Beam Instrumentation (BI) system",null,"Inspection; Demonstration; Measurement","121.2.02 HWR","HWR shall  describe the BPM body orientation in HWR CM and specify  type and location of electrical  feedthroughs and RF cables used for BPM signals connection","121.3.09 BI","BI shall review and approve specifications  of BPM electrical feedthroughs, provide installation guidance and  develop an acceptance testing procedure ","121.4.05 LI","LI shall provide installation support for BPM cables connections"," ED0001313 - HWR  CM FRS ","ED0002529 - HWR ISD doc","TBD","ED000xxx - Acceptance Test Report","Specified in HWR Intfc. Spec Doc ED0007564"]
[1787,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1787-001"},"WFE/HWR beam line interface at PIP-II","The WFE/HWR beam line interface shall connect the WFE's evacuated beam line to the HWR cryomodule's evacuated beam line. The beam line interface shall maintain vacuum integrity between the two systems and shall be treated 'particle-free' (i.e. SRF hygiene). The beam line interface shall also provide means to isolate both systems from one another (i.e. vacuum valve). Alignment tolerance may be required.","The physical interface between WFE and HWR is the vacuum valve that separates the clean section of the WFE from the HWR cryomodule.","Inspection; Demonstration; Measurement","121.2.02 HWR","121.2.02 HWR  shall provide one complete cryomodule which includes the 'warm' to 'cold' transition upstream of the cryostat; 121.2.02 HWR shall also provide the vacuum valve to which the MEBT beam line connects to","121.4.02 WFE","121.4.02 WFE shall provide the beam tube, the stand and the spool piece that connects to the vacuum valve (upstream)","121.4.05 LI","121.4.05 LI shall provide installation support to HWR and WFE; 121.4.05 LI shall vacuum leak check the connection after assembly","ED0001313-HWR FRS","ED0002529-HWR ISD doc","TBD"]
[1787,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1787-002"},"WFE/HWR beam line interface at PIP2IT","The WFE/HWR beam line interface shall connect the WFE's evacuated beam line to the HWR cryomodule's evacuated beam line. The beam line interface shall maintain vacuum integrity between the two systems and shall be treated 'particle-free' (i.e. SRF hygiene). The beam line interface shall also provide means to isolate both systems from one another (i.e. vacuum valve). Alignment tolerance may be required.","The physical interface between WFE and HWR is the vacuum valve that separates the clean section of the WFE from the HWR cryomodule.","Inspection; Demonstration; Measurement","121.2.02 HWR","121.2.02 HWR  shall provide one complete cryomodule which includes the 'warm' to 'cold' transition upstream of the cryostat; 121.2.02 HWR shall also provide the vacuum valve to which the MEBT beam line connects to","121.4.02 WFE","121.4.02 WFE shall provide the beam tube, the stand and the spool piece that connects to the vacuum valve (upstream)","121.4.03 TI","121.4.03 TI shall provide installation support to HWR and WFE; 121.4.03 TI shall vacuum leak check the connection after assembly","ED0001313-HWR FRS","ED0002529-HWR ISD doc","Verified","F10070746"]
[1788,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1788-001"},"HWR CM Power Coupler Dry Air Connections at PIP2IT","HWR CM Power Coupler Auxiliary Connections shall connect  HWR Power Couplers  with Compressed Dry Air supply",null,"Inspection; Demonstration; Measurement","121.2.02 HWR","HWR shall specify  requirements for Power Coupler compressed dry air system","121.4.03 TI","TI shall review and approve requirements for Compressed Dry Air system, provide installation guidance and  develop an acceptance testing procedure for PIP2IT.","121.4.03 TI","121.4.03 TI shall provide installation support to HWR for installationand acceptance testing in PIP2IT."," ED000xxx - HWR Power Coupler FRS","ED0002529 - HWR ISD doc","TBD","ED000xxx - Acceptance Test Report","Specified in HWR Intfc. Spec Doc ED0007564"]
[1788,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1788-002"},"HWR Control Valve Pneumatic Connection at PIP2IT.","HWR Control Valves shall connect to the Compressed Dry Air supply.",null,"Inspection; Demonstration; Measurement","121.2.02 HWR","HWR shall specify compressed air flow and purity requirements and connection types and locations.","121.4.03 TI","TI shall provide an compressed air system, with connections and hoses as specified for PIP2IT.","121.4.03 TI","TI shall install and connect compressed air hoses between compressed air header and control valves at PIP2IT."]
[1788,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1788-003"},"HWR CM Slow Tuner Pneumatic Connection at PIP2IT.","HWR Slow Tuner Pneumatic Connection shall connect the Slow Tuner pneumatic valves with the compressed He-gas supply system",null,"Inspection; Demonstration; Measurement","121.2.02 HWR","HWR shall specify requirements for HWR Slow Tuner Pneumatic System,   describe type and location of pneumatic connectors,  and set requirements for the He gas purity","121.4.03 TI","TI shall review and approve requirements  of HWR Slow Tuner  Pneumatic Connection,   specify parameters of gas pressure relief system, provide the support structure, space, and compressed He-gas connections necessary to install and operate the HWR Slow Tuner, provide installation guidance and  develop an acceptance testing procedure at PIP2IT.","121.4.03 TI","121.4.03 TI shall provide installation support to HWR for installation and acceptence testing in PIP2IT."," ED000xxx - HWR  Cavity FRS ","ED0002529 - HWR ISD doc","TBD","ED000xxx - Acceptance Test Report","Reqts known, need to document better in a revised ISD"]
[1788,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1788-004"},"HWR Beam Line Gate Valves Compressed Air connection at PIP2IT","HWR Beam Line Gate Valves Compressed Air connection shall connect the Gate Valve with   the Compressed Air Supply","Gate Valve  Compressed Air connection consists of Pneumatic Actuator with Compressed Air Fitting","Inspection; Demonstration; Measurement","121.2.02 HWR","HWR shall specify the geometry and technical parameters of  the Gate Valve Compressed Air connection","121.4.03 TI","TI shall review and approve specifications on the  Gate Valve Compressed Air connection, provide the support structure, space, and compressed air connections necessary to install and operate the beam line gate valve,   and specify the  installation requirements","121.4.03 TI","BldgI shall provide installation support to HWR Beam Line Gate Valve and perform the acceptance test"," ED0001313 - HWR FRS;  ED0004250 - PIP-II MPS FRS","ED0002529 - HWR ISD doc","TBD","ED000xxx - Acceptance Test Report","CB: If this interface pertains only to PIP2IT, TI is hte integrator.  If it pertains to PIP2, there are additional suppliers"]
[1789,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1789-001"},"HWR Control Valve Pneumatic Connection at PIP-II","HWR Control Valves shall connect to the Compressed Dry Air supply.",null,"Inspection; Demonstration; Measurement","121.2.02 HWR","HWR shall specify compressed air flow and purity requirements and connection types and locations.","121.4.04 BldgI","BldgI shall design the PIP-II compressed air system, with all necessary infrastructure specified.  BldgI shall provide the hoses and instrumentation materials for the compressed air connections.","121.4.05 LI","LI shall install and connect compressed air hoses and instrumentation between the compressed air header and control valves.",null,"ED0012266 - BldgI ISD;  ED0002529 - HWR ISD"]
[1789,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1789-002"},"HWR Beam Line Gate Valves Compressed Air connection at PIP-II.","HWR Beam Line Gate Valves Compressed Air connection shall connect the Gate Valve with   the Compressed Air Supply","Gate Valve  Compressed Air connection consists of Pneumatic Actuator with Compressed Air Fitting","Inspection; Demonstration; Measurement","121.2.02 HWR","HWR shall specify the geometry and technical parameters of  the Gate Valve Compressed Air connection","121.4.04 BldgI","BldgI shall review and approve specifications on the  Gate Valve Compressed Air connection, provide the support structure, space, and compressed air connections necessary to install and operate the beam line gate valve,   and specify the  installation requirements","121.4.05 LI","LI shall provide installation support to HWR Beam Line Gate Valve and perform the acceptance test"," ED0001313 - HWR FRS;  ED0004250 - PIP-II MPS FRS","ED0012266 - BldgI ISD;  ED0002529 - HWR ISD","TBD","ED000xxx - Acceptance Test Report","CB: If this interface pertains only to PIP2IT, TI is hte integrator.  If it pertains to PIP2, there are additional suppliers"]
[1789,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1789-003"},"HWR CM Power Coupler Dry Air Connections at PIP-II","HWR CM Power Coupler Auxiliary Connections shall connect  HWR Power Couplers  with Compressed Dry Air supply",null,"Inspection; Demonstration; Measurement","121.2.02 HWR","HWR shall specify  requirements for Power Coupler compressed dry air system.","121.4.04 BldgI","TI shall review and approve requirements for Compressed Dry Air system, provide installation guidance and  develop an acceptance testing procedure for PIP-II.","121.4.05 LI","121.4.05 LI shall proivde installation support to HWR for installation and acceptance testing in PIP-II."," ED000xxx - HWR Power Coupler FRS","ED0012266 - BldgI ISD;  ED0002529 - HWR ISD","TBD","ED000xxx - Acceptance Test Report","Specified in HWR Intfc. Spec Doc ED0007564"]
[1789,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1789-004"},"HWR CM Slow Tuner Helium Connection at PIP-II","HWR Slow Tuner Helium Connection shall connect the Slow Tuner pneumatic valves with the compressed He-gas supply system",null,"Inspection; Demonstration; Measurement","121.2.02 HWR","HWR shall specify requirements for HWR Slow Tuner Helium System,  describe type and location of pneumatic connectors, and set requirements for the He gas purity.","121.2.06 CDS","CDS shall review and approve requirements  of HWR Slow Tuner  Pneumatic Connection, specify parameters of gas pressure relief system and compressed He-gas header and connections necessary to install and operate the HWR Slow Tuner at PIP-II.","121.4.05 LI","121.4.05 LI shall provide installation support to HWR for installation and acceptence testing in PIP-II.","ED000113 - HWR FRS; ","ED0002529 - HWR ISD; ED0011880 - CDS ISD","TBD","ED000xxx - Acceptance Test Report","Reqts known, need to document better in a revised ISD"]
[1789,"005",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1789-005"},"HWR CM Grounding Connection","BldgI shall provide guidance on the proper grounding connection from the main grounding connection in the tunnel to the CM.",null,"Inspection; Measurement","121.2.02 HWR","HWR shall define the grounding requirements for the CM as well as connection details.","121.4.04 BldgI","BldgI shall provide the grounding details and parameters to connect to the grounding infrastructure in the tunnel.","121.4.05 LI","121.4.05 LI shall provide installation support to HWR and BldgI.","TBD","TBD","TBD"]
[1790,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1790-001"},"HWR Cryomodule Stand - delivery","LI shall provide the HWR stand, either by relocating the existing stand from PIP2IT or fabricating a new stand for PIP2","0-Interface","Demonstration","121.2.02 HWR;\n121.4.05 LI","HWR owns the design of the interface plane.  LI owns the design of the stand.","121.4.05 LI","LI prodvides the stand","121.4.05 LI","LI will integrate these systems within the PIP2 footprint",null,null,"TBD"]
[1790,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1790-002"},"HWR Cryomodule Truck Transportation System","HWR shall define the transportation scheme for the HWR cryomodule, and deliver any specialized hardware or fixtures required for that transportation.  The same scheme used to transport the HWR to PIP2IT will be used to move from PIP2IT to PIP2.  ","0-Interface","Demonstration","121.2.02 HWR","HWR defines the transportation scheme","121.2.02 HWR","HWR delivers the scheme and hardware (if any)","121.4.05 LI","LI uses the scheme to transport the HWR from PIP2IT to PIP2",null,null,"TBD"]
[1790,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1790-003"},"HWR Lifting Fixture - delivery","If any blow-the-hook lifting fixtures are required for HWR CMs or components thereof, HWR shall supply them.  Lifting fixtures shall meet the relevant FESHM requirements.","0-Interface","Demonstration","121.2.02 HWR","HWR defines the design of the fixture(s), if any","121.2.02 HWR","HWR supplies the fixture(s), if any","121.4.05 LI","LI uses the fixture(s), if any",null,null,"TBD",null,"At this writing, no lifting fixtures are expected for the HWR"]
[1790,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1790-004"},"HWR beamline vacuum state at delivery","At delivery to LI, HWR beamline vacuum shall be backfilled with Nitrogen to 0.25psig positive pressure.","0-Interface","Inspection ","121.4.05 LI;\n121.2.02 HWR","LI and HWR must agree on the definition of this vacuum state","121.2.02 HWR;\n121.4.03 TI","HWR and TI ensure that the beamline is in this configuration at delivery","121.4.05 LI","LI interfaces to the system in this known condition",null,null,"TBD",null,null,"x"]
[1790,5,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1790-005"},"HWR common requirements - rigging","Large HWR components, or any dismountable part thereof bigger than what can be handled by a single individual, shall include rigging interfaces for vertical lifting with a crane.   All lifting interfaces shall be clearly marked.  Rigging components shall satisfy the requirements of the relevant FESHM chapters (e.g. marking of rigging components).  All payload weights shall be clearly marked.  ","0-Interface","Inspection ","121.2.02 HWR;\n121.4.05 LI","HWR will define the design of the systems","121.2.02 HWR","HWR will provide the rigging interfaces","121.4.05 LI","LI will integrate these systems within the PIP2 footprint",null,null,"TBD"]
[1790,6,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1790-006"},"HWR common requirements - alignment referencing","HWR cryomodules shall come with permanently affixed fiducials.  Fiducials shall accept standard 1.5\" Dia. SMR balls or SMR nests.  Fiducials shall be visible from the beam-right side of the accelerator.   Redundant fiducials are encouraged.  Adhesive bonded fiducials are discouraged.    No magnetic fiducials permitted in close proximity to the beamline.  ","0-Interface","Demonstration","121.2.02 HWR;\n121.4.05 LI","HWR will define the fiducial arrangment, in consulation with LI alignment","121.2.02 HWR","HWR will provide the fiducials","121.4.05 LI","Fiducials are used by LI-Alignment during integration",null,null,"TBD"]
[1792,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1792-001"},"HWR CM Alignment","HWR CM alignment system shall include interfaces for measuring the alignment of the beam-line components; and interfaces for supporting and aligning the entire cryomodule","HWR CM Alignment shall describe Fiducial mounts,  View ports, Wire targets and CM mounting/support brackets","Inspection; Demonstration; Measurement","121.2.02 HWR","HWR  shall specify locations and mechanical parameters of fiducials,  view ports, wire targets and cryomodule mounting brackets","121.4.07 AP","AP shall review and approve specifications on the HWR CM alignment system, provide the  installation requirements and develop an acceptance testing procedure","121.4.05 LI;\n121.4.07 AP","LI shall provide alignment support for HWR CM and perform the acceptance test","ED000113 - HWR FRS; ED0005936 - PIP-II LINAC ALIGNMENT","ED0002529 - HWR ISD doc","TBD","ED000xxx - Acceptance Test Report","Some work on the separation of work between AP and LI is needed. A separate interface should be included for PIP2IT and TI's role. (AM)"]
[1815,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1815-001"},"HWR common requirements - geometry and envelope","The HWR shall meet the geometry and interface requirements of the referenced interface specification drawing","0-Interface","Inspection ","121.2.02 HWR","HWR will define the geometry of the systems","121.6.05 Cmplx","Cmplx provides physical space","121.4.05 LI","LI will integrate these systems within the PIP2 footprint",null,null,"TBD",null,"Need to create drawing"]
[1815,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1815-002"},"HWR CM Transportation","HWR CM Transportation  shall include specifications for HWR CM  lifting, transportation and  the installation/removal","The HWR CM transportation procedure can be revised based on the results of LCLS-II cryomodule transportation tests","Inspection; Demonstration; Measurement","121.2.02 HWR","HWR shall  describe the mechanical dimensions and locations of cryomodule  lifting attachments (gussets and holes),  the overall cryomodule  dimensions, the cryo vessel mechanical support system and  specify an external space required for  installation and operation of HWR cryomodule with subsystems.","121.6.05 Cmplx","Cmplx shall review and approve requirements of the HWR cryomodule transportation, loading and installation procedures, provide adequate space for the installation of the HWR CM equipment including, but not limited to, the cryomodule footprint, RF cabling,  cooling skids, power supplies and related equipment\n","121.4.05 LI","LI shall provide installation support for HWR CM loading/unloading procedures"," ED0001313 - HWR  CM FRS ","ED0002529 - HWR ISD doc","TBD","ED000xxx - Acceptance Test Report","Being developed through \"Tets Runs\"."]
[1826,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1826-001"},"SSR cryogenic process piping (CPP)","Cryogenic process piping (CPP) shall connect the SSR to the CDS to deliver helium cryogenic cooling to various SSR Cryomodule process circuits as required. CPP also includes insulating vacuum with vacuum barriers, alignment and installation of CPP, and acceptance testing.","The interface consists of individual cryogenic bayonets for each of the cryogenic process circuits","Inspection; Demonstration; Measurement; Analysis","121.2.03 SSR","SSR shall specify helium operating and design parameter requirements at the interface; CDS and SSR shall define geometry, location, and alignment requirements of connections","121.2.06 CDS","CDS shall provide interconnect U-tubes to SSR Cryomodule bayonets for each process circuit, and  supply helium to SSR requirements.","121.4.05 LI","LI shall provide installation and acceptance testing support to SSR and CDS and interconnect piping and U-tubes","ED0008022 - CDS FRS; ED0001316 - SSR1 FRS; ED0001829 - SSR2 FRS","ED0004129 - SSR1 prototype CM ISD, ED00011908 - SSR1 production CM ISD, ED0010943 - SSR2 pre-production CM ISD, ED0011911 - SSR2 production CM ISD, ED0011880 CDS ISD","TBD"]
[1826,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1826-002"},"SSR CM warm helium piping","SSR requires helium vent headers for CM relief devices and purge and mixing helium for helium guard and warm-up","The interface consists of a relief system connected to the SSR. ","Inspection; Measurement; Analysis","121.2.03 SSR","SSR shall specify helium purge gas and pressure safety requirements for CM devices, and supply appropriately sized relief piping within the CM and external connections to CDS warm helium headers","121.2.06 CDS","CDS shall size relieving system based on pressure safety requirements specified by SSR, and supply relief devices and headers which mate to the CM external connections","121.4.05 LI","LI shall provide installation support to the CM pressure relief lines and pressure safety device testing program and procedure","ED0008022 - CDS FRS; ED0001316 - SSR1 CM FRS; ED0001829 - SSR2 CM FRS","ED0004129 - SSR1 prototype CM ISD, ED00011908 - SSR1 production CM ISD, ED0010943 - SSR2 pre-production CM ISD, ED0011911 - SSR2 production CM ISD, ED0011880 CDS ISD","TBD","EN0xxxx - SSR piping note; ED000xxx - Acceptance Test Report"]
[1826,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1826-003"},"SSR Cryogenic Controls","The CDS cryogenic control system shall integrate SSR CM devices and provide controls and signal readback for SSR instrumentation and interface with the global control system",null,"Inspection; Demonstration","121.2.03 SSR","SSR shall specify control devices to be included in the CDS cryogenic control system and requisite details for integration into CDS controls","121.2.06 CDS","CDS shall provide the cryogenic control system","121.2.06 CDS; 121.3.07 Cntrl; 121.4.05 LI;\n121.4.04 BldgI","CDS and Cntrl shall provide commissioning support for the Integrated Cryogenic Control System; LI shall provide installation and commissioning support for cables and controls; BldgI shall provide cables and connectors between CDS and SSR.  Cntrol and CDS will supply the interface to the global control system.","ED0008022 - CDS FRS; ED0001316 - SSR1 CM FRS; ED0001829 - SSR2 CM FRS","ED0004129 - SSR1 prototype CM ISD, ED00011908 - SSR1 production CM ISD, ED0010943 - SSR2 pre-production CM ISD, ED0011911 - SSR2 production CM ISD, ED0011880 CDS ISD","TBD",null,"Details still needed"]
[1826,"004",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1826-004"},"SSR1 Thermal Shield Cooldown Constraint","The SSR1 cooldown rate of the thermal shield needs to be limited due to stresses during cooldown.","The interface consists of the rate of cooldown and how it affects the thermal shield.","Inspection; Demonstration; Measurement; Analysis","121.2.03 SSR","SSR shall specify the cooldown rates and permissible gradients.","121.2.06 CDS","CDS shall determine the cooldown strategy to stay within these constraints.",null,null,"ED0008022 - CDS FRS; ED0001316 - SSR1 FRS","ED0004129 - SSR1 prototype CM ISD, ED00011908 - SSR1 production CM ISD, ED0011880 CDS ISD","TBD"]
[1826,"005",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1826-005"},"SSR2 Thermal Shield Cooldown Constraint","The SSR2 cooldown rate of the thermal shield needs to be limited due to stresses during cooldown.","The interface consists of the rate of cooldown and how it affects the thermal shield.","Inspection; Demonstration; Measurement; Analysis","121.2.03 SSR","SSR shall specify the cooldown rates and permissible gradients.","121.2.06 CDS","CDS shall determine the cooldown strategy to stay within these constraints.",null,null,"ED0008022 - CDS FRS; ED0001829 - SSR2 FRS","ED0010943 - SSR2 pre-production CM ISD, ED0011911 - SSR2 production CM ISD, ED0011880 CDS ISD","TBD"]
[1833,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1833-001"},"SSR CM High Power RF  Connection","SSR CM High Power RF Connection shall connect  SSR RF power couplers with the High Power RF and RF Distribution system (HPRF)","SSR CM High Power RF Connection shall describe type and dimensions of RF high power connections and location of  SSR RF Power couplers","Inspection; Demonstration; Measurement","121.2.03 SSR","SSR shall  specify a common, standard flange size for RF port connections and define a maximum RF power level for each cavity","121.3.03 HPRF","HPRF shall review and approve specifications of SSR Power Coupler RF connections, provide necessary cables and mating flanges to connect to the SSR input couplers and develop an acceptance testing procedure","121.4.05 LI;\n121.3.03 HPRF","LI and HPRF shall provide installation support and acceptance testing for SSR CM  RF Power Couplers","ED0001777 - 325 MHz Power Coupler FRS","ED0004129 - SSR1 prototype CM ISD, ED00011908 - SSR1 production CM ISD, ED0010943 - SSR2 pre-production CM ISD, ED0011911 - SSR2 production CM ISD","TBD","ED000xxx - Acceptance Test Report"]
[1833,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1833-002"},"SSR CM High Power Coupler DC-bias Interlock Connection","SSR CM High Power Coupler DC-bias Interlock Connection shall provide in-situ DC bias signal to the High Power RF and RF Distribution system (HPRF)",null,"Inspection; Demonstration; Measurement","121.2.03 SSR","SSR shall  specify   requirements for an electrical interface of the  DC-bias interlock signal","121.3.03 HPRF","HPRF shall review and approve requirements for an electrical interface of the  DC-bias interlock signal, provide necessary cables and develop an acceptance testing procedure","121.4.05 LI;\n121.3.03 HPRF","LI and HPRF shall provide installation support and acceptance testing for SSR CM  DC bias interlock signal","ED0001777 - 325 MHz Power Coupler FRS","ED0004129 - SSR1 prototype CM ISD, ED00011908 - SSR1 production CM ISD, ED0010943 - SSR2 pre-production CM ISD, ED0011911 - SSR2 production CM ISD","TBD","ED000xxx - Acceptance Test Report"]
[1833,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1833-003"},"SSR1 RF power input connection (SSR)","RF power distribution (HPRF) from the RF power amplifier shall provide a cable (or waveguide) and connector that mates properly with the SSR1 cavity input coupler (SSR).","SSR CM High Power RF Connection shall describe type and dimensions of RF high power connections and location of  SSR RF Power couplers","Inspection; Demonstration; Measurement","121.2.03 SSR;\n121.3.03 HPRF","120.2.03 SSR and 121.3.03 HPRF shall define a common, standard flange size for RF cable connections for SSR1; 120.2.03 SSR will define a maximum RF power level for each cavity.","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and mating flange to connect to the SSR1 input coupler.","121.4.03 TI;\n121.4.05 LI","121.4.03 TI shall provide installation support to SSR and HPRF for installation in PIP2IT;  121.4.05 LI shall provide installation support to SSR and HPRF for installation in PIP-II","ED0001777 - 325 MHz Power Coupler FRS","ED0004129 - SSR1 prototype CM ISD, ED00011908 - SSR1 production CM ISD, ED0010943 - SSR2 pre-production CM ISD, ED0011911 - SSR2 production CM ISD","TBD",null,"TI is only the integrator as defined (JL)"]
[1833,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1833-004"},"SSR2 RF power input connection (SSR)","RF power distribution (HPRF) from the RF power amplifier shall provide a cable (or waveguide) and connector that mates properly with the SSR2 cavity input coupler (SSR).","SSR CM High Power RF Connection shall describe type and dimensions of RF high power connections and location of  SSR RF Power couplers","Inspection; Demonstration; Measurement","121.2.03 SSR;\n121.3.03 HPRF","120.2.03 SSR and 121.3.03 HPRF shall define a common, standard flange size for RF cable connections for SSR2; 120.2.03 SSR will define a maximum RF power level for each cavity.","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and mating flange to connect to the SSR2 input coupler.","121.4.03 TI;\n121.4.05 LI","121.4.03 TI shall provide installation support to SSR and HPRF for installation in PIP2IT;  121.4.05 LI shall provide installation support to SSR and HPRF for installation in PIP-II","ED0001777 - 325 MHz Power Coupler FRS","ED0004129 - SSR1 prototype CM ISD, ED00011908 - SSR1 production CM ISD, ED0010943 - SSR2 pre-production CM ISD, ED0011911 - SSR2 production CM ISD","TBD"]
[1834,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1834-001"},"SSR CM Low Power RF  Connection","SSR CM Low Power RF  Connection shall connect  SSR RF pick-up probes  with the Low Level RF system (LLRF)","A field probe connection shall be available for each SSR cavity ","Inspection; Demonstration; Measurement","121.2.03 SSR","SSR  shall specify dimensions of RF connectors and operational parameters of  SSR pick-up signals","121.3.04 LLRF","LLRF shall review and approve specifications of SSR RF pick-up probes, provide the required cables and connectors  and  develop an acceptance testing procedure ","121.4.05 LI;\n121.3.04 LLRF","LI and LLRF shall provide installation support and acceptance testing for SSR  RF pick-up probes","ED0001777 - 325 MHz Power Coupler FRS","ED0004129 - SSR1 prototype CM ISD, ED00011908 - SSR1 production CM ISD, ED0010943 - SSR2 pre-production CM ISD, ED0011911 - SSR2 production CM ISD","TBD","ED000xxx - Acceptance Test Report"]
[1834,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1834-002"},"SSR CM Power Coupler Diagnostics Connections","SSR CM Power Coupler Diagnostics Connections shall connect  SSR Power Couplers Diagnostics interfaces with the Low Level RF system (LLRF)",null,"Inspection; Demonstration","121.2.03 SSR","SSR  shall describe requirements for  Power Coupler Diagnostics Connections including field emission probe and PMT signals, type and location of low voltage connectors","121.3.04 LLRF","LLRF shall review and approve specifications of SSR  CMs  Power Coupler Diagnostics Connections, provide the required cables and connectors  and  develop an acceptance testing procedure ","121.4.05 LI;\n121.4.04 LLRF","LI and LLRF shall provide installation support and acceptance testing for SSR CM Power Coupler Diagnostics Connections","ED0001777 - 325 MHz Power Coupler FRS","ED0004129 - SSR1 prototype CM ISD, ED00011908 - SSR1 production CM ISD, ED0010943 - SSR2 pre-production CM ISD, ED0011911 - SSR2 production CM ISD","TBD","ED000xxx - Acceptance Test Report"]
[1834,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1834-003"},"SSR CM Frequency Tuner Electrical Connection","SSR Frequency Tuner Electrical Connection shall connect the Frequency Tuner electrical interfaces with the LLRF system","The resonance control system consists of an electronic frontend box that controls the electronics for the cavity  frequency tuners","Inspection; Demonstration; Measurement","121.2.03 SSR","SSR shall specify the requirements for electrical interface of the SSR Frequency Tuner, describe electrical interfaces of the stepper motor, the piezo and the limit switch","121.3.04 LLRF","LLRF shall review and approve requirements  for the SSR CM Frequency Tuner control electronics ,  provide a control signal per each SSR cavity to drive the tuner electronics and  develop an acceptance testing procedure","121.3.04 LLRF","LLRF shall provide installation support and acceptance testing for the SSR Frequency Tuner Electrical Connections"," ED0001317 - SSR1  Cavity FRS;  ED0001854 - SSR2  Cavity FRS","ED0004129 - SSR1 prototype CM ISD, ED00011908 - SSR1 production CM ISD, ED0010943 - SSR2 pre-production CM ISD, ED0011911 - SSR2 production CM ISD","TBD","ED000xxx - Acceptance Test Report","Stepper motor thermometer needs to be included in this interface inorder for LLRF to operate stepper motor correctly."]
[1834,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1834-004"},"SSR RF cavity field probe","An N-type field probe connection shall be available for each cavity (8). 325 MHz RF signal from flange to LLRF rack. 40 mW to 100mW of RF power at the cryomodule flange.",null,null,"121.3.04 LLRF","The LLRF system uses the field probe to calculate accelerating gradient and other field characteristics.","121.2.03 SSR","Provides the required connectors at the flange.","121.4.05 LI",null,null,null,"TBD"]
[1834,5,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1834-005"},"SSR Resonance Control","Resonance control is performed by the use of a stepper motor and piezo driver connections on each cavity. These connections consist of 2 piezo stacks and a stepper motor per cavity. LLRF shall provide the control for these devices.",null,null,"121.3.04 LLRF","Each cavity shall be kept on resonance/at frequency to minimize necessary drive power. In addition, the ability to compensate for microphonics will be needed for the same.","121.2.03 SSR","Provides the required connectors at the flange.","121.4.05 LI",null,null,null,"TBD"]
[1835,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1835-001"},"SSR CM Magnet Leads","SSR CM Magnet Leads system shall include interfaces for powering  4 superconducting magnet packages","SSR shall provide specification of  Magnet Lead Feedthroughs","Inspection; Demonstration; Measurement","121.2.03 SSR","SSR shall provide specifications on Magnet Lead Feedthroughs (type and locations) and describe  Magnet Controls and Quench Protection schemes","121.3.05 MagPS","MagPS shall review and approve specifications on the SSR CMs Magnet Leads system, provide connecting cables and magnet power supplies with the Quench Protection, specify  installation requirements and develop an acceptance testing procedure","121.4.05 LI","LI shall connect SSR Magnet Leads Feedthroughs with Power Supplies  and perform the acceptance test","ED0001316 - SSR1 CM FRS; ED0001315 - Focusing Lens for SSR1 Cryomodule FRS ","ED0004129 - SSR1 prototype CM ISD, ED00011908 - SSR1 production CM ISD, ED0010943 - SSR2 pre-production CM ISD, ED0011911 - SSR2 production CM ISD, ED0002941 - SSR1 Current Lead Specification doc, ED0011960 SC Solenoid ISD","TBD","ED000xxx - Acceptance Test Report"]
[1836,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1836-001"},"SSR CM Vacuum Systems","SSR CM  Vacuum Systems shall connect the SSR CM with Vacuum Supply System","SSR CM Vacuum Systems includes multiple  vacuum components,  pumps, gauges, valves, air-venting system and vacuum tight connections.","Inspection; Demonstration; Measurement","121.2.03 SSR","SSR shall describe the layout of the Vacuum System,  locations of Cavity Vacuum and Cryomodule Insulating Vacuum ports,  specify vacuum components (pumps, gauges, valves), air-venting system and connectors, define parameters of control signals and wiring scheme.","121.3.06 Vac","Vacuum shall review and approve specifications of  Vacuum components (type and locations),  parameters of control signals and the SSR CMs wiring scheme","121.4.05 LI;\n121.3.06 Vac","LI shall provide installation support to SSR Cavity and Cryomodule Vacuum systems;  Vacuum shall provide acceptance testing support to SSR CM Vacuum Systems","ED0001316 - SSR1 CM FRS; ED0001829 - SSR2 CM FRS; ED0004250 - PIP-II MPS FRS","ED0004129 - SSR1 prototype CM ISD, ED00011908 - SSR1 production CM ISD, ED0010943 - SSR2 pre-production CM ISD, ED0011911 - SSR2 production CM ISD","TBD","ED000xxx - Acceptance Test Report","Layout of the vacuum system is not part of SSR scope."]
[1836,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1836-002"},"SSR Beam Line Connection with the LB650 CM","The inter-cryomodule beam line connection shall connect the last of SSR2  CM evacuated beam line to the first LB650 CM evacuated beam line. The beam line interface shall maintain vacuum integrity between the two systems and shall comply to 'particle-free'  cleanliness requirements","The only connections of the SSR2 and LB650 cryomodules to the beamline is the beam pipe itself which will be terminated by “particle free”  vacuum gate valves at both ends  of the cryomodule. The cryomodules  are connected with each other  by the room temperature Vacuum Interface Assembly.","Inspection; Demonstration; Measurement","121.2.03 SSR","SSR and Vac  shall agree upon geometry of connecting flanges, acceptance testing, and installation requirements","121.3.06 Vac","Vac shall review and approve the  Gate Valve mechanical connections, deliver the inter-cryomodule vacuum interface assembly and provide the  installation requirements.","121.4.05 LI","LI shall provide installation support to SSR Beam Line and perform the acceptance test ","ED0001316 - SSR2 CM FRS; ED0001820 - LB650 CM FRS","ED0010943 - SSR2 pre-production CM ISD, ED0011911 - SSR2 production CM ISD","TBD","ED000xxx - Acceptance Test Report","CB: interface via warm unit, need to understand if Vac is this entity"]
[1836,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1836-003"},"SSR Beam Line connection with the HWR CM","The inter-cryomodule beam line connection shall connect the first of SSR1  CM evacuated beam line to the HWR CM evacuated beam line. The beam line interface shall maintain vacuum integrity between the two systems and shall comply to 'particle-free'  cleanliness requirements","The only connection to the beamline is the beam pipe itself which will be terminated by “particle free” beam vacuum valves at both ends ","Inspection; Demonstration; Measurement","121.2.03 SSR","SSR and Vac  shall agree upon geometry of connecting flanges, acceptance testing, and installation requirements","121.3.06 Vac","Vac shall review and approve the  Gate Valve mechanical connections, deliver the inter-cryomodule vacuum interface assembly and provide the  installation requirements.","121.4.05 LI","LI shall provide installation support to SSR Beam Line and perform the acceptance test"," ED0001313 - HWR FRS; ED0001316 - SSR1 CM FRS","ED0002529 - HWR ISD doc; ED0004129 - SSR1 prototype CM ISD, ED00011908 - SSR1 production CM ISD","TBD","ED000xxx - Acceptance Test Report"]
[1837,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1837-001"},"SSR Beam Line Gate Valves Electrical connection","SSR Beam Line Gate Valves electrical connection shall connect the Gate Valve with   the Control  (Cntrl) system ","Gate Valve  electrical connections  include Solenoid Actuator  Power and Position Switch connectors","Inspection; Demonstration; Measurement","121.2.03 SSR","SSR shall provide the scheme of Gate Valve  electrical connections  including parameters of Solenoid Actuator  and Position Switch connectors ","121.3.07 Cntrl","Control shall review and approve the scheme of  Gate Valve electrical connections,  provide the controls hardware and associated software to control the gate valve,  define the  installation requirements and develop an acceptance testing procedure","121.4.05 LI","LI and Comm shall provide installation support to SSR Beam Line Gate Valve and perform the acceptance test"," ED0001316 - SSR1 CM FRS; ED0001829 - SSR2 CM FRS;  ED0004250 - PIP-II MPS FRS","ED0004129 - SSR1 prototype CM ISD, ED00011908 - SSR1 production CM ISD, ED0010943 - SSR2 pre-production CM ISD, ED0011911 - SSR2 production CM ISD","TBD","ED000xxx - Acceptance Test Report"]
[1837,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1837-002"},"SSR CM Thermometry","SSR CM Thermometry interface shall include information about  thermometers location, types and hardware  specification for devices not included in the CDS.",null,"Inspection; Demonstration; Measurement","121.2.03 SSR","SSR shall provide specification of Thermometry Electrical Feedthroughs pin layouts ","121.3.07 Cntrl","Cntrl shall review and approve specifications on  SSR CMs Thermometry interfaces , provide the interface boards for thermometry acquisition  and appropriate PLC systems,  and  develop an acceptance testing procedure","121.4.05 LI;","LI shall connect SSR  Thermometers with the Control System  and perform the acceptance test"," ED0001316 - SSR1 CM FRS; ED0001829 - SSR2 CM FRS","ED0004129 - SSR1 prototype CM ISD, ED00011908 - SSR1 production CM ISD, ED0010943 - SSR2 pre-production CM ISD, ED0011911 - SSR2 production CM ISD","TBD","ED000xxx - Acceptance Test Report","This only covers non-cryogenic instrumentation that is covered above."]
[1837,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1837-003"},"Single Spoke Resonator Cryomodules","Interface between motion control devices and the control system",null,null,"121.2.03 SSR","SSR shall supply connection details for movable devices in the cryomodules.","121.2.03 SSR;\n121.3.07 Cntrl","Cntrl shall provide the hardware and associated software to control those devices. SSR shall provide the hardware connection to the devices in the cryomodule.","121.2.03 SSR;\n121.3.07 Cntrl","SSR with control shall test the motion control device interface.",null,"ED0004129 - SSR1 prototype CM ISD, ED00011908 - SSR1 production CM ISD, ED0010943 - SSR2 pre-production CM ISD, ED0011911 - SSR2 production CM ISD","TBD"]
[1839,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1839-001"},"SSR CM BPM Connections","SSR BPM Connections shall connect BPM ports with the Beam Instrumentation (BI) system","SSR CM BPM Connections shall describe the BPM body orientation in CM;  type and location of electrical  feedthroughs used for BPM signals connection","Inspection; Demonstration; Measurement","121.2.03 SSR","SSR shall  describe the BPM body orientation in SSR CM and specify  type and location of electrical  feedthroughs and RF cables used for BPM signals connection","121.3.09 BI","BI shall review and approve specifications  of BPM electrical feedthroughs, provide installation guidance and  develop an acceptance testing procedure ","121.4.05 LI","LI shall provide installation support for SSR CM BPM cables connections"," ED0001316 - SSR1 CM FRS; ED0001829 - SSR2 CM FRS","ED0004129 - SSR1 prototype CM ISD, ED00011908 - SSR1 production CM ISD, ED0010943 - SSR2 pre-production CM ISD, ED0011911 - SSR2 production CM ISD","TBD","ED000xxx - Acceptance Test Report"]
[1849,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1849-001"},"SSR1/HEBT beam line interface at PIP2IT","The SSR1/HEBT beam line interface shall connect the WFE's evacuated beam line to the SSR1 cryomodule's evacuated beam line. The beam line interface shall maintain vacuum integrity between the two systems and shall be treated 'particle-free' (i.e. SRF hygiene). The beam line interface shall also provide means to isolate both systems from one another (i.e. vacuum valve). Alignment tolerance may be required.","The physical interface between WFE and SSR is the vacuum valve that separates the clean section of the WFE from the SSR1 cryomodule.","Inspection; Demonstration; Measurement","121.2.03 SSR","121.2.03 SSR shall provide one complete cryomodule which includes the 'cold' to 'warm' transition downstream of the cryostat; 121.2.03 SSR shall also provide the vacuum valve to which the HEBT beam line connects to","121.4.02 WFE","121.4.02 WFE shall provide the beam tube, the stand and the spool piece that connects to the vacuum valve (downstream)","121.4.03 TI","121.4.03 TI shall provide installation support to SSR and WFE; 121.4.03 TI shall vacuum leak check the connection after assembly","ED0008220-HEBT TRS","ED0004129 - SSR1 prototype CM ISD","Verified","F1001768"]
[1850,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1850-001"},"SSR Beam Line Gate Valves Compressed Air connection at PIP2IT","SSR Beam Line Gate Valves Compressed Air connection shall connect the Gate Valve with   the Compressed Air Supply","Gate Valve  Compressed Air connections  include Pneumatic Actuator with Compressed Air Fitting","Inspection; Demonstration; Measurement","121.2.03 SSR","SSR shall specify the geometry and technical parameters of  the Gate Valve Compressed Air connection","121.4.03 TI","TI shall review and approve specifications on the  Gate Valve Compressed Air connection, provide the support structure, space, and compressed air connections necessary to install and operate the beam line gate valve,   and specify the  installation requirements","121.4.03 TI","TI shall provide installation support to SSR Beam Line Gate Valve and perform the acceptance test"," ED0001316 - SSR1 CM FRS; ED0001829 - SSR2 CM FRS;  ED0004250 - PIP-II MPS FRS","ED0004129 - SSR1 prototype CM ISD, ED00011908 - SSR1 production CM ISD, ED0010943 - SSR2 pre-production CM ISD, ED0011911 - SSR2 production CM ISD","TBD","ED000xxx - Acceptance Test Report"]
[1850,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1850-002"},"SSR Control Valve Pneumatic Connection at PIP2IT","SSR Control Valves shall connect to the Compressed Dry Air supply.",null,"Inspection; Demonstration; Measurement","121.2.03 SSR","SSR shall specify compressed air flow and purity requirements and connection types and locations.","121.4.03 TI","TI shall provide an compressed air system, with connections and hoses as specified.","121.4.03 TI","TI shall install and connect compressed air hoses between compressed air header and control valves",null,"ED0004129 - SSR1 prototype CM ISD, ED00011908 - SSR1 production CM ISD, ED0010943 - SSR2 pre-production CM ISD, ED0011911 - SSR2 production CM ISD"]
[1850,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1850-003"},"SSR CM Power Coupler Auxiliary Connections at PIP2IT","SSR CM Power Coupler Auxiliary Connections shall connect  SSR Power Couplers  with Compressed Dry Air supply,  High Voltage (HV) supply and PMT power supply","SSR CM  Power Coupler Auxiliary Connections  shall describe requirements for compressed dry air system and type, size and location of HV and PMT connectors","Inspection; Demonstration","121.2.03 SSR","SSR and TI shall agree upon requirements for Compressed Dry Air system and parameters of HV and PMT connectors","121.4.03 TI","TI and SSR shall agree upon requirements for Compressed Dry Air system and parameters of HV connectors","121.4.03 TI","TI shall provide installation support and acceptance testing for SSR CM Power Coupler Auxiliary Connections","ED0001777 - 325 MHz Power Coupler FRS","ED0004129 - SSR1 prototype CM ISD, ED00011908 - SSR1 production CM ISD, ED0010943 - SSR2 pre-production CM ISD, ED0011911 - SSR2 production CM ISD","TBD","ED000xxx - Acceptance Test Report"]
[1851,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1851-002"},"SSR Beam Line Gate Valves Compressed Air connection","SSR Beam Line Gate Valves Compressed Air connection shall connect the Gate Valve with   the Compressed Air Supply","Gate Valve  Compressed Air connections  include Pneumatic Actuator with Compressed Air Fitting","Inspection; Demonstration; Measurement","121.2.03 SSR","SSR shall specify the geometry and technical parameters of  the Gate Valve Compressed Air connection","121.4.04 BldgI","BldgI shall review and approve specifications on the  Gate Valve Compressed Air connection, provide the support structure, space, and compressed air connections necessary to install and operate the beam line gate valve,   and specify the  installation requirements","121.4.05 LI","LI shall provide installation support to SSR Beam Line Gate Valve and perform the acceptance test"," ED0001316 - SSR1 CM FRS; ED0001829 - SSR2 CM FRS;  ED0004250 - PIP-II MPS FRS","ED0004129 - SSR1 prototype CM ISD, ED00011908 - SSR1 production CM ISD, ED0010943 - SSR2 pre-production CM ISD, ED0011911 - SSR2 production CM ISD; ED0012266 - BldgI ISD","TBD","ED000xxx - Acceptance Test Report"]
[1851,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1851-003"},"SSR CM Power Coupler Auxiliary Connections at PIP2IT","SSR CM Power Coupler Auxiliary Connections shall connect  SSR Power Couplers  with Compressed Dry Air supply,  High Voltage (HV) supply and PMT power supply","SSR CM  Power Coupler Auxiliary Connections  shall describe requirements for compressed dry air system and type, size and location of HV and PMT connectors","Inspection; Demonstration","121.2.03 SSR","SSR and TI shall agree upon requirements for Compressed Dry Air system and parameters of HV and PMT connectors","121.4.04 BldgI","LI and SSR shall agree upon requirements for Compressed Dry Air system and parameters of HV connectors","121.4.05 LI;","LI shall provide installation support and acceptance testing for SSR CM Power Coupler Auxiliary Connections","ED0001777 - 325 MHz Power Coupler FRS","ED0004129 - SSR1 prototype CM ISD, ED00011908 - SSR1 production CM ISD, ED0010943 - SSR2 pre-production CM ISD, ED0011911 - SSR2 production CM ISD","TBD","ED000xxx - Acceptance Test Report","This interface is mixed between SSR, LI and TI.  Providing the air is a valid interface, but this needs to be split between the appropriate WBS's and re-worded. (JL)"]
[1851,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1851-004"},"SSR Control Valve Pneumatic Connection in the Linac","SSR Control Valves shall connect to the Compressed Dry Air supply.",null,"Inspection; Demonstration; Measurement","121.2.03 SSR","SSR shall specify compressed air flow and purity requirements and connection types and locations.","121.4.04 BldgI","BldgI shall provide an compressed air system, with connections and hoses as specified.","121.4.05 LI","LI shall install and connect compressed air hoses between compressed air header and control valves",null,"ED0004129 - SSR1 prototype CM ISD, ED00011908 - SSR1 production CM ISD, ED0010943 - SSR2 pre-production CM ISD, ED0011911 - SSR2 production CM ISD;ED0012266 - BldgI ISD","TBD"]
[1851,"005",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1851-005"},"SSR CM Grounding Connection","BldgI shall provide guidance on the proper grounding connection from the main grounding connection in the tunnel to the CM.",null,"Inspection; Measurement","121.2.03 SSR","SSR shall define the grounding requirements for the CM as well as connection details.","121.4.04 BldgI","BldgI shall provide the grounding details and parameters to connect to the grounding infrastructure in the tunnel.","121.4.05 LI","121.4.05 LI shall provide installation support to SSR and BldgI.","TBD","ED0004129 - SSR1 prototype CM ISD, ED00011908 - SSR1 production CM ISD, ED0010943 - SSR2 pre-production CM ISD, ED0011911 - SSR2 production CM ISD","TBD"]
[1852,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1852-001"},"SSR Cryomodule Stand - delivery","LI shall provide stands for the SSR cryomodules, ","0-Interface","Demonstration","121.2.03 SSR;\n121.4.05 LI","SSR owns the design of the interface plane.  LI owns the design of the stand.","121.4.05 LI","LI prodvides the stand","121.4.05 LI","LI will integrate these systems within the PIP2 footprint",null,null,"TBD"]
[1852,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1852-002"},"SSR Tunnel CM Mover - delivery","LI shall provide a cryomodule mover to postion the SSR CMs in the tunnel outside of crane coverage","0-Interface","Demonstration","121.2.03 SSR;\n121.4.05 LI","SSR owns the design of the interface plane.  LI owns the design of the mover","121.4.05 LI","LI prodvides the mover","121.4.05 LI","LI uses the mover",null,null,"TBD"]
[1852,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1852-003"},"SSR common requirements - geometry and envelope","The SSR shall meet the geometry and interface requirements of the referenced interface specification drawing","0-Interface","Inspection ","121.2.03 SSR","SSR will define the geometry of the systems","121.2.03 SSR","SSR will deliver the systems","121.4.05 LI","LI will integrate these systems within the PIP2 footprint",null,"Interface drawing for transverse envelopes:  F10127878","TBD",null,"Drawing put into Workflow on 2019-Oct-08"]
[1852,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1852-004"},"SSR common requirements - alignment referencing","SSR cryomodules shall come with permanently affixed fiducials.  Fiducials shall accept standard 1.5\" Dia. SMR balls or SMR nests.  Fiducials shall be visible from the beam-right side of the accelerator.   Redundant fiducials are encouraged.  Adhesive bonded fiducials are discouraged.    No magnetic fiducials permitted in close proximity to the beamline.  ","0-Interface","Demonstration","121.2.03 SSR;\n121.4.05 LI","SSR will define the fiducial arrangment, in consulation with LI alignment","121.2.03 SSR","SSR will provide the fiducials","121.4.05 LI","Fiducials are used by LI-Alignment during integration",null,null,"TBD"]
[1854,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1854-001"},"SSR CM Alignment","SSR CM alignment system shall include interfaces for measuring the alignment of the beam-line components; and interfaces for supporting and aligning the entire cryomodule","SSR CM Alignment shall describe Fiducial mounts,  View ports, Wire targets and CM mounting/support brackets","Inspection;  Measurement","121.2.03 SSR","SSR  shall specify locations and mechanical parameters of fiducials,  view ports, wire targets and cryomodule mounting brackets","121.4.07 AP","AP shall review and approve specifications on the SSR CMs alignment system, provide the  installation requirements and develop an acceptance testing procedure","121.4.05 LI;\n121.4.07 AP","LI shall provide alignment support for SSR CM and perform the acceptance test"," ED0001316 - SSR1 CM FRS; ED0001829 - SSR2 CM FRS;  ED0005936 - PIP-II LINAC ALIGNMENT","ED0004129 - SSR1 prototype CM ISD, ED00011908 - SSR1 production CM ISD, ED0010943 - SSR2 pre-production CM ISD, ED0011911 - SSR2 production CM ISD","TBD","ED000xxx - Acceptance Test Report","Confirm that AP scope is appropriate for an interface, and not just 'scope definition'. AP is also listed as an integrator but does not have any scope assigned"]
[1947,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1947-001"},"650MHz CM cryogenic process piping (CPP)","Cryogenic process piping (CPP) shall connect the 650MHz to the CDS to deliver helium cryogenic cooling to various 650MHz Cryomodule process circuits as required. CPP also includes insulating vacuum with vacuum barriers, alignment and installation of CPP, and acceptance testing","HSIB shall connect the 650MHz to the CDS to deliver helium cryogenic cooling to various 650MHz Cryomodule circuits as required.  The interface consists of a cryogenic bayonet connection for each of the cryogenic circuits ,  pressure gauges and LHe level probes","Inspection; Demonstration; Measurement; Analysis","121.2.04 650MHz","650MHz shall specify helium operating and design parameter requirements at the interface; CDS and 650MHz shall define geometry, location, and alignment requirements of connections","121.2.06 CDS","CDS shall provide interconnect U-tubes to 650MHz Cryomodule bayonets for each process circuit, and  supply helium to 650MHz requirements.","121.4.05 LI","LI shall provide installation and acceptance testing support to 650MHz and CDS and interconnect piping and U-tubes","ED0008022 - CDS FRS; ED0001830 - LB650 CM FRS;  ED0001322 - HB650 CM FRS","ED0011880 - CDS ISD doc; ED000XXXX - LB650 CM ISD doc; ED0007562 - HB650 prototype CM ISD; ED000XXXX - HB650 production CM ISD","TBD","EN0xxxx - 650MHz piping note; ED000xxx - Acceptance Test Report"]
[1947,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1947-002"},"650MHz CM warm helium piping","650MHz requires helium vent headers for CM relief devices and purge and mixing helium for helium guard and warm-up","The interface consists of a relief system connected to the 650MHz. ","Inspection; Measurement; Analysis","121.2.04 650MHz","650MHz shall specify helium purge gas and pressure safety requirements for CM devices, and supply appropriately sized relief piping within the CM and external connections to CDS warm helium headers","121.2.06 CDS","CDS shall size relieving system based on pressure safety requirements specified by 650MHz, and supply relief devices and headers which mate to the CM external connections","121.4.05 LI","LI shall provide installation support to the CM pressure relief lines and pressure safety device testing program and procedure","ED0008022 - CDS FRS; ED0001830 - LB650 CM FRS;  ED0001322 - HB650 CM FRS","ED0011880 - CDS ISD doc; ED000XXXX - LB650 CM ISD doc; ED0007562 - HB650 prototype CM ISD; ED000XXXX - HB650 production CM ISD","TBD","EN0xxxx - 650MHz piping note; ED000xxx - Acceptance Test Report"]
[1947,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1947-003"},"650MHz Cryogenic Controls","The CDS cryogenic control system shall integrate 650MHz CM devices and provide controls and signal readback for 650MHz instrumentation and interface with the global control system",null,"Inspection; Demonstration","121.2.04 650MHz","650MHz shall specify control devices to be included in the CDS cryogenic control system and requisite details for integration into CDS controls","121.2.06 CDS","CDS shall provide the cryogenic control system","121.2.06 CDS; 121.3.07 Cntrl; 121.4.05 LI;\n121.4.04 BldgI","CDS and Cntrl shall provide commissioning support for the Integrated Cryogenic Control System; LI shall provide installation and commissioning support for cables and controls; BldgI shall provide cables and connectors between CDS and 650MHz","ED0008022 - CDS FRS;      ED0001830 - LB650 CM FRS;  ED0001322 - HB650 CM FRS","ED0011880 - CDS ISD doc; ED000XXXX - LB650 CM ISD doc; ED0007562 - HB650 prototype CM ISD; ED000XXXX - HB650 production CM ISD","TBD"]
[1947,"004",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1947-004"},"LB650 Thermal Shield Cooldown Constraint","The LB650 cooldown rate of the thermal shield needs to be limited due to stresses during cooldown.","The interface consists of the rate of cooldown and how it affects the thermal shield.","Inspection; Demonstration; Measurement; Analysis","121.2.04 650MHz","650MHz shall specify the cooldown rates and permissible gradients.","121.2.06 CDS","CDS shall determine the cooldown strategy to stay within these constraints.",null,null,"ED0008022 - CDS FRS; ED0001830 - LB650 CM FRS","ED0011880 - CDS ISD doc; ED000XXXX - LB650 CM ISD doc","TBD","EN0xxxx - 650MHz piping note; ED000xxx - Acceptance Test Report"]
[1947,"005",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1947-005"},"HB650 Thermal Shield Cooldown Constraint","The HB650 cooldown rate of the thermal shield needs to be limited due to stresses during cooldown.","The interface consists of the rate of cooldown and how it affects the thermal shield.","Inspection; Demonstration; Measurement; Analysis","121.2.04 650MHz","650MHz shall specify the cooldown rates and permissible gradients.","121.2.06 CDS","CDS shall determine the cooldown strategy to stay within these constraints.",null,null,"ED0008022 - CDS FRS; ED0001322 - HB650 CM FRS","ED0011880 - CDS ISD doc; ED0007562 - HB650 prototype CM ISD; ED000XXXX - HB650 production CM ISD","TBD","EN0xxxx - 650MHz piping note; ED000xxx - Acceptance Test Report"]
[1947,"006",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1947-006"},"LB650 Fast Cooldown Requirements","LB650 cavities needs to be cooled down from 45K to operating temperature at a fast rate.","The interface consists of the rate of cooldown from 45K to 5K.","Inspection; Measurement; Analysis","121.2.04 650MHz","650MHz shall specify the cooldown rates required.","121.2.06 CDS","CDS shall determine the cooldown strategy to stay within these constraints.",null,null,"ED0008022 - CDS FRS; ED0001830 - LB650 CM FRS","ED0011880 - CDS ISD doc; ED000XXXX - LB650 CM ISD doc","TBD","EN0xxxx - 650MHz piping note; ED000xxx - Acceptance Test Report"]
[1947,"007",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1947-007"},"LB650 Fast Cooldown Requirements","HB650 cavities needs to be cooled down from 45K to operating temperature at a fast rate.","The interface consists of the rate of cooldown from 45K to 5K.","Inspection; Demonstration; Measurement; Analysis","121.2.04 650MHz","650MHz shall specify the cooldown rates required.","121.2.06 CDS","CDS shall determine the cooldown strategy to stay within these constraints.",null,null,"ED0008022 - CDS FRS; ED0001322 - HB650 CM FRS","ED0011880 - CDS ISD doc; ED0007562 - HB650 prototype CM ISD; ED000XXXX - HB650 production CM ISD","TBD","EN0xxxx - 650MHz piping note; ED000xxx - Acceptance Test Report"]
[1954,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1954-001"},"650MHz CM High Power Coupler DC-bias Interlock Connection","650MHz CM High Power Coupler DC-bias Interlock Connection shall provide in-situ DC bias signal to the High Power RF and RF Distribution system (HPRF)",null,"Inspection; Demonstration; Measurement","121.2.04 650MHz","650MHz shall  specify   requirements for an electrical interface of the  DC-bias interlock signal","121.3.03 HPRF","HPRF shall review and approve requirements for an electrical interface of the  DC-bias interlock signal, provide necessary cables and develop an acceptance testing procedure","121.4.05 LI;\n121.3.03 HPRF","LI and HPRF shall provide installation support and acceptance testing for 650MHz CM  DC bias interlock signal","ED0003645 - 650 MHz Power Coupler FRS","ED000XXXX - LB650 CM ISD doc; ED0007562 - HB650 prototype CM ISD; ED000XXXX - HB650 production CM ISD","TBD","ED000xxx - Acceptance Test Report"]
[1954,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1954-002"},"HB650 RF power input connection (650MHz)","RF power distribution (HPRF) from the RF power amplifier shall provide a cable (or waveguide) and connector that mates properly with the HB650 cavity input coupler (650MHz).",null,"Inspection; Demonstration;","121.2.04 650MHz;\n121.3.03 HPRF","120.2.04 650MHz and 121.3.03 HPRF shall define a common, standard flange size for RF cable connections for HB650; 120.2.04 650MHz will define a maximum RF power level for each cavity.","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and mating flange to connect to the HB650 input coupler.","121.4.03 TI;\n121.4.05 LI","121.4.03 TI shall provide installation support to HB650 and HPRF for installation in PIP2IT;  121.4.05 LI shall provide installation support to 650MHz and HPRF for installation in PIP-II","ED0003645 - 650 MHz Input Coupler FRS; ED0005689 - 650 MHz Input Coupler TRS","ED0007562 - HB650 CM ISD; ED000XXXX - HB650 production CM ISD","TBD"]
[1954,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1954-003"},"LB650 RF power input connection (650MHz)","RF power distribution (HPRF) from the RF power amplifier shall provide a cable (or waveguide) and connector that mates properly with the LB650 cavity input coupler (650MHz).",null,"Inspection; Demonstration;","121.2.04 650MHz;\n121.3.03 HPRF","120.2.04 650MHz and 121.3.03 HPRF shall define a common, standard flange size for RF cable connections for LB650; 120.2.04 650MHz will define a maximum RF power level for each cavity.","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and mating flange to connect to the 650MHz input couplers.","121.4.03 TI;\n121.4.05 LI","121.4.03 TI shall provide installation support to LB650 and HPRF for installation in PIP2IT;  121.4.05 LI shall provide installation support to 650MHz and HPRF for installation in PIP-II","ED0003645 - 650 MHz Input Coupler FRS; ED0005689 - 650 MHz Input Coupler TRS","ED000XXXX - LB650 CM ISD doc","TBD"]
[1954,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1954-004"},"650MHz coupler test stand power input connection (650MHz)","RF power distribution (HPRF) from the RF power amplifier shall provide a cable (or waveguide) and connector that mates properly with the 650MHz input couplers at the coupler test stand.",null,"Inspection; Demonstration;","121.2.04 650MHz;\n121.3.03 HPRF","120.2.04 650MHz and 121.3.03 HPRF shall define a common, standard flange size for RF cable connections for 650MHz input couplers at the coupler test stand; 120.2.04 650MHz will define a maximum RF power level for each cavity.","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and mating flange to connect to the 650MHz input couplers.","121.3.03 HPRF","121.3.03 HPRF install the necessary cable and mating flange to connect to the 650MHz input couplers.","ED0003645 - 650 MHz Input Coupler FRS; ED0005689 - 650 MHz Input Coupler TRS","ED000XXXX - LB650 CM ISD doc; ED0007562 - HB650 prototype CM ISD; ED000XXXX - HB650 production CM ISD","TBD"]
[1954,5,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1954-005"},"650MHz STC power input connection (650MHz)","RF power distribution (HPRF) from the RF power amplifier shall provide a cable (or waveguide) and connector that mates properly with the 650MHz input couplers for the STC dressed cavities.",null,"Inspection; Demonstration;","121.2.04 650MHz;\n121.3.03 HPRF","120.2.04 650MHz and 121.3.03 HPRF shall define a common, standard flange size for RF cable connections for 650MHz input couplers at STC; 120.2.04 650MHz will define a maximum RF power level for each cavity.","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and mating flange to connect to the 650MHz input couplers.","121.3.03 HPRF","121.3.03 HPRF install the necessary cable and mating flange to connect to the 650MHz input couplers.","ED0003645 - 650 MHz Input Coupler FRS; ED0005689 - 650 MHz Input Coupler TRS","ED000XXXX - LB650 CM ISD doc; ED0007562 - HB650 prototype CM ISD; ED000XXXX - HB650 production CM ISD","TBD"]
[1955,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1955-001"},"650MHz CM Low Power RF  Connection","650MHz CM Low Power RF  Connection shall connect  650MHz RF pick-up probes  with the Low Level RF system (LLRF)","A field probe connection shall be available for each 650MHz cavity ","Inspection; Demonstration; Measurement","121.2.04 650MHz","650MHz  shall specify dimensions of RF connectors and operational parameters of  650MHz pick-up signals","121.3.04 LLRF","LLRF shall review and approve specifications of 650MHz RF pick-up probes, provide the required cables and connectors  and  develop an acceptance testing procedure ","121.4.05 LI;\n121.3.04 LLRF","LI and LLRF shall provide installation support and acceptance testing for 650MHz  RF pick-up probes","ED0003645 - 650 MHz Power Coupler FRS","ED000XXXX - LB650 CM ISD doc; ED0007562 - HB650 prototype CM ISD; ED000XXXX - HB650 production CM ISD","TBD","ED000xxx - Acceptance Test Report"]
[1955,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1955-002"},"650MHz CM Power Coupler Diagnostics Connections","650MHz CM Power Coupler Diagnostics Connections shall connect  650MHz Power Couplers Diagnostics interfaces with the Low Level RF system (LLRF)",null,"Inspection; Demonstration","121.2.04 650MHz","650MHz  shall describe requirements for  Power Coupler Diagnostics Connections including field emission probe and PMT signals, type and location of low voltage connectors","121.3.04 LLRF","LLRF shall review and approve specifications of 650MHz  CMs  Power Coupler Diagnostics Connections, provide the required cables and connectors  and  develop an acceptance testing procedure ","121.4.05 LI;\n121.4.04 LLRF","LI and LLRF shall provide installation support and acceptance testing for 650MHz CM Power Coupler Diagnostics Connections","ED0003645 - 650 MHz Power Coupler FRS","ED000XXXX - LB650 CM ISD doc; ED0007562 - HB650 prototype CM ISD; ED000XXXX - HB650 production CM ISD","TBD","ED000xxx - Acceptance Test Report"]
[1955,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1955-003"},"650MHz CM Frequency Tuner Electrical Connection","650MHz Frequency Tuner Electrical Connection shall connect the Frequency Tuner electrical interfaces with the LLRF system","The resonance control system consists of an electronic frontend box that controls the electronics for the cavity  frequency tuners","Inspection; Demonstration; Measurement","121.2.04 650MHz","650MHz shall specify the requirements for electrical interface of the 650MHz Frequency Tuner, describe electrical interfaces of the stepper motor, the piezo and the limit switch","121.3.04 LLRF","LLRF shall review and approve requirements  for the 650MHz CM Frequency Tuner control electronics ,  provide a control signal per each 650MHz cavity to drive the tuner electronics and  develop an acceptance testing procedure","121.3.04 LLRF","LLRF shall provide installation support and acceptance testing for the 650MHz Frequency Tuner Electrical Connections"," ED0001830 - LB650 CM FRS;  ED0001322 - HB650 CM FRS","ED000XXXX - LB650 CM ISD doc; ED0007562 - HB650 prototype CM ISD; ED000XXXX - HB650 production CM ISD","TBD","ED000xxx - Acceptance Test Report","Stepper motor thermometer needs to be included in this interface inorder for LLRF to operate stepper motor correctly."]
[1955,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1955-004"},"LB650 RF cavity field probe","An N-type field probe connection shall be available for each cavity. 650 MHz RF signal from flange to LLRF rack. The interface shall be 3/8\" heliax cable (phase stabilized LDF2-50) from flange to LLRF rack - Allows for automated termination tooling (commscope part CPT-E2L2N). Cable terminations at LLRF rack Type-N (part# L2TNM-PL) . Cable terminations at flange shall be Type-N(part# L2TNM-PL). 40 mW to 100mW of RF power from the flange recommended.",null,null,"121.3.04 LLRF","The LLRF system uses the field probe to calculate accelerating gradient and other field characteristics.","121.2.04 650MHz","Provides the required connectors at the flange.","121.4.05 LI",null,null,null,"TBD"]
[1955,5,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1955-005"},"HB650 RF cavity field probe","An N-type filed probe connection shall be available for each cavity. 650 MHz RF signal from flange to LLRF rack. The interface shall be 3/8\" heliax cable (phase stabilized LDF2-50) from flange to LLRF rack - Allows for automated termination tooling (commscope part CPT-E2L2N). Cable terminations at LLRF rack Type-N (part# L2TNM-PL) . Cable terminations at flange shall be Type-N(part# L2TNM-PL). 40 mW to 100mW of RF power from the flange recommended.",null,null,"121.3.04 LLRF","The LLRF system uses the field probe to calculate accelerating gradient and other field characteristics.","121.2.04 650MHz","Provides the required connectors at the flange.","121.4.05 LI",null,null,"ED0007562 - HB650 CM ISD; ED000XXXX - HB650 production CM ISD","TBD"]
[1955,6,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1955-006"},"650 Resonance Control","Resonance control is performed by the use of a stepper motor and piezo driver connections on each cavity. These connections consist of 2 piezo stacks and a stepper motor per cavity. LLRF shall provide the control for these devices.",null,null,"121.3.04 LLRF","Each cavity shall be kept on resonance/at frequency to minimize necessary drive power. In addition, the ability to compensate for microphonics will be needed for the same.","121.2.04 650MHz","Provides the required connectors at the flange.","121.4.05 LI",null,null,null,"TBD"]
[1957,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1957-001"},"650MHz Beam Line Connection to the  warm beam line segment of SSR2 cryomodule downstream interconnection","The inter-cryomodule beam line connection shall connect the first of LB650  CM evacuated beam line to the SSR2 CM evacuated beam line. The beam line interface shall maintain vacuum integrity between the two systems and shall comply to 'particle-free'  cleanliness requirements","The only connections of the LB650 and SSR2 cryomodules to the beamline is the beam pipe itself which will be terminated by “particle free”  vacuum gate valves at both ends  of the cryomodule. The cryomodules  are connected with each other  by the room temperature Vacuum Interface Assembly","Inspection; Demonstration; Measurement","121.2.04 650MHz","650MHz and Vac  shall agree upon geometry of connecting flanges, acceptance testing, and installation requirements","121.3.06 Vac","Vac shall review and approve the  Gate Valve mechanical connections, deliver the inter-cryomodule vacuum interface assembly and provide the  installation requirements.","121.4.05 LI","LI and Comm shall provide installation support to 650MHz Beam Line and perform the acceptance test ","ED0001316 - SSR2 CM FRS; ED0001830 - LB650 CM FRS","ED000XXX - LB650 CM ISD doc","TBD","ED000xxx - Acceptance Test Report","Confirm if vacuum connections between LB650 cryomodules are covered within this ICD somewhere"]
[1957,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1957-002"},"650MHz Beam Line connection with the BSTR Transfer Line","The BSTR Trnsfer Line connection shall connect the last of HB650  CM evacuated beam line to the BSTR Tranfer Line. The beam line interface shall maintain vacuum integrity between the two systems and shall comply to 'particle-free' cleanliness requirements","The only connection to the beamline is the beam pipe itself which will be terminated by “particle free” beam vacuum valves at both ends  of the cryomodule","Inspection; Demonstration; Measurement","121.2.04 650MHz","650MHz and Vac  shall agree upon geometry of connecting flanges, acceptance testing, and installation requirements","121.3.06 Vac","Vac shall review and approve the  Gate Valve mechanical connections, deliver the inter-cryomodule vacuum interface assembly and provide the  installation requirements.","121.4.05 LI","LI and Comm shall provide installation support to 650MHz Beam Line and perform the acceptance test"," ED0001322 - HB650 CM FRS; ED0006786 - Booster Transfer Line TRS","ED0007562 - HB650 CM ISD; ED000XXXX - HB650 production CM ISD","TBD","ED000xxx - Acceptance Test Report"]
[1957,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1957-003"},"650MHz CM Vacuum Systems","650MHz CM  Vacuum Systems shall connect the 650MHz CM with Vacuum Supply System (insulating vacuum)","650MHz CM Vacuum Systems includes multiple  vacuum components,  pumps, gauges, valves, air-venting system and vacuum tight connections.","Inspection; Demonstration; Measurement","121.2.04 650MHz","650MHz shall describe the layout of the Vacuum System,  locations of Cavity Vacuum and Cryomodule Insulating Vacuum ports,  specify vacuum components (pumps, gauges, valves), air-venting system and connectors, define parameters of control signals and wiring ","121.3.06 Vac","Vacuum shall review and approve specifications of  Vacuum components (type and locations),  parameters of control signals and the 650MHz CMs wiring scheme","121.4.05 LI;\n121.3.06 Vac","LI shall provide installation support to 650MHz Cavity and Cryomodule Vacuum systems;  Vacuum shall provide acceptance testing support to 650MHz CM Vacuum Systems"," ED0001830 - LB650 CM FRS;  ED0001322 - HB650 CM FRS; ED0004250 - PIP-II MPS FRS","ED000XXXX - LB650 CM ISD doc; ED0007562 - HB650 prototype CM ISD; ED000XXXX - HB650 production CM ISD","TBD","ED000xxx - Acceptance Test Report","Layout of the vacuum system is not part of 650MHz scope."]
[1958,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1958-001"},"650MHz Beam Line Gate Valves Electrical connection","650MHz Beam Line Gate Valves electrical connection shall connect the Gate Valve with   the Control  (Cntrl) system ","Gate Valve  electrical connections  include Solenoid Actuator  Power and Position Switch connectors","Inspection; Demonstration; Measurement","121.2.04 650MHz","650MHz shall provide the scheme of Gate Valve  electrical connections  including parameters of Solenoid Actuator  and Position Switch connectors ","121.3.07 Cntrl","Control shall review and approve the scheme of  Gate Valve electrical connections,  provide the hardware and associated software to control the gate valve,  define the  installation requirements and develop an acceptance testing procedure","121.4.05 LI","LI and Comm shall provide installation support to 650MHz Beam Line Gate Valve and perform the acceptance test"," ED0001830 - LB650 CM FRS;  ED0001322 - HB650 CM FRS;  ED0004250 - PIP-II MPS FRS","ED000XXXX - LB650 CM ISD doc; ED0007562 - HB650 prototype CM ISD; ED000XXXX - HB650 production CM ISD","TBD","ED000xxx - Acceptance Test Report","Needs discussion. No interaction with vacuum?"]
[1958,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1958-002"},"650MHz CM Thermometry","650MHz CM Thermometry interface shall include information about  thermometers location, types and hardware  specification not included in the CDS.",null,"Inspection; Demonstration; Measurement","121.2.04 650MHz","650MHz shall provide specification of Thermometry Electrical Feedthroughs pin layouts ","121.3.07 Cntrl","Cntrl shall review and approve specifications on  650MHz CMs Thermometry interfaces , provide the interface boards for thermometry acquisition  and appropriate PLC systems,  and  develop an acceptance testing procedure","121.4.05 LI","LI shall connect 650MHz  Thermometers with the Control System  and perform the acceptance test"," ED0001830 - LB650 CM FRS;  ED0001322 - HB650 CM FRS","ED000XXXX - LB650 CM ISD doc; ED0007562 - HB650 prototype CM ISD; ED000XXXX - HB650 production CM ISD","TBD","ED000xxx - Acceptance Test Report","This only covers non-cryogenic instrumentation that is covered above."]
[1958,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1958-003"},"650 MHz Cryomodules","Interface between motion control devices and the control system",null,null,"121.2.04 650MHz","650MHz shall supply connection details for movable devices in the cryomodules.","121.2.04 650MHz;\n121.3.07 Cntrl","Cntrl shall provide the hardware and associated software to control those devices. 650 MHz shall provide the hardware connection to the devices in the cryomodule.","121.2.04 650MHz;\n121.3.07 Cntrl","650MHz with control shall test the motion control device interface.",null,"ED000XXXX - LB650 CM ISD doc; ED0007562 - HB650 prototype CM ISD; ED000XXXX - HB650 production CM ISD","TBD"]
[1971,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1971-002"},"650MHz Beam Line Gate Valves Compressed Air connection at PIP2IT","650MHz Beam Line Gate Valves Compressed Air connection shall connect the Gate Valve with   the Compressed Air Supply","Gate Valve  Compressed Air connections  include Pneumatic Actuator with Compressed Air Fitting","Inspection; Demonstration; Measurement","121.2.04 650MHz","650MHz shall specify the geometry and technical parameters of  the Gate Valve Compressed Air connection","121.4.03 TI","TI shall review and approve specifications on the  Gate Valve Compressed Air connection, provide the support structure, space, and compressed air connections necessary to install and operate the beam line gate valve,   and specify the  installation requir","121.4.03 TI","TI shall provide installation support to 650MHz Beam Line Gate Valve and perform the acceptance test"," ED0001830 - LB650 CM FRS;  ED0001322 - HB650 CM FRS;  ED0004250 - PIP-II MPS FRS","ED000XXXX - LB650 CM ISD doc; ED0007562 - HB650 prototype CM ISD; ED000XXXX - HB650 production CM ISD","TBD","ED000xxx - Acceptance Test Report","This is a good interface, but not sure the Integrator is correct (JL)"]
[1972,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1972-001"},"650MHz Beam Line Gate Valves Compressed Air connection","650MHz Beam Line Gate Valves Compressed Air connection shall connect the Gate Valve with   the Compressed Air Supply","Gate Valve  Compressed Air connections  include Pneumatic Actuator with Compressed Air Fitting","Inspection; Demonstration; Measurement","121.2.04 650MHz","650MHz shall specify the geometry and technical parameters of  the Gate Valve Compressed Air connection","121.4.04 BldgI","BldgI shall review and approve specifications on the  Gate Valve Compressed Air connection, provide the support structure, space, and compressed air connections necessary to install and operate the beam line gate valve,   and specify the  installation requir","121.4.05 LI","LI shall provide installation support to 650MHz Beam Line Gate Valve and perform the acceptance test"," ED0001830 - LB650 CM FRS;  ED0001322 - HB650 CM FRS;  ED0004250 - PIP-II MPS FRS","ED000XXXX - LB650 CM ISD doc; ED0007562 - HB650 prototype CM ISD; ED000XXXX - HB650 production CM ISD; ED0012266 - BldgI ISD","TBD","ED000xxx - Acceptance Test Report"]
[1972,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1972-002"},"650MHz Control Valve Pneumatic Connection at PIP2IT","650MHz Control Valves shall connect to the Compressed Dry Air supply.",null,"Inspection; Demonstration; Measurement","121.2.04 650MHz","650MHz shall specify compressed air flow and purity requirements and connection types and locations.","121.4.03 TI","TI shall provide an compressed air system, with connections and hoses as specified.","121.4.03 TI","TI shall install and connect compressed air hoses between compressed air header and control valves",null,"ED000XXXX - LB650 CM ISD doc; ED0007562 - HB650 prototype CM ISD; ED000XXXX - HB650 production CM ISD"]
[1972,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1972-003"},"650MHz Control Valve Pneumatic Connection in the Linac","650MHz Control Valves shall connect to the Compressed Dry Air supply.",null,"Inspection; Demonstration; Measurement","121.2.04 650MHz","650MHz shall specify compressed air flow and purity requirements and connection types and locations.","121.4.04 BldgI","BldgI shall provide an compressed air system, with connections and hoses as specified.","121.4.05 LI","LI shall install and connect compressed air hoses between compressed air header and control valves",null,"ED000XXXX - LB650 CM ISD doc; ED0007562 - HB650 prototype CM ISD; ED000XXXX - HB650 production CM ISD; ED0012266 - BldgI ISD"]
[1972,"004",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1972-004"},"650MHz CM Grounding Connection","BldgI shall provide guidance on the proper grounding connection from the main grounding connection in the tunnel to the CM.",null,"Inspection; Measurement","121.2.04 650MHz","650MHz shall define the grounding requirements for the CM as well as connection details.","121.4.04 BldgI","BldgI shall provide the grounding details and parameters to connect to the grounding infrastructure in the tunnel.","121.4.05 LI","121.4.05 LI shall provide installation support to 650MHz and BldgI.","TBD","ED000XXXX - LB650 CM ISD doc; ED0007562 - HB650 prototype CM ISD; ED000XXXX - HB650 production CM ISD","TBD"]
[1973,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1973-001"},"650MHz Cryomodule Stand - delivery","LI shall provide stands for the 650MHz cryomodules, ","0-Interface","Demonstration","121.2.04 650MHz;\n121.4.05 LI","650MHz owns the design of the interface plane.  LI owns the design of the stand.","121.4.05 LI","LI prodvides the stand","121.4.05 LI","LI will integrate these systems within the PIP2 footprint",null,"ED000XXXX - LB650 CM ISD doc; ED0007562 - HB650 prototype CM ISD; ED000XXXX - HB650 production CM ISD","TBD"]
[1973,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1973-002"},"650MHz Tunnel CM Mover - delivery","LI shall provide a cryomodule mover to postion the 650MHz CMs in the tunnel outside of crane coverage","0-Interface","Demonstration","121.2.04 650MHz;\n121.4.05 LI","650MHz owns the design of the interface plane.  LI owns the design of the mover","121.4.05 LI","LI prodvides the mover","121.4.05 LI","LI uses the mover",null,"ED000XXXX - LB650 CM ISD doc; ED0007562 - HB650 prototype CM ISD; ED000XXXX - HB650 production CM ISD","TBD"]
[1973,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1973-003"},"650MHz common requirements - rigging","The 650MHz CMs, or any dismountable part thereof bigger than what can be handled by a single individual, shall include rigging interfaces for vertical lifting with a crane.   All lifting interfaces shall be clearly marked.  Rigging components shall satisfy the requirements of the relevant FESHM chapters (e.g. marking of rigging components).  All payload weights shall be clearly marked.  ","0-Interface","Inspection ","121.2.04 650MHz; 121.4.05 LI","650MHz will define the design of the systems","121.2.04 650MHz","650MHz will provide the rigging interfaces","121.4.05 LI","LI will integrate these systems within the PIP2 footprint",null,"ED000XXXX - LB650 CM ISD doc; ED0007562 - HB650 prototype CM ISD; ED000XXXX - HB650 production CM ISD","TBD"]
[1973,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1973-004"},"650MHz common requirements - geometry and envelope","The 650MHz shall meet the geometry and interface requirements of the referenced interface specification drawing","0-Interface","Inspection ","121.2.04 650MHz; 121.4.05 LI","650MHz will define the geometry of the systems","121.2.04 650MHz","650MHz will deliver the systems","121.4.05 LI","LI will integrate these systems within the PIP2 footprint",null,"Interface drawing for transverse envelopes:  F10127878","TBD",null,"Drawing put into Workflow on 2019-Oct-08"]
[1975,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"1975-001"},"650MHz CM Alignment","650MHz CM alignment system shall include interfaces for measuring the alignment of the beam-line components; and interfaces for supporting and aligning the entire cryomodule","650MHz CM Alignment shall describe Fiducial mounts,  View ports, Wire targets and CM mounting/support brackets","Inspection;  Measurement","121.2.04 650MHz","650MHz  shall specify locations and mechanical parameters of fiducials,  view ports, wire targets and cryomodule mounting brackets","121.4.07 AP","AP shall review and approve specifications on the 650MHz CMs alignment system, provide the  installation requirements and develop an acceptance testing procedure","121.4.05 LI;\n121.4.07 AP","LI shall provide alignment support for 650MHz CM and perform the acceptance test"," ED0001830 - LB650 CM FRS;  ED0001322 - HB650 CM FRS;  ED0005936 - PIP-II LINAC ALIGNMENT","ED000XXXX - LB650 CM ISD doc; ED0007562 - HB650 prototype CM ISD; ED000XXXX - HB650 production CM ISD","TBD","ED000xxx - Acceptance Test Report","Confirm that AP scope is appropriate for an interface, and not just 'scope definition'. AP is also listed as an integrator but does not have any scope assigned"]
[2064,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2064-001"},"Cryogenic process piping (CPP) transfer line (TL)","CPP TL shall connect the CP to the CDS to supply and return helium cryogenic cooling between the two systems and include process positive isolation, insulating vacuum with vacuum barriers, alignment and installation of CPP, and supports/anchors for CPP TL.","Interface includes CPP TL global and relative coordinate locations and tolerances, connection geometry, operating and design parameters, materials, loads induced at the interface, pressure safety requirements, adjustability requirements at physical interface.","Inspection; Measurement; Analysis","121.2.05 CP","CP shall specify CP system design pressure ratings and interface geometry, location, and materials requirements","121.2.06 CDS","CDS shall supply CPP TL interconnect piping","121.2.05 CP; \r\n121.2.06 CDS","CDS and CP shall provide support for installation, acceptance testing, and commissioning","ED0008022 - CDS FRS; ED0003531 - CP FRS","ED0011880 - CDS ICD;           ED0011884 - CP ICD","TBD",null,"Drawings, specification, engineering notes, pressure test report, relief valve calculations, flexibility analysis, leak test results, heat leak analysis, pressure drop analysis, material certs"]
[2064,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2064-002"},"CP to CDS helium suction and discharge header","CP to CDS helium discharge and suction headers shall connect the CP to the CDS to deliver high pressure helium gas and return low pressure (suction) helium gas.  The CDS requires warm helium gas headers in the Linac Complex for HP purge and mixing gas, HP relief vent headers, and LP relief vent headers back to the CP compressor suction.","121.2.05 CP shall provide specification of the discharge and suction header interface at the CP including location, size, flow requirements and pressure rating.","Inspection; Demonstration; Measurement; Analysis","121.2.05 CP;\n121.2.06 CDS","121.2.05 CP and 121.2.06 CDS shall both agree and define geometry of the connections, acceptance testing, installation and alignment requirements as well as helium operating and design pressure requirements.  Interface forces for all viable load cases shall be mutually agreed upon.","121.2.05 CP;\n121.2.06 CDS","121.2.05 CP and 121.2.06 shall both supply matching TL interfaces.","121.2.05 CP;\n121.2.06 CDS","121.2.06 CDS and 121.2.05 CP shall provide support for installation, acceptance testing and commissioning","ED0008022 - CDS FRS; ED0003531 - CP FRS","ED0011880 - CDS ICD;           ED0011884 - CP ICD","TBD"]
[2064,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2064-003"},"CP to CDS Controls","The Controls PLCs associated with the CP and CDS shall be integrated together into one system",null,"Demonstration","121.2.05 CP;\n121.2.06 CDS","121.2.05 CP and 121.2.06 CDS shall both agree and define Controls System architecture and network connection and location","121.2.05 CP;\n121.2.06 CDS","121.2.05 CP and 121.2.06 shall both supply compatible PLC systems","121.2.05 CP;\n121.2.06 CDS","121.2.06 CDS and 121.2.05 CP shall provide support for installation and check-outs","ED0008022 - CDS FRS; ED0003531 - CP FRS","ED000XXXX - CDS TRS; ED000XXX- CP TRS","TBD"]
[2075,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2075-001"},"CP-Controls Interface","Signal exchange from CP Ctrls PLC to the global control system via ethernet cable and switch for devices to be controlled and/or monitored by the main control system\n",null,"Demonstration;","121.2.05 CP;\n121.3.07 Cntrl","121.3.05 CP shall define signal exchange requirements (variable names, type, etc), data logging requirements (freq, number, etc), OPC;\n\n121.3.07 Cntrl shall define network switch location, signal exchange requirements, communication type","121.2.05 CP;\n121.3.07 Cntrl","121.3.07 Cntrl shall supply network communication port and OPC interface to the global control system.\n\n121.3.05 CP shall supply cable connecting from CP PLC to control system network port; CP shall supply PLC OPC interface.","121.2.05 CP; \n121.2.06 CDS; \n121.3.07 Cntrl","121.2.05 CP will set up the PLC OPC and communication card;\n\n121.2.06 CDS shall be participate in the creation of the communication link between 121.3.07 Cntrl and Integrated Cryogenic Controls system\n\n121.3.07 Cntrl set-up the network connection, ACNET OPC","ED000xxxx - Cntrl TRS; ED000xxxx - CP TRS","ED0011884 - CP ICD; ED000xxxx - Cntrl ICD","TBD"]
[2076,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2076-001"},"CryoB-Safety Systems","ODH fans, louvers, sensors/cells, safety system PLC, ODH assessment, ventilation requirements, sensor/cell locations, interlocks on any valves. FIRUS","CryoB will turn on ODH safety equipment installed in the building (fans, louvres, etc.) when it receives an ODH alarm signal from SS's ODH SS.","SS personnel will test the hardware and system with an ODH test procedure.","121.6.03 CryoB;\n121.3.08 SS","CryoB owns the ODH Alarm Safety Equipment Interface.  CryoB provides access and control to each piece of the building's ODH emergency safety equipment.","121.3.08 SS;\n121.6.03 CryoB","121.3.08 SS shall provide the sensors, safety plc, that is required based on the ODH assessment \n\n121.6.03 CryoB shall provide ventilation fans, louvers and interface to control fans and louvers, relay rack, floor space for relay rack and end rack.","121.3.08 SS;\n121.6.03 CryoB; 121.2.05 CP;","121.3.08 SS shall set up ODH safety systems and verify functionality;\n\n\n121.6.03 CryoB shall provide ventilation fans and louvers and interface to control fans and louvers, relay rack, floor space for relay rack and end rack.\n\n121.2.05 CP shall provide ODH assessment, define ventilation requirements, ODH level, sensor locations","ED000xxxx - CP TRS; ED000xxxx - CryoB TRS; CP ODH Assessment ED000xxx","ED000xxxx - SS ICD; ED0011884 - CP ICD; ED000xxxx - CryoB ICD;","TBD",null,"Cannot have an interface with three different parties in the Owner and Supplier columns (AM).  Need to understand how to write this since Cryo and CF is involved.  Is there a separate interface between Cryo and CF to determine the ventilation requirements.  Then an interface between SS and Cryo to determine signal requirments and sensors.  (AM)"]
[2113,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2113-001"},"Compressor Industrial Cooling Water (ICW)","The Cryo Plant Building shall provide ICW to the Warm Compressor Station for Cryoplant (CP) warm compressors",null,"Inspection; Demonstration","121.6.03 CryoB;\n121.2.05 CP","121.02.05 CP and 121.06.03 CryoB shall specify size and location of piping connections; CP shall specify ICW requirements for compressor system","121.6.03 CryoB","121.06.03 CryoB shall provide ICW and interconnect flanges for both supply and return piping in the Warm Compressor Station","121.2.05 CP","121.02.05 CP shall install the interconnect piping",null,"1400 gpm","TBD"]
[2113,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2113-002"},"Compressor Electrical Service","The Cryo Plant Building shall provide electrical power to the Warm Compressor Station for Cryoplant (CP) warm compressors and all other CP electrical systems",null,"Inspection; Demonstration","121.2.05 CP;\n121.6.03 CryoB","121.02.05 and 121.06.03 will determine electrical systems characterics (voltage, amperage, etc..) and size and location of the incoming service.  ","121.6.03 CryoB","121.06.03 will provide electrical distribution of the required characterisics to a electrical panel within the Warm Compressor Station","121.2.05 CP","121.02.05 will extend electrical service to the point of use",null,null,"TBD",null,"expanded to all CP electrical needs"]
[2113,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2113-003"},"Cryogenic Compressor System","The cryogenic compressors and accompanying equipment will be installed in the Warm Compressor Station portion of the Cryo Plant Building","Need vibration requirements","Inspection","121.2.05 CP;\n121.6.03 CryoB","121.02.05 will provide the size, dimensions, weight and infrastructure requirements of the cryo compressor components in sufficent detail for 121.06.03 to design the foundations and needed infrastructure","121.6.03 CryoB","Design, procure and construct the foundations and related support infrastructure for the Cryogenic Compressors.","121.2.05 CP","121.03.05 will design, procurement, install and commission the cryogenic compressor systems and related infrastructure.",null,null,"TBD"]
[2113,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2113-004"},"Cryogenic Cold Box","The cryogenic cold box and accompanying equipment will be installed in the Cold Box Station (CBS) of the Cryo Plant Building",null,"Inspection","121.2.05 CP;\n121.6.03 CryoB","121.02.05 will provide the size, dimensions, weight and infrastructure requirements of the cold box and related components in sufficent detail for 121.06.03 to design the foundations and needed infrastructure","121.6.03 CryoB","Design, procure and construct  the foundations and related support infrastructure for the cold box and related components","121.2.05 CP","Design, procure, install and commission the cryogenic cold box and related infrastructure.",null,null,"TBD"]
[2113,5,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2113-005"},"Exterior Storage Tanks","Exterior to the CPB will be ten (10) 113,000 liter storage tanks and one (1) liquid nitrogen dewar",null,"Inspection","121.2.05 CP;\n121.6.03 CryoB","121.02.05 will provide the size, dimensions, weight and infrastructure requirements of the exterior storage tanks, pipe supports and related components in sufficent detail for 121.06.03 to design the foundations and needed infrastructure","121.6.03 CryoB","Design, procure and construct the foundations and related support infrastructure for the exterior storage tanks and related components","121.2.05 CP","Design, procure, install and commission the dewars and related infrastructure.",null,null,"TBD"]
[2113,6,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2113-006"},"Chilled Water","Chilled Water (CHW) is used to provide cooling to select pieces of cryogenic equipment",null,"Inspection","121.2.05 CP;\n121.6.03 CryoB","121.02.05 and 121.06.03 will determine the size and location of the CHW piping connections.","121.6.03 CryoB","Design, procure and construct supply and return piping to a valved connection inside the CPB","121.2.05 CP","Design, procure, install and commission the extension of the CHW to the point of use.",null,"150 gpm","TBD"]
[2113,7,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2113-007"},"UPS Electrical Service","The cryogenic controls requires uninteruptible power including standby generator",null,"Inspection","121.2.05 CP;\n121.6.03 CryoB","121.02.05 and 121.06.03 will determine the size and location of the UPS equipment","121.6.03 CryoB","Design, procure, install and commission the UPS inside the CPB as well as the exterior standby generator","121.2.05 CP","Design, procure, install and commission the extension of the UPS to the point of use.",null,"25 kVA","TBD"]
[2113,8,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2113-008"},"Floor Flatness/Levelness","The Cryo Plant Building floor construction and equipment stands will need to accommodate normal construction tolerances","ASTM E1155 floor flatness value of F(F) 25 and a floor levelness F(L) of 20;","Inspection","121.2.05 CP;\n121.6.03 CryoB","121.02.05 and 121.06.03 will determine construction tolerances","121.6.03 CryoB","Design and construct floor slabs within the specified tolerances","121.2.05 CP","Design, procure and install equipment stands that accomodates sprecified tolernaces",null," ","TBD",null,"Is this part of the above interfaces between the CP Building and equipment?"]
[2113,9,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2113-009"},"ODH System","The ODH (Oxygen Deficiency Hazard) system will be designed in accordance with Fermilab policies and guideline.  ",null,"Inspection","121.2.05 CP;\n121.6.03 CryoB","121.02.05 and 121.06.03 will determine systems characterics and location of the equipment based on the results of the ODH analysis.  ","121.6.03 CryoB","121.06.03 will provide the mechanical equipment including fans, louvers, ductwork and electrical power","121.3.07 Cntrl","121.03.05 will prepare the ODH Analysis as well as design, procure and install control wiring, sensors, control equipment, alarms, notifications and commissioning of the overall system.  Controls will take selected ODH readings published by the ODH system and make them available to the global control system.",null,"2.00 Air Changes Per Hour","TBD",null,"should this be an interface between CPBuilding and safety systems?"]
[2129,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2129-001"},"Cryogenic controls system permissives status","Permit signal(s) shall be sent from the CDS cryogenic controls system for each cryomodule and key cryogenic devices",null,"Demonstration","121.3.04 LLRF","LLRF shall specify cryogenic devices and system status bits to be transmitted as permissives for RF operation","121.2.06 CDS","CDS shall provide a permit signal for each cryogenic device and cryomodule as specified","121.3.07 Cntrl; 121.4.05 LI;      121.3.02 MPS","Cntrl and MPS shall design the connection protocol; LI shall provide commissioning support to CDS control system to RFPI","ED0008022 - CDS FRS;            ED0004194 - LLRF FRS"," ","TBD"]
[2129,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2129-002"},"Cryomodule RF power heater compensation","Cryomodule cavity RF load shall be transmitted to the CDS cryogenic control system to allow for active heater compensation to maintain stable cryogenic system operation",null,"Demonstration","121.3.04 LLRF","LLRF shall specify and identify RF power input per each cryomodule cavity in units of heat load per cavity","121.2.06 CDS","CDS shall provide heater compensation to cryomodule cavities via the cryogenic control system","121.3.07 Cntrl","Cntrl shall provide commissioning and integration support for heater compensation","ED0008022 - CDS FRS;            ED0004194 - LLRF FRS"," ","TBD"]
[2130,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2130-001"},"QPM cavity liquid level permit","The QPM system needs a second, redundant indication that there is sufficient liquid helium in the cryo module to insure that all super conducting leads are immersed in liquid helium",null,"Inspection; Demonstration; Measurement","121.3.05 MagPS","MagPS shall specify a permit signal for QPM to indicate sufficient liquid level in the CM two-phase pipe","121.2.06 CDS","CDS shall provide the liquid level permit signal","121.4.05 LI","LI shall provide and run the cable from the cryo module liquid level sensor to the QPM ",null," ","TBD"]
[2130,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2130-002"},"CM magnet cryo permit","Cryomodule magnet power supplies require a general cryogenic permit signal to ensure safe operation of magnets",null,"Inspection; Demonstration","121.3.05 MagPS","MagPS shall specify a permit signal for QPM to indicate sufficient liquid level in the CM two-phase pipe","121.2.06 CDS","CDS shall provide the liquid level permit signal","121.4.05 LI","LI will provide and run the cable from the cryo module liquid level sensor to the QPM ",null," "]
[2130,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2130-003"},"Power Supply communication with Cryogenics","The power supplies for the superconducting magnets need to receive a enable from the cryo system  if the cryogenic system is stable and the magnets are cold and the cryo module is filled with liquid helium at the proper temperature and pressure and can be energized",null,"Demonstration","121.3.05 MagPS","MagPS shall have an input to the QPM  which will enable/disable the power supply from being energized if the cryogenic conditions are not right","121.2.06 CDS","CDS shall provide a signal to the QPMs which indicate that all cryogenic conditions are good ","121.3.05 MagPS","MagPS will be responsible to insure that the proper power supplies are disabled when the cryogenic system is not ready",null," ","TBD"]
[2130,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2130-004"},"Interface with cryo to insure that the second Liquid Helium Level Sensor is instrumented an that the signal is available to the Quench Protection Monitor","The QPM system needs a second, redundant indication that there is sufficient liquid helium in the cryo module to insure that all super conducting leads are immersed in liquid helium",null,"Inspection; Demonstration; Measurement","121.3.05 MagPS","MagPS shall use the second Liquid Helium Level Sensor as part of its permit; if the cryo permit or this LL indicates \"bad\" the QPM will not allow power to be applied to the magnets","121.2.06 CDS","CDS shall provide a signal from the \"spare\" Liquid Level Sensor to the QPM","121.4.05 LI","LI will provide and run the cable from the cryo module liquid level sensor to the QPM ",null," ",null,null,"May want to revisit who interfaces with this interface.  Is it SSR, CDS, MagPS, Cntrls?  (AM and BH)"]
[2131,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2131-001"},"CDS Vacuum","Vacuum pumping stations shall connect to the CDS at various points to keep the CDS insulating vacuum at acceptable levels.",null,"Measurement","121.2.06 CDS","CDS shall specify insulating vacuum pumping requirements and pumping locations and flange connections","121.3.06 Vac","Vac shall provide pumping stations at locations specified","121.4.05 LI","LI shall install and connect vacuum pumping stations during initial CDS commissioning","ED0008022 - CDS FRS;            ED0008216 - Vac FRS"," "]
[2132,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2132-001"},"CDS Controls","The CDS cryogenic control system devices shall communicate with and allow for control and monitoring by the global control system",null,"Demonstration","121.2.06 CDS","CDS shall specify the communication requirements, including list of devices and relevant parameters, for CDS system devices within the global control system","121.3.07 Cntrl","Cntrl shall provide the control system software and network connections ","121.2.06 CDS; 121.3.07 Cntrl; 121.4.05 LI","CDS and Cntrl shall provide commissioning support; LI shall install the cable link(s) between the CDS and global control systems","ED0008022 - CDS FRS;            ED0008101 - Cntrl FRS"," ","TBD"]
[2135,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2135-001"},"MPS Beam Abort Signal","MPS shall provide a global trigger when beam operations are disrupted",null,"Demonstration","121.2.06 CDS","CDS shall receive a signal to indicate that beam operations have been interrupted to adjust heater compensation and/or cryogenic supply flows","121.3.02 MPS","MPS shall provide a global trigger to signal that beam operations are interrupted","121.2.06 CDS; 121.3.02 MPS; 121.4.05 LI;\n121.3.07 Cntrl","CDS and MPS shall provide commissioning support; LI shall install the cable link(s) between the CDS and global control systems","ED0008022 - CDS FRS;            ED0008101 - Cntrl FRS"," ","TBD",null,"Clarification needed. MPS interface?"]
[2146,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2146-001"},"CDS Compressed Air","CDS shall have compressed air for actuation of control valves on the CDS and cryomodules within the Linac",null,"Inspection; Demonstration; Measurement; Analysis","121.2.06 CDS","CDS shall specify compressed air flow and purity requirements and connection types and locations","121.4.04 BldgI","BldgI shall provide an compressed air system, with connections and hoses as specified","121.4.05 LI","LI shall install and connect compressed air hoses between compressed air header and control valves","ED0008022 - CDS FRS;           ED0008083 - BldgI FRS ","ED0012266 - BldgI ISD","TBD"]
[2146,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2146-002"},"CDS Cables","CDS shall require standard cable connections between CDS devices and controls systems",null,"Demonstration","121.2.06 CDS","CDS shall specify all cables required for CDS devices and create a list for entry into the cable database","121.4.04 BldgI","BldgI shall provide cables available in PIP2 standard stores and enter into the cable database","121.4.05 LI","LI shall pull and install the cables within the Linac Complex","ED0008022 - CDS FRS;           ED0008083 - BldgI FRS "," ","TBD"]
[2146,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2146-003"},"CDS Electrical Equipment","CDS shall have space in the Linac Complex for electrical equipment (e.g. racks, cabinets)",null,"Inspection; Demonstration","121.2.06 CDS","CDS shall define the space requirements for CDS components","121.4.04 BldgI","BldgI shall manage space allocation within the Linac Complex","121.4.05 LI","LI shall provide installation support for CDS equipment space allocation within the Linac Complex","ED0008022 - CDS FRS;            "," ","TBD"]
[2146,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2146-004"},"CDS Connectors","CDS shall require connectors for CDS electronic devices and readbacks",null,"Demonstration","121.2.06 CDS","CDS shall specify all connectors required for CDS devices and create a list for entry into the connector database","121.4.04 BldgI","BldgI shall provide connectors available in PIP2 standard stores and enter into the connector database","121.4.05 LI","LI shall install connectors for CDS devices","ED0008022 - CDS FRS;           ED0008083 - BldgI FRS "," ","TBD"]
[2147,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2147-001"},"CDS Alignments","The CDS components shall provide fiducials, scribe lines, and alignment features to allow for positioning of CDS within the Linac Cmplx",null,"Demonstration","121.4.05 LI","LI shall specify alignment provisions required for positioning of CDS components","121.2.06 CDS","CDS shall provide the required alignment features on CDS components","121.4.05 LI","LI shall provide installation and alignment support of CDS components","ED0008022 - CDS FRS;            ED0007996 - LI FRS"," ","TBD"]
[2147,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2147-002"},"CDS Component Rigging","CDS components shall include clearly marked rigging interfaces for lifting or manipulation per FESHM, as needed",null,"Inspection ","121.4.05 LI","LI shall specify rigging requirements for large components","121.2.06 CDS","CDS shall provide rigging interfaces on large CDS components","121.4.05 LI","LI shall provide installation support for components within the Linac Cmplx","ED0008022 - CDS FRS;            ED0007996 - LI FRS"," ","TBD"]
[2147,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2147-003"},"CDS Component Envelopes","CDS components shall fit within the allocated PIP-II envelope",null,"Inspection; Measurement","121.4.05 LI","LI shall specify Not-to-Exceed volume for CDS components in the Linac Cmplx","121.2.06 CDS","CDS shall deliver CDS components within the specified envelope","121.4.05 LI","LI shall integrate CDS components within the PIP2 footprint","ED0008022 - CDS FRS;            ED0007996 - LI FRS"," ","TBD"]
[2147,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2147-004"},"CDS common requirements - rigging","CDS components bigger than what can be handled by a single individual shall include rigging interfaces for vertical lifting with a crane and/or interfaces for manipulation with a forklift or pallet jack.   All lifting interfaces shall be clearly marked.  Rigging components shall satisfy the requirements of the relevant FESHM chapters (e.g. marking of rigging components).  All payload weights shall be clearly marked.  ","0-Interface","Inspection ","121.2.06 CDS","CDS will define the design of the systems","121.2.06 CDS","CDS will provide the rigging interfaces","121.4.05 LI","LI will integrate these systems within the PIP2 footprint",null," ","TBD"]
[2170,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2170-001"},"Cryogenic TL between Cryoplant Building and Linac Complex","The CDS transfer line between buildings requires an unobstructed path with adequate anchoring support",null,"Inspection","121.2.06 CDS","Specify the geometry, weight, and related requirements for the CDS TL between Cryoplant Building and the Linac Complex.  121.02.06 will provide the size, dimensions, weight and related requirements for the cryogenic distribution between the Cryo Plant Building and the Linac Tunnel in sufficient detail fo 121.06.03 to design a support system to house the piping and related equipment","121.6.03 CryoB","Provide clearance and stable footing for CDS TL support posts between the Cryo Plant Building and the Linac Tunnel.  Design, procure and construct the cryo support system between the Cryo Plant Building and the Linac Tunnel","121.2.06 CDS","Design, procure, install and commission the cryo distribution piping within the cryo trench system.","ED0008022 - CDS FRS;           ED0006718 - CryoB FRS  "," ","TBD"]
[2170,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2170-002"},"Cryogenic TL within Cryoplant Building","A means of transporting the cryogenics from the Cryo Plant Building to the Linac Tunnel",null,"Inspection","121.2.06 CDS","Specify the geometry, weight, and related requirements for the CDS within the CP Building","121.6.03 CryoB","Provide clearance for CDS TL within the Cryoplant Building including penetrations and adequate space for TL supports/ anchors","121.2.06 CDS","Design, procure, install and commission the cryo distribution piping within the cryo trench system.","ED0008022 - CDS FRS;           ED0006718 - CryoB FRS  "," ","TBD"]
[2172,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2172-001"},"Cryogenic TL within Linac Complex","The Linac Tunnel portion of the Linac Complex will house the Cryogenics Distribution System for the beamline components",null,"Inspection","121.2.06 CDS","Specify the geometry, weight, and related requirements for the CDS within the Linac Complex","121.6.05 Cmplx","Provide clearance for CDS TL within the Linac Gallery and Tunnel including penetrations and adequate space for TL supports/ anchors","121.2.06 CDS; 121.4.05 LI","LI shall install and commission the CDS hardware; CDS shall supply necessary installation interconnect hardware","ED0008022 - CDS FRS;         ED0008043 - Cmplx FRS   "," ","TBD"]
[2172,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2172-002"},"Linac Complex Loading Dock","CDS components delivered to the Linac Cmplx shall comply within space and loading constraints of the Linac Cmplx loading dock. ",null,"Inspection ","121.6.05 Cmplx","Cmplx shall specify the allowable space constraints at the Linac Cmplx loading dock","121.2.06 CDS","CDS shall deliver components within the specified constraints","121.4.05 LI","LI shall providing rigging, delivery, and installation support at the Linac Cmplx loading dock","ED0008022 - CDS FRS;         ED0008043 - Cmplx FRS   ","ED0007812 - Cmplx ISD","TBD",null,"Is this more of a functional requirement? (AM)"]
[2500,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-001"},"LLRF RF drive for RFQ power amplifier inputs (LLRF)","The LLRF system (LLRF) shall provide two cables that mate properly with the two, RFQ RF power amplifier drive inputs.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.3.04 LLRF","121.3.04 LLRF shall define a RF connector and cable for the LLRF system drive output;  121.3.03 HPRF shall define the connector for the RF power amplifier input.  HPRF shall also define maximum power of drive, minimum available power of drive, maximum power slope, and cleanliness of signal.","121.3.04 LLRF","121.3.04 LLRF shall provide the necessary cable and connectors to connect between the LLRF drive and RF power amp input signals.","121.3.04 LLRF","121.3.04 LLRF shall install the cable between the LLRF system and the RF power amplifier.","ED0004189 - FRS, 4 Channel Up Converter; ED0005163 - TRS, 4 Channel Up Converter"," ","Verified",null,"\nAlready installed at PIP2IT."]
[2500,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-002"},"RFQ LLRF forward and reflected power signals (LLRF)","RF power distribution (HPRF) shall provide the RFQ forward and reflected power signals from the LLRF fan-out to the RFQ interlocks and monitors.",null,"Inspection; Measurement;","121.3.03 HPRF;\n121.3.04 LLRF","121.3.03 HPRF shall define a RF connector and cable for the RFQ interlocks and monitors connections;  121.3.04 LLRF shall define the connector for the LLRF system cavity signal fan-out .  LLRF will define the maximum available power on the signal.","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and connectors to connect between the RFQ interlocks and the LLRF fan-out.","121.3.03 HPRF","121.3.03 HPRF shall install the cable between the LLRF system and the RFQ interlocks system.",null," ","Verified",null,"\nAlready installed at PIP2IT."]
[2500,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-003"},"RFQ power amplifier ready status signal (LLRF)","RF power distribution (HPRF) shall provide a RFQ amplifier ready signal to the LLRF system.  The cable with the signal should mate with the amplifier connection and the LLRF connection.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.04 LLRF","121.3.03 HPRF shall define a cable and connector for the amplifier connections to the RFQ amplifier ready signal;  121.3.04 LLRF shall define the connector for the LLRF system.  LLRF shall also define the electrical standard for the digital status.","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and connectors to connect between the RFQ amplifier ready signal and the LLRF.","121.3.03 HPRF","121.3.03 HPRF shall install the cable between the LLRF system and the RF power amplifier status output.",null," ","Verified",null,"\nAlready installed at PIP2IT."]
[2500,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-004"},"LLRF RF drive for MEBT buncher cavity power amplifier inputs (LLRF)","The LLRF system (LLRF) shall provide cables that mate properly with the MEBT buncher cavity RF power amplifier drive inputs.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.3.04 LLRF","121.3.04 LLRF shall define a RF connector and cable for the LLRF system drive output;  121.3.03 HPRF shall define the connector for the RF power amplifier input.  HPRF shall also define maximum power of drive, minimum available power of drive, maximum power slope, and cleanliness of signal.","121.3.04 LLRF","121.3.04 LLRF shall provide the necessary cable and connectors to connect between the LLRF drive and RF power amp input signals.","121.3.04 LLRF","121.3.04 LLRF shall install the cable between the LLRF system and the RF power amplifier.","ED0004189 - FRS, 4 Channel Up Converter; ED0005163 - TRS, 4 Channel Up Converter"," ","Verified",null,"\nAlready installed at PIP2IT."]
[2500,5,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-005"},"MEBT buncher cavity input coupler directional coupler forward and reflected power signals  (LLRF)","RF power distribution (HPRF) shall provide the signals from the MEBT buncher cavity input coupler directional couplers.  The two cables (forward and reflected) should mate with the coupled outputs and the LLRF fan-in.",null,"Inspection; Measurement;","121.3.03 HPRF;\n121.3.04 LLRF","121.3.03 HPRF shall define a RF connector and cable for the directional coupler connections.  HPRF shall also define the coupling ratio and directivity of the coupler;  121.3.04 LLRF shall define the connector for the LLRF system cavity signal fan-in .  ","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and connectors to connect between the MEBT buncher cavity directional couplers and the LLRF fan-in.","121.4.03 TI;\n121.4.05 LI","121.4.03 TI shall provide installation support to LLRF and HPRF for installation in PIP2IT;  121.4.05 LI shall provide installation support to LLRF and HPRF for installation in PIP-II","ED0004190 - FRS, 8 Channel Down Converter; ED0005166 -TRS, 8 Channel Down Converter"," ","Verified",null,"\nAlready installed at PIP2IT."]
[2500,6,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-006"},"MEBT buncher cavity amplifier directional coupler forward and reflected power signals  (LLRF)","RF power distribution (HPRF) shall provide the signals from the MEBT buncher cavity amplifier directional couplers.  The two cables (forward and reflected) should mate with the coupled outputs and the LLRF fan-in.",null,"Inspection; Measurement;","121.3.03 HPRF;\n121.3.04 LLRF","121.3.03 HPRF shall define a RF connector and cable for the directional coupler connections.  HPRF shall also define the coupling ratio and directivity of the coupler;  121.3.04 LLRF shall define the connector for the LLRF system cavity signal fan-in .  ","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and connectors to connect between the MEBT buncher cavity directional couplers and the LLRF fan-in.","121.4.05 LI","121.4.03 TI shall provide installation support to LLRF and HPRF for installation in PIP2IT;  121.4.05 LI shall provide installation support to LLRF and HPRF for installation in PIP-II","ED0004190 - FRS, 8 Channel Down Converter; ED0005166 -TRS, 8 Channel Down Converter"," ","Verified",null,"\nAlready installed at PIP2IT."]
[2500,7,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-007"},"MEBT buncher cavity LLRF forward and reflected power signals (LLRF)","RF power distribution (HPRF) shall provide the MEBT buncher cavity forward and reflected power signals from the LLRF fan-out to the MEBT buncher cavity interlocks and monitors.",null,"Inspection; Measurement;","121.3.03 HPRF;\n121.3.04 LLRF","121.3.03 HPRF shall define a RF connector and cable for the MEBT buncher cavity interlocks and monitors connections;  121.3.04 LLRF shall define the connector for the LLRF system cavity signal fan-out .  LLRF will define the maximum available power on the signal.","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and connectors to connect between the MEBT buncher interlocks and the LLRF fan-out.","121.3.03 HPRF","121.3.03 HPRF shall install the cable between the LLRF system and the MEBT buncher cavity interlocks system.",null," ","Verified",null,"\nAlready installed at PIP2IT."]
[2500,8,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-008"},"MEBT buncher cavity power amplifier ready status signal (LLRF)","RF power distribution (HPRF) shall provide a MEBT buncher cavity amplifier ready signal to the LLRF system.  The cable with the signal should mate with the amplifier connection and the LLRF connection.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.04 LLRF","121.3.03 HPRF shall define a cable and connector for the amplifier connections to the MEBT buncher cavity amplifier ready signal.  121.3.04 LLRF shall define the connector for the LLRF system.  LLRF shall also define the electrical standard for the digital status.","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and connectors to connect between the MEBT buncher cavity amplifier ready signal and the LLRF.","121.3.03 HPRF","121.3.03 HPRF shall install the cable between the LLRF system and the RF power amplifier status output.",null," ","Verified",null,"\nAlready installed at PIP2IT."]
[2500,9,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-009"},"LLRF RF drive for STC 325 MHz power amplifier inputs (LLRF)","The LLRF system (LLRF) shall provide cables that mate properly with the 325 MHz Spoke Test Cryostat (STC) RF power amplifier drive inputs.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.3.04 LLRF","121.3.04 LLRF shall define a RF connector and cable for the LLRF system drive output;  121.3.03 HPRF shall define the connector for the RF power amplifier input.  HPRF shall also define maximum power of drive, minimum available power of drive, maximum power slope, and cleanliness of signal.","121.3.04 LLRF","121.3.04 LLRF shall provide the necessary cable and connectors to connect between the LLRF drive and RF power amp input signals.","121.3.03 HPRF","121.3.03 HPRF shall install the cable between the LLRF system and the RF power amplifier.","ED0004189 - FRS, 4 Channel Up Converter; ED0005163 - TRS, 4 Channel Up Converter"," ","Verified",null,"\nAlready installed at MDB."]
[2500,10,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-010"},"STC 325 MHz directional coupler forward and reflected power signals  (LLRF)","RF power distribution (HPRF) shall provide the signals from the STC 325 MHz directional couplers.  The two cables (forward and reflected) should mate with the coupled outputs and the LLRF fan-in.",null,"Inspection; Measurement;","121.3.03 HPRF;\n121.3.04 LLRF","121.3.03 HPRF shall define a RF connector and cable for the directional coupler connections.  HPRF shall also define the coupling ratio and directivity of the coupler;  121.3.04 LLRF shall define the connector for the LLRF system cavity signal fan-in ","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and connectors to connect between the 325 MHz STC directional couplers and the LLRF fan-in.","121.3.03 HPRF","121.3.03 HPRF shall install the cable between the LLRF system and the STC 325 MHz RF coupler.","ED0004190 - FRS, 8 Channel Down Converter; ED0005166 -TRS, 8 Channel Down Converter"," ","Verified",null,"\nAlready installed at MDB."]
[2500,11,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-011"},"STC 325 MHz cavity power amplifier ready status signal (LLRF)","RF power distribution (HPRF) shall provide a STC 325 MHz amplifier ready signal to the LLRF system.  The cable with the signal should mate with the amplifier connection and the LLRF connection.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.04 LLRF","121.3.03 HPRF shall define a cable and connector for the amplifier connections to the STC 325 MHz amplifier ready signal;  121.3.04 LLRF shall define the connector for the LLRF system.  LLRF shall also define the electrical standard for the digital status.","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and connectors to connect between the STC 325 MHz amplifier ready signal and the LLRF.","121.3.03 HPRF","121.3.03 HPRF shall install the cable between the LLRF system and the RF power amplifier status output.",null," ","TBD",null,"\nAlready installed at MDB."]
[2500,12,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-012"},"LLRF RF drive for STC 650 MHz power amplifier inputs (LLRF)","The LLRF system (LLRF) shall provide cables that mate properly with the 650 MHz Spoke Test Cryostat (STC) RF power amplifier drive inputs.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.3.04 LLRF","121.3.04 LLRF shall define a RF connector and cable for the LLRF system drive output;  121.3.03 HPRF shall define the connector for the RF power amplifier input.  HPRF shall also define maximum power of drive, minimum available power of drive, maximum power slope, and cleanliness of signal.","121.3.04 LLRF","121.3.04 LLRF shall provide the necessary cable and connectors to connect between the LLRF drive and RF power amp input signals.","121.3.03 HPRF","121.3.03 HPRF shall install the cable between the LLRF system and the RF power amplifier.",null," ","TBD"]
[2500,13,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-013"},"STC 650 MHz directional coupler forward and reflected power signals  (LLRF)","RF power distribution (HPRF) shall provide the signals from the STC 650 MHz directional couplers.  The two cables (forward and reflected) should mate with the coupled outputs and the LLRF fan-in.",null,"Inspection; Measurement;","121.3.03 HPRF;\n121.3.04 LLRF","121.3.03 HPRF shall define a RF connector and cable for the directional coupler connections.   HPRF shall also define the coupling ratio and directivity of the coupler;  121.3.04 LLRF shall define the connector for the LLRF system cavity signal fan-in . ","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and connectors to connect between the STC 650 MHz directional couplers and the LLRF fan-in.","121.3.03 HPRF","121.3.03 HPRF shall install the cable between the LLRF system and the STC 650 MHz RF coupler.",null," ","TBD"]
[2500,14,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-014"},"STC 650 MHz cavity power amplifier ready status signal (LLRF)","RF power distribution (HPRF) shall provide a STC 650 MHz amplifier ready signal to the LLRF system.  The cable with the signal should mate with the amplifier connection and the LLRF connection.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.04 LLRF","121.3.03 HPRF shall define a cable and connector for the amplifier connections to the STC 650 MHz amplifier ready signal;  121.3.04 LLRF shall define the connector for the LLRF system.  LLRF shall also define the electrical standard for the digital standard.","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and connectors to connect between the STC 650 MHz amplifier ready signal and the LLRF.","121.3.03 HPRF","121.3.03 HPRF shall install the cable between the LLRF system and the RF power amplifier status output.",null," ","TBD"]
[2500,15,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-015"},"LLRF RF drive for HWR power amplifier inputs (LLRF)","The LLRF system (LLRF) shall provide cables that mate properly with the Half Wave Resonator (HWR) cavity RF power amplifier drive inputs.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.3.04 LLRF","121.3.04 LLRF shall define a RF connector and cable for the LLRF system drive output;  121.3.03 HPRF shall define the connector for the RF power amplifier input.  HPRF shall also define maximum power of drive, minimum available power of drive, maximum power slope, and cleanliness of signal.","121.3.04 LLRF","121.3.04 LLRF shall provide the necessary cable and connectors to connect between the LLRF drive and RF power amp input signals.","121.3.03 HPRF","121.3.03 HPRF shall install the cable between the LLRF system and the RF power amplifier.","ED0004189 - FRS, 4 Channel Up Converter; ED0005163 - TRS, 4 Channel Up Converter"," ","TBD"]
[2500,16,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-016"},"HWR input coupler directional coupler forward and reflected power signals  (LLRF)","RF power distribution (HPRF) shall provide the signals from the HWR input coupler directional couplers.  The two cables (forward and reflected) should mate with the coupled outputs and the LLRF fan-in.",null,"Inspection; Measurement;","121.3.03 HPRF;\n121.3.04 LLRF","121.3.03 HPRF shall define a RF connector and cable for the directional coupler connections.   HPRF shall also define the coupling ratio and directivity of the coupler;  121.3.04 LLRF shall define the connector for the LLRF system cavity signal fan-in . ","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and connectors to connect between the HWR directional couplers and the LLRF fan-in.","121.4.03 TI;\n121.4.05 LI","121.4.03 TI shall provide installation support to LLRF and HPRF for installation in PIP2IT;  121.4.05 LI shall provide installation support to LLRF and HPRF for installation in PIP-II","ED0004190 - FRS, 8 Channel Down Converter; ED0005166 -TRS, 8 Channel Down Converter"," ","TBD"]
[2500,17,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-017"},"HWR amplifier directional coupler forward and reflected power signals  (LLRF)","RF power distribution (HPRF) shall provide the signals from the HWR amplifier directional couplers.  The two cables (forward and reflected) should mate with the coupled outputs and the LLRF fan-in.",null,"Inspection; Measurement;","121.3.03 HPRF;\n121.3.04 LLRF","121.3.03 HPRF shall define a RF connector and cable for the directional coupler connections.   HPRF shall also define the coupling ratio and directivity of the coupler;  121.3.04 LLRF shall define the connector for the LLRF system cavity signal fan-in . ","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and connectors to connect between the HWR directional couplers and the LLRF fan-in.","121.4.03 TI;\n121.4.05 LI","121.4.03 TI shall provide installation support to LLRF and HPRF for installation in PIP2IT;  121.4.05 LI shall provide installation support to LLRF and HPRF for installation in PIP-II","ED0004190 - FRS, 8 Channel Down Converter; ED0005166 -TRS, 8 Channel Down Converter"," ","TBD"]
[2500,18,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-018"},"HWR cavity power amplifier ready status signal (LLRF)","RF power distribution (HPRF) shall provide a HWR amplifier ready signal to the LLRF system.  The cable with the signal should mate with the amplifier connection and the LLRF connection.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.04 LLRF","121.3.03 HPRF shall define a cable and connector for the amplifier connections to the HWR amplifier ready signal;  121.3.04 LLRF shall define the connector for the LLRF system.  LLRF shall also define the electrical standard for the digital status.","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and connectors to connect between the HWR amplifier ready signal and the LLRF.","121.3.03 HPRF","121.3.03 HPRF shall install the cable between the LLRF system and the RF power amplifier status output.",null," ","TBD"]
[2500,19,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-019"},"LLRF RF drive for SSR1 power amplifier inputs (LLRF)","The LLRF system (LLRF) shall provide cables that mate properly with the Single Spoke Resonator 1 (SSR1) cavity RF power amplifier drive inputs.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.3.04 LLRF","121.3.04 LLRF shall define a RF connector and cable for the LLRF system drive output;  121.3.03 HPRF shall define the connector for the RF power amplifier input.  HPRF shall also define maximum power of drive, minimum available power of drive, maximum power slope, and cleanliness of signal.","121.3.04 LLRF","121.3.04 LLRF shall provide the necessary cable and connectors to connect between the LLRF drive and RF power amp input signals.","121.3.03 HPRF","121.3.03 HPRF shall install the cable between the LLRF system and the RF power amplifier.","ED0004189 - FRS, 4 Channel Up Converter; ED0005163 - TRS, 4 Channel Up Converter; ED0003408 - FRS, 325 MHz 7kW Amplifier; ED0004290 - TRS, 325 MHz 7kW Amplifier","ED0006356 - 7kW 325 MHz Amplifier Interface Control","TBD"]
[2500,20,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-020"},"SSR1 cavity power amplifier ready status signal (LLRF)","RF power distribution (HPRF) shall provide a SSR1 amplifier ready signal to the LLRF system.  The cable with the signal should mate with the amplifier connection and the LLRF connection.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.04 LLRF","121.3.03 HPRF shall define a cable and connector for the amplifier connections to the SSR1 amplifier ready signal;  121.3.04 LLRF shall define the connector for the LLRF system.  LLRF shall also define the electrical standard for the digital status.","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and connectors to connect between the SSR1 amplifier ready signal and the LLRF.","121.3.03 HPRF","121.3.03 HPRF shall install the cable between the LLRF system and the RF power amplifier status output.","ED0005729 - FRS, RF Protection Interlocks; ED0006125 - TRS, RF Protection Interlocks; ED0003408 - FRS, 325 MHz 7kW Amplifier; ED0004290 - TRS, 325 MHz 7kW Amplifier","ED0006356 - 7kW 325 MHz Amplifier Interface Control","TBD"]
[2500,21,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-021"},"LLRF RF drive for SSR2 power amplifier inputs (LLRF)","The LLRF system (LLRF) shall provide cables that mate properly with the Single Spoke Resonator 2 (SSR2) cavity RF power amplifier drive inputs.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.3.04 LLRF","121.3.04 LLRF shall define a RF connector and cable for the LLRF system drive output;  121.3.03 HPRF shall define the connector for the RF power amplifier input.  HPRF shall also define maximum power of drive, minimum available power of drive, maximum power slope, and cleanliness of signal.","121.3.04 LLRF","121.3.04 LLRF shall provide the necessary cable and connectors to connect between the LLRF drive and RF power amp input signals.","121.3.03 HPRF","121.3.03 HPRF shall install the cable between the LLRF system and the RF power amplifier.","ED0004189 - FRS, 4 Channel Up Converter; ED0005163 - TRS, 4 Channel Up Converter; ED0003669 - FRS, 325 MHz 20kW Amplifier"," ","TBD"]
[2500,22,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-022"},"SSR2 cavity power amplifier ready status signal (LLRF)","RF power distribution (HPRF) shall provide a SSR2 amplifier ready signal to the LLRF system.  The cable with the signal should mate with the amplifier connection and the LLRF connection.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.04 LLRF","121.3.03 HPRF shall define a cable and connector for the amplifier connections to the SSR2 amplifier ready signal;  121.3.04 LLRF shall define the connector for the LLRF system.  LLRF shall also define the electrical standard for the digital status.","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and connectors to connect between the SSR2 amplifier ready signal and the LLRF.","121.3.03 HPRF","121.3.03 HPRF shall install the cable between the LLRF system and the RF power amplifier status output.","ED0005729 - FRS, RF Protection Interlocks; ED0006125 - TRS, RF Protection Interlocks; ED0003669 - FRS, 325 MHz 20kW Amplifier"," ","TBD"]
[2500,23,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-023"},"LLRF RF drive for LB650 power amplifier inputs (LLRF)","The LLRF system (LLRF) shall provide cables that mate properly with the Low Beta 650 MHz (LB650) cavity RF power amplifier drive inputs.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.3.04 LLRF","121.3.04 LLRF shall define a RF connector and cable for the LLRF system drive output;  121.3.03 HPRF shall define the connector for the RF power amplifier input.  HPRF shall also define maximum power of drive, minimum available power of drive, maximum power slope, and cleanliness of signal.","121.3.04 LLRF","121.3.04 LLRF shall provide the necessary cable and connectors to connect between the LLRF drive and RF power amp input signals.","121.3.03 HPRF","121.3.03 HPRF shall install the cable between the LLRF system and the RF power amplifier.","ED0003413 - FRS, 650 MHz 40kW Amplifier; ED0005489 - TRS, 650 MHz 40kW Amplifier","ED0006360 - 650 MHz 40kW Amplifier Interface Control","TBD"]
[2500,24,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-024"},"LB650 amplifier directional coupler forward and reflected power signals  (LLRF)","RF power distribution (HPRF) shall provide the signals from the LB650 amplifier directional couplers.  The two cables (forward and reflected) should mate with the coupled outputs and the LLRF fan-in.",null,"Inspection; Measurement;","121.3.03 HPRF;\n121.3.04 LLRF","121.3.03 HPRF shall define a RF connector and cable for the directional coupler connections.  HPRF shall also define the coupling ratio and directivity of the coupler;  121.3.04 LLRF shall define the connector for the LLRF system cavity signal fan-in .  ","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and connectors to connect between the LB650 directional couplers and the LLRF fan-in.","121.4.03 TI;\n121.4.05 LI","121.4.03 TI shall provide installation support to LLRF and HPRF for installation in PIP2IT;  121.4.05 LI shall provide installation support to LLRF and HPRF for installation in PIP-II","ED0004190 - FRS, 8 Channel Down Converter; ED0005166 -TRS, 8 Channel Down Converter"," ","TBD"]
[2500,25,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-025"},"LB650 cavity power amplifier ready status signal (LLRF)","RF power distribution (HPRF) shall provide a LB650 amplifier ready signal to the LLRF system.  The cable with the signal should mate with the amplifier connection and the LLRF connection.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.04 LLRF","121.3.03 HPRF shall define a cable and connector for the amplifier connections to the LB650 amplifier ready signal;  121.3.04 LLRF shall define the connector for the LLRF system.  LLRF shall also define the electrical standard for the digital standard.","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and connectors to connect between the LB650 amplifier ready signal and the LLRF.","121.3.03 HPRF","121.3.03 HPRF shall install the cable between the LLRF system and the RF power amplifier status output.","ED0005729 - FRS, RF Protection Interlocks; ED0006125 - TRS, RF Protection Interlocks; ED0003413 - FRS, 650 MHz 40kW Amplifier; ED0005489 - TRS, 650 MHz 40kW Amplifier","ED0006360 - 650 MHz 40kW Amplifier Interface Control","TBD"]
[2500,26,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-026"},"LLRF RF drive for HB650 power amplifier inputs (LLRF)","The LLRF system (LLRF) shall provide cables that mate properly with the High Beta 650 MHz (HB650) cavity RF power amplifier drive inputs.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.3.04 LLRF","121.3.04 LLRF shall define a RF connector and cable for the LLRF system drive output;  121.3.03 HPRF shall define the connector for the RF power amplifier input.  HPRF shall also define maximum power of drive, minimum available power of drive, maximum power slope, and cleanliness of signal.","121.3.04 LLRF","121.3.04 LLRF shall provide the necessary cable and connectors to connect between the LLRF drive and RF power amp input signals.","121.3.03 HPRF","121.3.03 HPRF shall install the cable between the LLRF system and the RF power amplifier.",null," ","TBD"]
[2500,27,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-027"},"HB650 input coupler directional coupler forward and reflected power signals  (LLRF)","RF power distribution (HPRF) shall provide the signals from the HB650 input coupler directional couplers.  The two cables (forward and reflected) should mate with the coupled outputs and the LLRF fan-in.",null,"Inspection; Measurement;","121.3.03 HPRF;\n121.3.04 LLRF","121.3.03 HPRF shall define a RF connector and cable for the directional coupler connections.  HPRF shall also define the coupling ratio and directivity of the coupler;  121.3.04 LLRF shall define the connector for the LLRF system cavity signal fan-in .  ","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and connectors to connect between the HB650 directional couplers and the LLRF fan-in.","121.4.03 TI;\n121.4.05 LI","121.4.03 TI shall provide installation support to LLRF and HPRF for installation in PIP2IT;  121.4.05 LI shall provide installation support to LLRF and HPRF for installation in PIP-II",null," ","TBD"]
[2500,28,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-028"},"HB650 amplifier directional coupler forward and reflected power signals  (LLRF)","RF power distribution (HPRF) shall provide the signals from the HB650 amplifier directional couplers.  The two cables (forward and reflected) should mate with the coupled outputs and the LLRF fan-in.",null,"Inspection; Measurement;","121.3.03 HPRF;\n121.3.04 LLRF","121.3.03 HPRF shall define a RF connector and cable for the directional coupler connections.  HPRF shall also define the coupling ratio and directivity of the coupler;  121.3.04 LLRF shall define the connector for the LLRF system cavity signal fan-in .  ","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and connectors to connect between the HB650 directional couplers and the LLRF fan-in.","121.4.03 TI;\n121.4.05 LI","121.4.03 TI shall provide installation support to LLRF and HPRF for installation in PIP2IT;  121.4.05 LI shall provide installation support to LLRF and HPRF for installation in PIP-II",null," ","TBD"]
[2500,29,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-029"},"HB650 cavity power amplifier ready status signal (LLRF)","RF power distribution (HPRF) shall provide a HB650 amplifier ready signal to the LLRF system.  The cable with the signal should mate with the amplifier connection and the LLRF connection.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.04 LLRF","121.3.03 HPRF shall define a cable and connector for the amplifier connections to the HB650 amplifier ready signal;  121.3.04 LLRF shall define the connector for the LLRF system.  LLRF shall also define the electrical standard for the digital status.","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and connectors to connect between the HB650 amplifier ready signal and the LLRF.","121.3.03 HPRF","121.3.03 HPRF shall install the cable between the LLRF system and the RF power amplifier status output.",null," ","TBD"]
[2500,30,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-030"},"HWR HPRF interlock connections","Raw signals from the sensors owned by HRPF shall be sent to the LLRF interlocks system. These consist of RTDs on the couplers and possible waveguide protection, in addition to other possible sensors. A permit signal from each amplifier and to each ampifier shall also be available. Currently consists of airflow, bias supply status, RF antenna, and temperature.",null,null,"121.3.04 LLRF","In case of a problem with the cavities or RF distribution system, LLRF interlocks should disable any RF drive output.","121.3.03 HPRF","Sensors for interlock protection shall be available as needed for protection of the cavity and RF distribution system.","121.4.05 LI",null,null," ","TBD"]
[2500,31,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-031"},"SSR HPRF  interlock connections","Raw signals from the sensors owned by HRPF shall be sent to the LLRF interlocks system. These consist of RTDs on the couplers and possible waveguide protection, in addition to other possible sensors. A permit signal from each amplifier and to each ampifier shall also be available. Currently consists of airflow, IR, RTD, bias supply status, FEP, magnet coil status, RF antenna, and PMT.",null,null,"121.3.04 LLRF","In case of a problem with the cavities or RF distribution system, LLRF interlocks should disable any RF drive output.","121.3.03 HPRF","Sensors for interlock protection shall be available as needed for protection of the cavity and RF distribution system.","121.4.05 LI",null,null," ","TBD"]
[2500,32,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-032"},"650 HPRF interlock connections","Raw signals from the sensors owned by HRPF shall be sent to the LLRF interlocks system. These consist of RTDs on the couplers and possible waveguide protection, in addition to other possible sensors. A permit signal from each amplifier and to each ampifier shall also be available.  Currently consists of airflow, IR, RTD, bias supply status, FEP, magnet coil status, RF antenna, and PMT.",null,null,"121.3.04 LLRF","In case of a problem with the cavities or RF distribution system, LLRF interlocks should disable any RF drive output.","121.3.03 HPRF","Sensors for interlock protection shall be available as needed for protection of the cavity and RF distribution system.","121.4.05 LI",null,null," ","TBD"]
[2500,33,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-033"},"RFQ RF amplifier output directional coupler connections","There shall be a directional coupler at the output of each amplifier and before the circulator. 162.5 MHz RF signal from coupler to LLRF rack. The interface shall be 3/8\" heliax cable (phase stabilized LDF2-50) from coupler to LLRF rack - Allows for automated termination tooling (commscope part CPT-E2L2N). Cable terminations at LLRF rack Type-N (part# L2TNM-PL) . Cable terminations at coupler shall be Type-N(part# L2TNM-PL).",null,null,"121.3.04 LLRF","Have a forward and reflected power/signal for each input coupler.","121.3.03 HPRF","Provide a  directional coupler with known S/T parameters that has both a forward and reflected power/signal.","121.4.05 LI",null,null," ","TBD"]
[2500,34,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-034"},"RFQ HPRF interlock connections","The RFQ HPRF interlock connections interface shall connect the RFQ power amplifiers to the LLRF interlocks system. Raw signals from the RFQ power amplifiers interlock/monitoring system shall connect to the LLRF interlocks system. Permit signals from and to each amplifier shall also be available.",null,"Inspection; Demonstration; Measurement","121.3.04 LLRF","121.3.04 LLRF shall be able to able/disable any RF drive output contingent to the status of the HPRF; 121.3.04 LLRF shall provide appropriate receptacle for the interlocks cables","121.3.03 HPRF","121.3.03 HPRF shall provide  all cables and connectors for interlock carrying signals","121.4.05 LI","121.4.05 LI shall provide installation support to LLRF and HPRF",null," ","TBD",null,"Are RFQ interlocks HPRF or WFE? What is the plan for the interlock system at PIP-II regarding WFE?  Maybe an interface with WFE instead of HPRF."]
[2500,35,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-035"},"Buncher RF directional coupler connections","Each input coupler has a directional coupler before it. LLRF wants the forward and reflected signals from this coupler. 162.5 MHz RF signal from coupler to LLRF rack. The interface shall be 3/8\" heliax cable (phase stabilized LDF2-50) from coupler to LLRF rack - Allows for automated termination tooling (commscope part CPT-E2L2N). Cable terminations at LLRF rack Type-N (part# L2TNM-PL) . Cable terminations at coupler may be Type-N(part# L2TNM-PL).",null,null,"121.3.04 LLRF","Have a forward and reflected power/signal for each input coupler. This is used to calculate cavity frequency as well as provide protection.","121.3.03 HPRF","Provide a  directional coupler with known S/T parameters that has both a forward and reflected power/signal.","121.4.05 LI",null,null," ","TBD"]
[2500,36,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-036"},"HWR RF directional coupler connections","Each input coupler has a calibrated directional coupler before it. The coupler shall have both forward and reflected available on Type-N connections. Power levels shall not exceed [[[]]].",null,null,"121.3.04 LLRF","Have a forward and reflected power/signal for each input coupler. This is used to calculate cavity frequency as well as provide protection.","121.3.03 HPRF","Provide a  directional coupler with known S/T parameters that has both a forward and reflected power/signal.","121.4.05 LI",null,null," ","TBD"]
[2500,37,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-037"},"SSR RF directional coupler connections","Each input coupler has a calibrated directional coupler before it. LLRF wants the forward and reflected signals from this coupler. Coupler connections shall be Type-N. Power levels shall not exceed [[]].",null,null,"121.3.04 LLRF","Have a forward and reflected power/signal for each input coupler. This is used to calculate cavity frequency as well as provide protection.","121.3.03 HPRF","Provide a  directional coupler with known S/T parameters that has both a forward and reflected power/signal.","121.4.05 LI",null,null," ","TBD"]
[2500,38,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-038"},"650 HPRF directional couplers","Each input coupler has a calibrated directional coupler before it. LLRF wants the forward and reflected signals from this coupler. 650 MHz RF signal from coupler to LLRF rack. The interface shall be 3/8\" heliax cable (phase stabilized LDF2-50) from coupler to LLRF rack - Allows for automated termination tooling (commscope part CPT-E2L2N). Cable terminations at LLRF rack Type-N (part# L2TNM-PL) . Cable terminations at coupler shall be Type-N(part# L2TNM-PL).",null,null,"121.3.04 LLRF","Have a forward and reflected power/signal for each input coupler. This is used to calculate cavity frequency as well as provide protection.","121.3.03 HPRF","Provide a  directional coupler with known S/T parameters that has both a forward and reflected power/signal.","121.4.05 LI",null,null," ","TBD"]
[2500,39,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-039"},"HWR buncher cavity power amplifier ready status signal (LLRF)","RF power distribution (HPRF) shall provide a HWR amplifier ready signal to the LLRF system.  The cable with the signal should mate with the amplifier connection and the LLRF connection.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.04 LLRF","121.3.03 HPRF shall define a cable and connector for the amplifier connections to the HWR amplifier ready signal;  121.3.04 LLRF shall define the connector for the LLRF system.  LLRF shall also define the electrical standard for the digital status.","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and connectors to connect between the HWR amplifier ready signal and the LLRF.","121.3.03 HPRF","121.3.03 HPRF shall install the cable between the LLRF system and the RF power amplifier status output.",null," ","TBD",null,"Should not say buncher."]
[2500,40,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-040"},"LB650 buncher cavity power amplifier ready status signal (LLRF)","RF power distribution (HPRF) shall provide a LB650 amplifier ready signal to the LLRF system.  The cable with the signal should mate with the amplifier connection and the LLRF connection.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.04 LLRF","121.3.03 HPRF shall define a cable and connector for the amplifier connections to the LB650 amplifier ready signal;  121.3.04 LLRF shall define the connector for the LLRF system.  LLRF shall also define the electrical standard for the digital standard.","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and connectors to connect between the LB650 amplifier ready signal and the LLRF.","121.3.03 HPRF","121.3.03 HPRF shall install the cable between the LLRF system and the RF power amplifier status output.","ED0005729 - FRS, RF Protection Interlocks; ED0006125 - TRS, RF Protection Interlocks; ED0003413 - FRS, 650 MHz 40kW Amplifier; ED0005489 - TRS, 650 MHz 40kW Amplifier","ED0006360 - 650 MHz 40kW Amplifier Interface Control","TBD",null,"Delete buncher."]
[2500,41,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-041"},"HB650 buncher cavity power amplifier ready status signal (LLRF)","RF power distribution (HPRF) shall provide a HB650 amplifier ready signal to the LLRF system.  The cable with the signal should mate with the amplifier connection and the LLRF connection.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.04 LLRF","121.3.03 HPRF shall define a cable and connector for the amplifier connections to the HB650 amplifier ready signal;  121.3.04 LLRF shall define the connector for the LLRF system.  LLRF shall also define the electrical standard for the digital status.","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and connectors to connect between the HB650 amplifier ready signal and the LLRF.","121.3.03 HPRF","121.3.03 HPRF shall install the cable between the LLRF system and the RF power amplifier status output.",null," ","TBD",null,"Delete buncher."]
[2500,42,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-042"},"RFQ directional coupler forward and reflected power signals  (LLRF)","RF power distribution (HPRF) shall provide the signals from the two, RFQ directional couplers.  The four cables (two forward and two reflected) should mate with the coupled outputs and the LLRF fan-in.",null,"Inspection; Measurement;","121.3.03 HPRF;\n121.3.04 LLRF","121.3.03 HPRF shall define a RF connector and cable for the directional coupler connections.  HPRF shall also define the coupling ratio and directivity of the coupler;  121.3.04 LLRF shall define the connector for the LLRF system cavity signal fan-in . ","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and connectors to connect between the RFQ directional couplers and the LLRF fan-in.","121.4.05 LI","121.4.05 LI shall provide installation support to LLRF and HPRF for installation in PIP-II","ED0004190 - FRS, 8 Channel Down Converter; ED0005166 -TRS, 8 Channel Down Converter"," ","TBD"]
[2500,44,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-044"},"SSR1 directional coupler forward and reflected power signals  (LLRF)","RF power distribution (HPRF) shall provide the signals from the SSR1 directional couplers.  The two cables (forward and reflected) should mate with the coupled outputs and the LLRF fan-in.",null,"Inspection; Measurement;","121.3.03 HPRF;\n121.3.04 LLRF","121.3.03 HPRF shall define a RF connector and cable for the directional coupler connections  HPRF shall also define the coupling ratio and directivity of the coupler;  121.3.04 LLRF shall define the connector for the LLRF system cavity signal fan-in .  ","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and connectors to connect between the SSR1 directional couplers and the LLRF fan-in.","121.4.03 TI;\n121.4.05 LI","121.4.03 TI shall provide installation support to LLRF and HPRF for installation in PIP2IT;  121.4.05 LI shall provide installation support to LLRF and HPRF for installation in PIP-II","ED0004190 - FRS, 8 Channel Down Converter; ED0005166 -TRS, 8 Channel Down Converter"," ","TBD",null,"TI is only an integrator (JL)"]
[2500,45,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-045"},"SSR2 directional coupler forward and reflected power signals  (LLRF)","RF power distribution (HPRF) shall provide the signals from the SSR2 directional couplers.  The two cables (forward and reflected) should mate with the coupled outputs and the LLRF fan-in.",null,"Inspection; Measurement;","121.3.03 HPRF;\n121.3.04 LLRF","121.3.03 HPRF shall define a RF connector and cable for the directional coupler connections.  HPRF shall also define the coupling ratio and directivity of the coupler;  121.3.04 LLRF shall define the connector for the LLRF system cavity signal fan-in .  ","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and connectors to connect between the SSR2 directional couplers and the LLRF fan-in.","121.4.03 TI;\n121.4.05 LI","121.4.03 TI shall provide installation support to LLRF and HPRF for installation in PIP2IT;  121.4.05 LI shall provide installation support to LLRF and HPRF for installation in PIP-II","ED0004190 - FRS, 8 Channel Down Converter; ED0005166 -TRS, 8 Channel Down Converter"," ","TBD",null,"TI is only an integrator (JL)"]
[2500,46,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-046"},"LB650 directional coupler forward and reflected power signals  (LLRF)","RF power distribution (HPRF) shall provide the signals from the LB650 directional couplers.  The two cables (forward and reflected) should mate with the coupled outputs and the LLRF fan-in.",null,"Inspection; Measurement;","121.3.03 HPRF;\n121.3.04 LLRF","121.3.03 HPRF shall define a RF connector and cable for the directional coupler connections;  121.3.04 LLRF shall define the connector for the LLRF system cavity signal fan-in .  HPRF shall also define the coupling ratio and directivity of the coupler.","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and connectors to connect between the LB650 directional couplers and the LLRF fan-in.","121.4.03 TI;\n121.4.05 LI","121.4.03 TI shall provide installation support to LLRF and HPRF for installation in PIP2IT;  121.4.05 LI shall provide installation support to LLRF and HPRF for installation in PIP-II",null," ","TBD",null,"TI is only an integrator (JL)"]
[2500,47,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2500-047"},"HB650 directional coupler forward and reflected power signals  (LLRF)","RF power distribution (HPRF) shall provide the signals from the HB650 directional couplers.  The two cables (forward and reflected) should mate with the coupled outputs and the LLRF fan-in.",null,"Inspection; Measurement;","121.3.03 HPRF;\n121.3.04 LLRF","121.3.03 HPRF shall define a RF connector and cable for the directional coupler connections.  HPRF shall also define the coupling ratio and directivity of the coupler;  121.3.04 LLRF shall define the connector for the LLRF system cavity signal fan-in .  ","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and connectors to connect between the HB650 directional couplers and the LLRF fan-in.","121.4.03 TI;\n121.4.05 LI","121.4.03 TI shall provide installation support to LLRF and HPRF for installation in PIP2IT;  121.4.05 LI shall provide installation support to LLRF and HPRF for installation in PIP-II",null," ","TBD",null,"TI is only an integrator (JL)"]
[2501,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2501-001"},"RFQ input coupler bias supply status (MagPS)","The RFQ input coupler high voltage power supply (MagPS) shall provide a voltage on status to the RFQ power amplifier interlocks.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.05 MagPS","121.3.05 MagPS shall define a cable and connector for the power supply connection;  12.3.03 HPRF shall define the connector for the amplifier interlocks.  MagPS shall also define the electrical standard for the digital status.","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and connectors to connect between the power supply ready signal and the amplifier interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the cable between the high voltage power supply and the RF power amplifier interlocks.",null," ","TBD",null,"Already installed at PIP2IT.  Include to say that MagPS will provide the power supply as well provide cables and connector specifications (AM)."]
[2501,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2501-002"},"CTS 325 MHz input coupler bias supply status (MagPS)","The coupler test stand (CTS) 325 MHz input coupler high voltage power supply (MagPS) shall provide a voltage on status to the CTS 325 MHz power amplifier interlocks.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.05 MagPS","121.3.05 MagPS shall define a cable and connector for the power supply connection.  MagPS shall also define the electrical standard for the digital status;  12.3.03 HPRF shall define the connector for the amplifier interlocks.  ","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and connectors to connect between the power supply ready signal and the amplifier interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the cable between the high voltage power supply and the RF power amplifier interlocks.",null," ","TBD",null,"Already installed at MDB.  Do we have the equivalent for the PIP-II Linac CM's (individual couplers)? (AM)  If not they should be created.  LLRF may have involvement here instead of HPRF (AM)."]
[2501,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2501-003"},"CTS 650 MHz input coupler bias supply status (MagPS)","The coupler test stand (CTS) 650 MHz input coupler high voltage power supply (MagPS) shall provide a voltage on status to the CTS 650 MHz power amplifier interlocks.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.05 MagPS","121.3.05 MagPS shall define a cable and connector for the power supply connection.  MagPS shall also define the electrical standard for the digital status;  12.3.03 HPRF shall define the connector for the amplifier interlocks.  ","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and connectors to connect between the power supply ready signal and the amplifier interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the cable between the high voltage power supply and the RF power amplifier interlocks.",null," ","TBD",null,"LLRF may have involvement here instead of HPRF (AM)."]
[2501,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2501-004"},"Power Supply communication with high power RF source","The power supply QPM needs to communicate with the HLRF if it finds that a magnet has quenched",null,"Demonstration","121.3.03 HPRF","The QPM system will communicate to the appropriate RF station that a quench has occurred. The RF station can then be turned off. HPRF will define the type of signal needed","121.3.05 MagPS","MagPS will provide a signal to the HLRF that a quench has occurred in a given cryo module and that the RF should be turned off. ","121.3.03 HPRF","High level RF will need to verify that the appropriate RF is turned off in case of a magnet quench",null," ","TBD",null,"LLRF may have involvement here instead of HPRF (AM)."]
[2502,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2502-001"},"CTS 325 MHz input coupler vacuum status (Vac)","The coupler test stand (CTS) 325 MHz input coupler vacuum monitor (Vac) shall provide a signal to the CTS 325 MHz power amplifier interlocks.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.06 Vac","121.3.06 Vac shall define a cable and connector for the vacuum monitor connection which includes signals from both pump and gauge.  Vac shall also define the electrical specifications for the monitor signal;  12.3.03 HPRF shall define the connector for the amplifier interlocks.  ","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and connectors to connect between the power supply ready signal and the amplifier interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the cable between the high voltage power supply and the RF power amplifier interlocks.",null," ","TBD",null,"Is Vac providing a device for this?  Also is this two separate interfaces; one between Vac and Cntrls and one between Cntrls and HPRF? (AM and RA)"]
[2502,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2502-002"},"CTS 650 MHz input coupler vacuum status (Vac)","The coupler test stand (CTS) 650 MHz input coupler vacuum monitor (Vac) shall provide a signal to the CTS 650 MHz power amplifier interlocks.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.06 Vac","121.3.06 Vac shall define a cable and connector for the vacuum monitor connection which includes signals from both pump and gauge.  Vac shall also define the electrical specifications for the monitor signal;  12.3.03 HPRF shall define the connector for the amplifier interlocks.  ","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and connectors to connect between the power supply ready signal and the amplifier interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the cable between the high voltage power supply and the RF power amplifier interlocks.",null," ","TBD",null,"Is Vac providing a device for this?  Also is this two separate interfaces; one between Vac and Cntrls and one between Cntrls and HPRF? (AM and RA)"]
[2502,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2502-003"},"VAC-HPRF","RF couplers shall meet vacuum requirement",null,"design drawings; Inspection; Demonstration; Measurement; Analysis","121.3.03 HPRF;\n121.3.06 Vac","VAC shall provide vacuum design guidance; HPRF shall provide design drawings, equipment specifications, and demonstrated meeting the vacuum requirement","121.3.03 HPRF","Couplers meet the vacuum requirement.","121.3.06 Vac","coupler window has reliable vacuum seperation","ED0004444"," ","TBD"]
[2503,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2503-001"},"RFQ power amplifier communication (Cntrl)","The control system (Cntrl) shall provide a communication cable to the RFQ power amplifiers.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.07 Cntrl","121.3.07 Cntrl shall define a cable and connector for the network hub and the minimum data refresh rate; 121.3.03 HPRF shall define the connector for the amplifier.  HPRF will also define the networking protocols, available control devices, data structure, and addressing, available diagnostic devices, data structure. and addressing.","121.3.07 Cntrl","121.3.07 Cntrl shall provide the necessary cable to connect between the amplifier and the network hub","121.3.07 Cntrl","121.3.07 Cntrl shall install the cable between the amplifier and the network hub.",null," ","TBD",null,"Already installed in PIP2IT.  Unclear if Cntrl installs these cables. Cntrl also provides the software interface to the control system."]
[2503,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2503-002"},"RFQ power amplifier interlock PLC communitcation (Cntrl)","The control system (Cntrl) shall provide a communication cable to the RFQ power amplifiers' interlock system PLC.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.07 Cntrl","121.3.07 Cntrl shall define a cable and connector for the network hub and the minimum data refresh rate; 121.3.03 HPRF shall define the connector for the PLC.  HPRF will also define the networking protocols, available control devices, data structure, and addressing, available diagnostic devices, data structure. and addressing.","121.3.07 Cntrl","121.3.07 Cntrl shall provide the necessary cable to connect between the PLC and the network hub","121.3.07 Cntrl","121.3.07 Cntrl shall install the cable between the PLC and the network hub.",null," ","TBD",null,"Already installed in PIP2IT.  Unclear if Cntrl installs these cables. Cntrl also provides the software interface to the control system."]
[2503,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2503-003"},"RFQ power amplifier interlock RF pulse trigger (Cntrl)","The control system (Cntrl) shall provide a trigger that can be synchronized with the LLRF system start of RF pulse.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.07 Cntrl","121.3.03 HPRF shall define the cable and connector for the RFQ interlocks RF pulse trigger input and also the required precision of the pulse timing relative to the LLRF; 121.3.07 Cntrl shall define the connector at the trigger distribution panel and the electrical standard for the digital signal.","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cables to connect between the RFQ amplifier interlocks and the trigger distribution module","121.3.03 HPRF","121.3.03 HPRF shall install the cables between the RFQ amplifier interlocks and the trigger distribution module.",null," ",null,null,"Already installed in PIP2IT.  Needs discussion. Seems more like a requirement of the timing system than an interface."]
[2503,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2503-004"},"RFQ power amplifier interlock RF flattop gate triggers (Cntrl)","The control system (Cntrl) shall provide triggers that can be synchronized with the LLRF system start and end of RF flattop.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.07 Cntrl","121.3.03 HPRF shall define the cable and connector for the RFQ interlocks RF gate triggers input and also the required precision of the pulse timing relative to the LLRF; 121.3.07 Cntrl shall define the connector at the trigger distribution panel and the electrical standard for the digital signal.","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cables to connect between the RFQ amplifier interlocks and the trigger distribution module","121.3.03 HPRF","121.3.03 HPRF shall install the cables between the RFQ amplifier interlocks and the trigger distribution module.",null," ",null,null,"Already installed in PIP2IT.  Needs discussion. Seems more like a requirement of the timing system than an interface."]
[2503,5,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2503-005"},"RFQ water flow and vacuum summary status (Cntrl)","The control system (Cntrl) shall provide a signal to the RFQ power amplifier interlocks that summarizes the status of the RFQ water flow and vacuum level.",null,"Inspection; Demonstration;","121.3.07 Cntrl;\n121.3.03 HPRF","121.3.07 Cntrl shall define a cable and connector for the controls RFQ water and vacuum PLC.  121.3.03 HPRF shall define the connector for the amplifier interlock PLC and the logic and trip levels that define the status.","121.3.07 Cntrl","121.3.07 Cntrl shall provide the necessary cable to connect between the PLCs","121.3.07 Cntrl","121.3.07 Cntrl shall install the cable between the PLCs.",null," ","TBD",null,"Already installed in PIP2IT.  Will Cntrl install this cable?"]
[2503,6,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2503-006"},"RFQ analog signal acquisition (Cntrl)","The RFQ interlocks shall provide cables with analog data signals to a data acquisition module (Cntrl). ",null,"Inspection; Measurement;","121.3.03 HPRF;\n121.3.07 Cntrl","121.3.03 HPRF shall define the cable and connector for the RFQ interlocks analog data and also the signal scaling; 121.3.07 Cntrl shall define the connector at the data acquisition module and the allowable signal range.","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cables to connect between the RFQ amplifier interlocks and the data acquisition module","121.3.03 HPRF","121.3.03 HPRF shall install the cables between the RFQ amplifier interlocks and the data acquisition module.",null," ","TBD",null,"Already installed in PIP2IT.  Details need discussion."]
[2503,7,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2503-007"},"Buncher cavity power amplifier communication (Cntrl)","The control system (Cntrl) shall provide a communication cable to the Buncher Cavity power amplifiers.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.07 Cntrl","121.3.07 Cntrl shall define a cable and connector for the network hub and the minimum data refresh rate; 121.3.03 HPRF shall define the connector for the amplifier.  HPRF will also define the networking protocols, available control devices, data structure, and addressing, available diagnostic devices, data structure. and addressing.","121.3.07 Cntrl","121.3.07 Cntrl shall provide the necessary cable to connect between the amplifier and the network hub","121.3.07 Cntrl","121.3.07 Cntrl shall install the cable between the amplifier and the network hub.",null," ","TBD",null,"Already installed in PIP2IT. Unclear if Cntrl installs these cables. Cntrl also provides the software interface to the control system"]
[2503,8,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2503-008"},"Buncher Cavity power amplifier interlock PLC communitcation (Cntrl)","The control system (Cntrl) shall provide a communication cable to the Buncher Cavity power amplifiers' interlock system PLC.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.07 Cntrl","121.3.07 Cntrl shall define a cable and connector for the network hub and the minimum data refresh rate; 121.3.03 HPRF shall define the connector for the PLC.  HPRF will also define the networking protocols, available control devices, data structure, and addressing, available diagnostic devices, data structure. and addressing.","121.3.07 Cntrl","121.3.07 Cntrl shall provide the necessary cable to connect between the PLC and the network hub","121.3.07 Cntrl","121.3.07 Cntrl shall install the cable between the PLC and the network hub.",null," ","TBD",null,"Already installed in PIP2IT.  Unclear if Cntrl installs these cables. Cntrl also provides the software interface to the control system"]
[2503,9,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2503-009"},"Buncher cavity power amplifier interlock RF pulse trigger (Cntrl)","The control system (Cntrl) shall provide a trigger that can be synchronized with the LLRF system start of RF pulse.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.07 Cntrl","121.3.03 HPRF shall define the cable and connector for the buncher cavity interlocks RF pulse trigger input and also the required precision of the pulse timing relative to the LLRF; 121.3.07 Cntrl shall define the connector at the trigger distribution panel and the electrical standard for the digital signal.","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cables to connect between the buncher cavity amplifier interlocks and the trigger distribution module","121.3.03 HPRF","121.3.03 HPRF shall install the cables between the buncher cavity amplifier interlocks and the trigger distribution module.",null," ",null,null,"Already installed in PIP2IT.  Needs discussion. Seems more like a requirement of the timing system than an interface."]
[2503,10,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2503-010"},"Buncher cavity power amplifier interlock RF flattop gate triggers (Cntrl)","The control system (Cntrl) shall provide triggers that can be synchronized with the LLRF system start and end of RF flattop.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.07 Cntrl","121.3.03 HPRF shall define the cable and connector for the buncher cavity interlocks RF gate triggers input and also the required precision of the pulse timing relative to the LLRF; 121.3.07 Cntrl shall define the connector at the trigger distribution panel and the electrical standard for the digital signal.","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cables to connect between the buncher cavity amplifier interlocks and the trigger distribution module","121.3.03 HPRF","121.3.03 HPRF shall install the cables between the buncher cavity amplifier interlocks and the trigger distribution module.",null," ",null,null,"Already installed in PIP2IT.  Needs discussion. Seems more like a requirement of the timing system than an interface."]
[2503,11,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2503-011"},"Buncher Cavity water flow and vacuum summary status (Cntrl)","The control system (Cntrl) shall provide a signal to the Buncher Cavity power amplifier interlocks that summarizes the status of the Buncher Cavity water flow and vacuum level.",null,"Inspection; Demonstration;","121.3.07 Cntrl;\n121.3.03 HPRF","121.3.07 Cntrl shall define a cable and connector for the controls buncher cavity water and vacuum PLC.  121.3.03 HPRF shall define the connector for the amplifier interlock PLC and the logic and trip levels that define the status.","121.3.07 Cntrl","121.3.07 Cntrl shall provide the necessary cable to connect between the PLCs","121.3.07 Cntrl","121.3.07 Cntrl shall install the cable between the PLCs.",null," ","TBD",null,"Already installed in PIP2IT.  Unclear if Cntrl installs these cables. No interface from interlocks to control system?"]
[2503,12,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2503-012"},"Buncher Cavity analog signal acquisition (Cntrl)","The Buncher Cavity interlocks shall provide cables with analog data signals to a data acquisition module (Cntrl). ",null,"Inspection; Measurement;","121.3.03 HPRF;\n121.3.07 Cntrl","121.3.03 HPRF shall define the cable and connector for the buncher cavity interlocks analog data and also the signal scaling; 121.3.07 Cntrl shall define the connector at the data acquisition module and the allowable signal range.","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cables to connect between the buncher cavity amplifier interlocks and the data acquisition module","121.3.03 HPRF","121.3.03 HPRF shall install the cables between the buncher cavity amplifier interlocks and the data acquisition module.",null," ","TBD",null,"Already installed in PIP2IT"]
[2503,13,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2503-013"},"CTS 325 MHz power amplifier interlock PLC communitcation (Cntrl)","The control system (Cntrl) shall provide a communication cable to the CTS 325 MHz power amplifiers' interlock system PLC.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.07 Cntrl","121.3.07 Cntrl shall define a cable and connector for the network hub and the minimum data refresh rate; 121.3.03 HPRF shall define the connector for the PLC.  HPRF will also define the networking protocols, available control devices, data structure, and addressing, available diagnostic devices, data structure. and addressing.","121.3.07 Cntrl","121.3.07 Cntrl shall provide the necessary cable to connect between the PLC and the network hub","121.3.07 Cntrl","121.3.07 Cntrl shall install the cable between the PLC and the network hub.",null," ","TBD",null,"Already installed in MDB.  Unclear if Cntrl installs these cables. No interface from interlocks to control system?"]
[2503,14,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2503-014"},"CTS 325 MHz analog signal acquisition (Cntrl)","The CTS 325 MHz interlocks system shall provide cables with analog data signals to a data acquisition module (Cntrl). ",null,"Inspection; Measurement;","121.3.03 HPRF;\n121.3.07 Cntrl","121.3.03 HPRF shall define the cable and connector for the CTS 325 MHz interlocks system analog data and also the signal scaling; 121.3.07 Cntrl shall define the connector at the data acquisition module and the allowable signal range.","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cables to connect between the CTS 325 MHz interlocks system and the data acquisition module","121.3.03 HPRF","121.3.03 HPRF shall install the cables between the CTS 325 MHz interlocks system and the data acquisition module.",null," ","TBD",null,"Already installed in MDB"]
[2503,15,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2503-015"},"STC 325 MHz power amplifier interlock PLC communitcation (Cntrl)","The control system (Cntrl) shall provide a communication cable to the STC 325 MHz power amplifiers' interlock system PLC.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.07 Cntrl","121.3.07 Cntrl shall define a cable and connector for the network hub and the minimum data refresh rate; 121.3.03 HPRF shall define the connector for the PLC.  HPRF will also define the networking protocols, available control devices, data structure, and addressing, available diagnostic devices, data structure. and addressing.","121.3.07 Cntrl","121.3.07 Cntrl shall provide the necessary cable to connect between the PLC and the network hub","121.3.07 Cntrl","121.3.07 Cntrl shall install the cable between the PLC and the network hub.",null," ","TBD",null,"Already installed in MDB.  Will Cntrl install this cable?"]
[2503,16,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2503-016"},"STC 325 MHz analog signal acquisition (Cntrl)","The STC 325 MHz interlocks system shall provide cables with analog data signals to a data acquisition module (Cntrl). ",null,"Inspection; Measurement;","121.3.03 HPRF;\n121.3.07 Cntrl","121.3.03 HPRF shall define the cable and connector for the STC 325 MHz interlocks system analog data and also the signal scaling; 121.3.07 Cntrl shall define the connector at the data acquisition module and the allowable signal range.","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cables to connect between the STC 325 MHz interlocks system and the data acquisition module","121.3.03 HPRF","121.3.03 HPRF shall install the cables between the STC 325 MHz interlocks system and the data acquisition module.",null," ","TBD",null,"Unclear if Cntrl installs these cables. No interface from interlocks to control system?"]
[2503,17,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2503-017"},"CTS 650 MHz power amplifier interlock PLC communitcation (Cntrl)","The control system (Cntrl) shall provide a communication cable to the CTS 650 MHz power amplifiers' interlock system PLC.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.07 Cntrl","121.3.07 Cntrl shall define a cable and connector for the network hub and the minimum data refresh rate; 121.3.03 HPRF shall define the connector for the PLC.  HPRF will also define the networking protocols, available control devices, data structure, and addressing, available diagnostic devices, data structure. and addressing.","121.3.07 Cntrl","121.3.07 Cntrl shall provide the necessary cable to connect between the PLC and the network hub","121.3.07 Cntrl","121.3.07 Cntrl shall install the cable between the PLC and the network hub.",null," ","TBD",null,"Unclear if Cntrl installs these cables. No interface from interlocks to control system?"]
[2503,18,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2503-018"},"CTS 650 MHz analog signal acquisition (Cntrl)","The CTS 650 MHz interlocks system shall provide cables with analog data signals to a data acquisition module (Cntrl). ",null,"Inspection; Measurement;","121.3.03 HPRF;\n121.3.07 Cntrl","121.3.03 HPRF shall define the cable and connector for the CTS 650 MHz interlocks system analog data and also the signal scaling; 121.3.07 Cntrl shall define the connector at the data acquisition module and the allowable signal range.","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cables to connect between the CTS 650 MHz interlocks system and the data acquisition module","121.3.03 HPRF","121.3.03 HPRF shall install the cables between the CTS 650 MHz interlocks system and the data acquisition module.",null," ","TBD"]
[2503,19,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2503-019"},"STC 650 MHz power amplifier interlock PLC communitcation (Cntrl)","The control system (Cntrl) shall provide a communication cable to the STC 650 MHz power amplifiers' interlock system PLC.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.07 Cntrl","121.3.07 Cntrl shall define a cable and connector for the network hub and the minimum data refresh rate; 121.3.03 HPRF shall define the connector for the PLC.  HPRF will also define the networking protocols, available control devices, data structure, and addressing, available diagnostic devices, data structure. and addressing.","121.3.07 Cntrl","121.3.07 Cntrl shall provide the necessary cable to connect between the PLC and the network hub","121.3.07 Cntrl","121.3.07 Cntrl shall install the cable between the PLC and the network hub.",null," ","TBD",null,"Unclear if Cntrl installs these cables. No interface from interlocks to control system?"]
[2503,20,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2503-020"},"STC 650 MHz analog signal acquisition (Cntrl)","The STC 650 MHz interlocks system shall provide cables with analog data signals to a data acquisition module (Cntrl). ",null,"Inspection; Measurement;","121.3.03 HPRF;\n121.3.07 Cntrl","121.3.03 HPRF shall define the cable and connector for the STC 650 MHz interlocks system analog data and also the signal scaling; 121.3.07 Cntrl shall define the connector at the data acquisition module and the allowable signal range.","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cables to connect between the STC 650 MHz interlocks system and the data acquisition module","121.3.03 HPRF","121.3.03 HPRF shall install the cables between the STC 650 MHz interlocks system and the data acquisition module.",null," ","TBD"]
[2503,21,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2503-021"},"HWR power amplifier communication (Cntrl)","The control system (Cntrl) shall provide a communication cable to the HWR power amplifiers.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.07 Cntrl","121.3.07 Cntrl shall define a cable and connector for the network hub and the minimum data refresh rate; 121.3.03 HPRF shall define the connector for the amplifier.  HPRF will also define the networking protocols, available control devices, data structure, and addressing, available diagnostic devices, data structure. and addressing.","121.3.07 Cntrl","121.3.07 Cntrl shall provide the necessary cable to connect between the amplifier and the network hub","121.3.07 Cntrl","121.3.07 Cntrl shall install the cable between the amplifier and the network hub.",null," ","TBD",null,"Will Cntrl install this cable? Provide interface to control system?"]
[2503,22,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2503-022"},"HWR power amplifier interlock PLC communitcation (Cntrl)","The control system (Cntrl) shall provide a communication cable to the HWR power amplifiers' interlock system PLC.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.07 Cntrl","121.3.07 Cntrl shall define a cable and connector for the network hub and the minimum data refresh rate; 121.3.03 HPRF shall define the connector for the PLC.  HPRF will also define the networking protocols, available control devices, data structure, and addressing, available diagnostic devices, data structure. and addressing.","121.3.07 Cntrl","121.3.07 Cntrl shall provide the necessary cable to connect between the PLC and the network hub","121.3.07 Cntrl","121.3.07 Cntrl shall install the cable between the PLC and the network hub.",null," ","TBD",null,"Unclear if Cntrl installs these cables. No interface from interlocks to control system?"]
[2503,23,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2503-023"},"SSR1 power amplifier communication (Cntrl)","The control system (Cntrl) shall provide a communication cable to the SSR1 power amplifiers.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.07 Cntrl","121.3.07 Cntrl shall define a cable and connector for the network hub and the minimum data refresh rate; 121.3.03 HPRF shall define the connector for the amplifier.  HPRF will also define the networking protocols, available control devices, data structure, and addressing, available diagnostic devices, data structure. and addressing.","121.3.07 Cntrl","121.3.07 Cntrl shall provide the necessary cable to connect between the amplifier and the network hub","121.3.07 Cntrl","121.3.07 Cntrl shall install the cable between the amplifier and the network hub.",null," ","TBD",null,"Unclear if Cntrl installs these cables. No interface to control system?"]
[2503,24,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2503-024"},"SSR1 power amplifier RF pulse data acquisition trigger","The control system (Cntrl) shall provide a trigger that can be synchonized with the RF pulse to allow synchronous data acquisition of amplifier diagnostics.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.07 Cntrl","121.3.03 HPRF shall define the cable and connector for the HWR cavity interlocks RF pulse data acquisition trigger input, the electrical standard for the digital signal, and the required precision of the pulse timing relative to the LLRF; 121.3.07 Cntrl shall define the connector at the trigger distribution panel.","121.3.07 Cntrl","121.3.07 Cntrl shall provide the necessary cable to connect between the amplifier and the trigger distribution.","121.3.07 Cntrl","121.3.07 Cntrl shall install the cable between the amplifier and the trigger distribution.",null," ","TBD",null,"Will Cntrl install this cable?"]
[2503,25,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2503-025"},"SSR1 power amplifier interlock PLC communitcation (Cntrl)","The control system (Cntrl) shall provide a communication cable to the SSR1 power amplifiers' interlock system PLC.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.07 Cntrl","121.3.07 Cntrl shall define a cable and connector for the network hub and the minimum data refresh rate; 121.3.03 HPRF shall define the connector for the PLC.  HPRF will also define the networking protocols, available control devices, data structure, and addressing, available diagnostic devices, data structure. and addressing.","121.3.07 Cntrl","121.3.07 Cntrl shall provide the necessary cable to connect between the PLC and the network hub","121.3.07 Cntrl","121.3.07 Cntrl shall install the cable between the PLC and the network hub.",null," ","TBD",null,"Unclear if Cntrl installs these cables. No interface from interlocks to control system?"]
[2503,26,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2503-026"},"SSR2 power amplifier communication (Cntrl)","The control system (Cntrl) shall provide a communication cable to the SSR2 power amplifiers.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.07 Cntrl","121.3.07 Cntrl shall define a cable and connector for the network hub and the minimum data refresh rate; 121.3.03 HPRF shall define the connector for the amplifier.  HPRF will also define the networking protocols, available control devices, data structure, and addressing, available diagnostic devices, data structure. and addressing.","121.3.07 Cntrl","121.3.07 Cntrl shall provide the necessary cable to connect between the amplifier and the network hub","121.3.07 Cntrl","121.3.07 Cntrl shall install the cable between the amplifier and the network hub.",null," ","TBD",null,"Will Cntrl install this cable? And provide interface to the control system?"]
[2503,27,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2503-027"},"SSR2 power amplifier RF pulse data acquisition trigger","The control system (Cntrl) shall provide a trigger that can be synchonized with the RF pulse to allow synchronous data acquisition of amplifier diagnostics.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.07 Cntrl","121.3.03 HPRF shall define the cable and connector for the HWR cavity interlocks RF pulse data acquisition trigger input, the electrical standard for the digital signal, and the required precision of the pulse timing relative to the LLRF; 121.3.07 Cntrl shall define the connector at the trigger distribution panel.","121.3.07 Cntrl","121.3.07 Cntrl shall provide the necessary cable to connect between the amplifier and the trigger distribution.","121.3.07 Cntrl","121.3.07 Cntrl shall install the cable between the amplifier and the trigger distribution.",null," ","TBD",null,"Will Cntrl install this cable?"]
[2503,28,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2503-028"},"SSR2 power amplifier interlock PLC communitcation (Cntrl)","The control system (Cntrl) shall provide a communication cable to the SSR2 power amplifiers' interlock system PLC.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.07 Cntrl","121.3.07 Cntrl shall define a cable and connector for the network hub and the minimum data refresh rate; 121.3.03 HPRF shall define the connector for the PLC.  HPRF will also define the networking protocols, available control devices, data structure, and addressing, available diagnostic devices, data structure. and addressing.","121.3.07 Cntrl","121.3.07 Cntrl shall provide the necessary cable to connect between the PLC and the network hub","121.3.07 Cntrl","121.3.07 Cntrl shall install the cable between the PLC and the network hub.",null," ","TBD",null,"Unclear if Cntrl installs these cables. No interface from interlocks to control system?"]
[2503,29,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2503-029"},"LB650 power amplifier communication (Cntrl)","The control system (Cntrl) shall provide a communication cable to the LB650 power amplifiers.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.07 Cntrl","121.3.07 Cntrl shall define a cable and connector for the network hub and the minimum data refresh rate; 121.3.03 HPRF shall define the connector for the amplifier.  HPRF will also define the networking protocols, available control devices, data structure, and addressing, available diagnostic devices, data structure. and addressing.","121.3.07 Cntrl","121.3.07 Cntrl shall provide the necessary cable to connect between the amplifier and the network hub","121.3.07 Cntrl","121.3.07 Cntrl shall install the cable between the amplifier and the network hub.",null," ","TBD",null,"Will Cntrl install this cable? And provide interface to the control system?"]
[2503,30,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2503-030"},"LB650 power amplifier RF pulse data acquisition trigger","The control system (Cntrl) shall provide a trigger that can be synchonized with the RF pulse to allow synchronous data acquisition of amplifier diagnostics.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.07 Cntrl","121.3.03 HPRF shall define the cable and connector for the HWR cavity interlocks RF pulse data acquisition trigger input, the electrical standard for the digital signal, and the required precision of the pulse timing relative to the LLRF; 121.3.07 Cntrl shall define the connector at the trigger distribution panel.","121.3.07 Cntrl","121.3.07 Cntrl shall provide the necessary cable to connect between the amplifier and the trigger distribution.","121.3.07 Cntrl","121.3.07 Cntrl shall install the cable between the amplifier and the trigger distribution.",null," ","TBD",null,"Will Cntrl install this cable?"]
[2503,31,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2503-031"},"LB650 power amplifier interlock PLC communitcation (Cntrl)","The control system (Cntrl) shall provide a communication cable to the LB650 power amplifiers' interlock system PLC.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.07 Cntrl","121.3.07 Cntrl shall define a cable and connector for the network hub and the minimum data refresh rate; 121.3.03 HPRF shall define the connector for the PLC.  HPRF will also define the networking protocols, available control devices, data structure, and addressing, available diagnostic devices, data structure. and addressing.","121.3.07 Cntrl","121.3.07 Cntrl shall provide the necessary cable to connect between the PLC and the network hub","121.3.07 Cntrl","121.3.07 Cntrl shall install the cable between the PLC and the network hub.",null," ","TBD",null,"Unclear if Cntrl installs these cables. No interface from interlocks to control system?"]
[2503,32,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2503-032"},"HB650 power amplifier communication (Cntrl)","The control system (Cntrl) shall provide a communication cable to the HB650 power amplifiers.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.07 Cntrl","121.3.07 Cntrl shall define a cable and connector for the network hub and the minimum data refresh rate; 121.3.03 HPRF shall define the connector for the amplifier.  HPRF will also define the networking protocols, available control devices, data structure, and addressing, available diagnostic devices, data structure. and addressing.","121.3.07 Cntrl","121.3.07 Cntrl shall provide the necessary cable to connect between the amplifier and the network hub","121.3.07 Cntrl","121.3.07 Cntrl shall install the cable between the amplifier and the network hub.",null," ","TBD",null,"Will Cntrl install this cable? And provide interface to the control system?"]
[2503,33,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2503-033"},"HB650 power amplifier RF pulse data acquisition trigger","The control system (Cntrl) shall provide a trigger that can be synchonized with the RF pulse to allow synchronous data acquisition of amplifier diagnostics.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.07 Cntrl","121.3.03 HPRF shall define the cable and connector for the HWR cavity interlocks RF pulse data acquisition trigger input, the electrical standard for the digital signal, and the required precision of the pulse timing relative to the LLRF; 121.3.07 Cntrl shall define the connector at the trigger distribution panel.","121.3.07 Cntrl","121.3.07 Cntrl shall provide the necessary cable to connect between the amplifier and the trigger distribution.","121.3.07 Cntrl","121.3.07 Cntrl shall install the cable between the amplifier and the trigger distribution.",null," ","TBD",null,"Will Cntrl install this cable?"]
[2503,34,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2503-034"},"HB650 power amplifier interlock PLC communitcation (Cntrl)","The control system (Cntrl) shall provide a communication cable to the HB650 power amplifiers' interlock system PLC.",null,"Inspection; Demonstration;","121.3.03 HPRF;\n121.3.07 Cntrl","121.3.07 Cntrl shall define a cable and connector for the network hub and the minimum data refresh rate; 121.3.03 HPRF shall define the connector for the PLC.  HPRF will also define the networking protocols, available control devices, data structure, and addressing, available diagnostic devices, data structure. and addressing.","121.3.07 Cntrl","121.3.07 Cntrl shall provide the necessary cable to connect between the PLC and the network hub","121.3.07 Cntrl","121.3.07 Cntrl shall install the cable between the PLC and the network hub.",null," ","TBD",null,"Unclear if Cntrl installs these cables. No interface from interlocks to control system?"]
[2504,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2504-001"},"SS ESS SSIU Interlock Permit Interface to HPRF Power Supplies","SS shall provide ESS permit signals to HPRF interlocked power supplies.","HPRF's power supplies will be interlocked and permited by SS's ESS interlock permit signals.","SS personnel will test the hardware and system with an ESS test procedure.","121.3.08 SS","SS owns the ESS SSIU Interlock Permit Interface.  SS provides ESS permit signals from its SSIUs for interlocked HPRF power supplies.","121.3.03 HPRF","- HPRF supplies signal interfaces for inhibiting and permitting the individual power supplies\n\n-SS supplies the ESS permit cables for each interlocked power supply","121.3.03 HPRF;\n121.3.08 SS","- HPRF will pull and connects permit cables from SSIUs to each of the power supply permit interfaces.\n\n- SS connects their end of each permit cable to a SSIU",null,"- ESS Functional Description (placeholder)\n- SSIU Functional Description (placeholder)","TBD","ESS Test Procedure","This is a \"consoildated\" interface for all HPRF power supply interfaces to SS's SSIUs.\n\nAssuming ISDs will define all the particular interfaces and power supplies for HPRF\n\nSuggest this entry and refine it moving forward\n\n-AO, 2/7/19"]
[2506,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2506-001"},"RFQ amplifier status signal for MPS (Cntrl)","The RFQ interlocks shall provide an amplifier status signal to the Machine Protection System [MPS] (Cntrl).",null,"Inspection; Demonstration;","121.3.02 MPS;\n121.3.03 HPRF","121.3.02 MPS shall define the cable and connector for the RFQ interlocks MPS status signal at the MPS input and the electrical specifications for the signal; 121.3.03 HPRF shall define the RFQ interlocks connector.","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cables to connect between the RFQ amplifier interlocks and the MPS","121.3.02 MPS","121.3.02 MPS shall install the cables between the RFQ amplifier interlocks and the MPS.",null," ","TBD",null,"Already installed in PIP2IT.  Need to transfer to new MPS WBS."]
[2506,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2506-002"},"Buncher Cavity amplifier status signal for MPS (Cntrl)","The Buncher Cavity interlocks shall provide an amplifier status signal to the Machine Protection System [MPS] (Cntrl).",null,"Inspection; Demonstration;","121.3.02 MPS;\n121.3.03 HPRF","121.3.02 MPS shall define the cable and connector for the buncher cavity interlocks MPS status signal at the MPS input and the electrical specifications for the signal; 121.3.03 HPRF shall define the buncher cavity interlocks connector.","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cables to connect between the buncher cavity amplifier interlocks and the MPS","121.3.02 MPS","121.3.02 MPS shall install the cables between the buncher cavity amplifier interlocks and the MPS.",null," ","TBD",null,"Already installed in PIP2IT.   Need to transfer to new MPS WBS."]
[2515,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2515-001"},"RFQ RF power input connection","The RFQ RF power input connection interface shall connect the RF delivery equipment to the RFQ RF power couplers (2).","The physical interfaces between WFE and HPRF are the input power couplers flanges.","Inspection; Demonstration","121.4.02 WFE","121.4.02 WFE shall provide the 2 RFQ power couplers to which the RF distribution system interfaces with; 121.4.02 WFE shall define the size, materials and finish of the mating surfaces; 121.4.02 WFE shall define the maximum RF power level for the RFQ input coupler","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and mating flange to connect to the  RFQ input couplers","121.4.05 LI","121.4.05 LI shall provide installation support to HPRF and WFE; 121.4.05 LI shall provide all stands or fixtures needed to route the RF distribution system appropriately",null," ","TBD"]
[2515,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2515-002"},"RFQ RF input coupler air flow interlock","The RFQ RF input coupler air flow interlock interface shall provide signals that indicate the total air flow in the input coupler to the RFQ RF interlocks","The physical interfaces between WFE and HPRF are the air flow monitors connectors","Inspection; Demonstration; Measurement","121.4.02 WFE;\n121.3.03 HPRF","121.4.02 WFE shall define the connection and scaling of the air flow monitors; 121.3.03 HPRF shall define the cable and connector types at the RFQ RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cables to connect the input couplers air flow monitors to the RFQ RF interlocks","121.4.05 LI","121.4.05 LI shall provide installation support to HPRF and WFE",null," ","TBD"]
[2515,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2515-003"},"RFQ RF input coupler air temperature interlock","The RFQ RF input coupler air temperature interlock interface shall provide signals that indicate the air temperature in the input coupler to the RFQ RF interlocks","The physical interfaces between WFE and HPRF are the air temperature monitors connectors","Inspection; Demonstration; Measurement","121.4.02 WFE;\n121.3.03 HPRF","121.4.02 WFE shall define the connection and scaling of the air temperature monitors; 121.3.03 HPRF shall define the cable and connector types at the RFQ RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cables to connect the input couplers air temperature monitors to the RFQ RF interlocks","121.4.05 LI","121.4.05 LI shall provide installation support to HPRF and WFE",null," ","TBD"]
[2515,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2515-004"},"RFQ RF DC block air flow interlock","The RFQ RF DC block air flow interlock interface shall provide signals that indicate the total air flow in the DC blocks to the RFQ RF interlocks","The physical interfaces between WFE and HPRF are the air flow monitors connectors","Inspection; Demonstration; Measurement","121.4.02 WFE;\n121.3.03 HPRF","121.4.02 WFE shall define the connection and scaling of the air flow monitors; 121.3.03 HPRF shall define the cable and connector types at the RFQ RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cables to connect the DC blocks air flow monitors to the RFQ RF interlocks","121.4.05 LI","121.4.05 LI shall provide installation support to HPRF and WFE",null," ","TBD"]
[2515,5,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2515-005"},"RFQ RF DC block air temperature interlock","The RFQ RF DC block air temperature interlock interface shall provide signals that indicate the air temperature in the DC block to the RFQ RF interlocks","The physical interfaces between WFE and HPRF are the air temperature monitors connectors","Inspection; Demonstration; Measurement","121.4.02 WFE;\n121.3.03 HPRF","121.4.02 WFE shall define the connection and scaling of the air temperature monitors; 121.3.03 HPRF shall define the cable and connector types at the RFQ RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cables to connect the DC block air temperature monitors to the RFQ RF interlocks","121.4.05 LI","121.4.05 LI shall provide installation support to HPRF and WFE",null," ","TBD"]
[2515,6,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2515-006"},"MEBT bunching cavities RF power input connection","The bunching cavities RF power input connection interface shall connect the RF power coupler of each bunching cavity (4) to the RF delivery equipment.","The physical interface between WFE and HPRF are the joints/interfaces between the RF couplers and the coaxial cables carrying the RF signal.","Inspection; Demonstration","121.4.02 WFE","121.4.02 WFE shall provide 4 bunching cavities outfitted with power couplers; 121.4.02 WFE shall define the size, materials and finish of the mating surfaces; 121.4.02 WFE shall define the maximum RF power level for a single MEBT bunching cavity input coupler","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and mating flange to connect to  bunching cavity input  coupler","121.4.05 LI","121.4.05 LI shall provide installation support to HPRF and WFE; 121.4.05 LI shall provide all stands or fixtures needed to route the RF distribution system appropriately",null," ","TBD"]
[2515,7,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2515-007"},"RFQ RF sensing loop monitor connection","The RFQ RF sensing loop monitor connection  interface shall connect the RF sensing loops located on the RFQ to RF switches.","The physical interfaces between WFE and HPRF are the sensing loop connectors.","Inspection;  Measurement","121.4.02 WFE;\n121.3.03 HPRF","121.4.02 WFE shall provide all the RFQ RF sensing loops. They will be mounted on the RFQ body; 121.4.02 WFE shall define the sensing loop connector type, maximum power level and scaling; 121.3.03 HPRF shall define the cable and monitor connection types","121.3.03 HPRF","121.3.03 HPRF shall provide cables, connectors and switches to the RFQ RF sensing loops","121.4.05 LI","121.4.05 LI shall provide installation support to HPRF and WFE, in particular the appropriate brackets to mount the RF switches onto",null," ","TBD"]
[2515,8,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2515-008"},"Bunching cavity RF power input connection (WFE)","RF power distribution from the RF power amplifier shall provide a cable (or waveguide) and connector that mates properly with the buncher cavity input coupler (WFE).","The physical interface between WFE and HPRF are the joints/interfaces between the RF couplers and the coaxial cables carrying the RF signal.","Inspection; Demonstration","121.4.02 WFE","121.4.02 WFE shall provide 4 bunching cavities outfitted with power couplers; 121.4.02 WFE shall define the size, materials and finish of the mating surfaces; 121.4.02 WFE shall define the maximum RF power level for a single MEBT bunching cavity input coupler","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and mating flange to connect to the buncher cavity input coupler.","121.4.05 LI","121.4.05 LI shall provide installation support to HPRF and WFE; 121.4.05 LI shall provide all stands or fixtures needed to route the RF distribution system appropriately",null," ","TBD"]
[2515,9,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2515-009"},"RFQ sensing loop monitor connection (WFE)","The RFQ RF sensing loop monitor connection  interface shall connect the RF sensing loops located on the RFQ to RF switches.","The physical interfaces between WFE and HPRF are the sensing loop connectors.","Inspection; Measurement;","121.3.03 HPRF;\n121.4.02 WFE","121.4.02 WFE shall provide all the RFQ RF sensing loops. They will be mounted on the RFQ body; 121.4.02 WFE shall define the sensing loop connector type, maximum power level and scaling; 121.3.03 HPRF shall define the cable and monitor connection types","121.3.03 HPRF","121.3.03 HPRF shall provide cables, connectors and switches to the RFQ RF sensing loops","121.4.05 LI","121.4.05 LI shall provide installation support to HPRF and WFE, in particular the appropriate brackets to mount the RF switches onto",null," ","TBD"]
[2515,10,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2515-010"},"RFQ input coupler air flow interlock (WFE)","RFQ input coupler (WFE) shall provide signals that represent the total air flow in the input coupler for the RFQ, RF interlocks ","The physical interfaces between WFE and HPRF are the air flow monitors connectors","Inspection; Demponstration; Measurement","121.3.03 HPRF;\n121.4.02 WFE","121.4.02 WFE shall define the connection and scaling of the air flow monitors; 121.3.03 HPRF shall define the cable and connector types at the RFQ RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the input coupler air flow monitor to the RFQ, RF interlocks.","121.4.05 LI","121.4.05 LI shall provide installation support to WFE and HPRF",null," ","TBD"]
[2515,11,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2515-011"},"RFQ input coupler air temperature interlock (WFE)","RFQ input coupler (WFE) shall provide signals that represent the air flow temperature in the input coupler for the RFQ, RF interlocks ","The physical interfaces between WFE and HPRF are the air temperature monitors connectors","Inspection; Demponstration; Measurement","121.3.03 HPRF;\n121.4.02 WFE","121.4.02 WFE shall define a connection and scaling for the air flow temperature monitor; 121.3.03 HPRF shall define a cable and connection at the RFQ, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the input coupler air flow temperature monitor to the RFQ, RF interlocks.","121.4.05 LI","121.4.05 LI shall provide installation support to WFE and HPRF",null," ","TBD"]
[2515,12,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2515-012"},"RFQ RF power input connection (WFE)","RF power distribution from the RF power amplifier shall provide a cable (or waveguide) and connector that mates properly with the RFQ input coupler (WFE).","The physical interfaces between WFE and HPRF are the input power couplers flanges.","Inspection; Demonstration;","121.4.02 WFE","121.4.02 WFE shall provide the 2 RFQ power couplers to which the RF distribution system interfaces with; 121.4.02 WFE shall define the size, materials and finish of the mating surfaces; 121.4.02 WFE shall define the maximum RF power level for the RFQ input coupler","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable and mating flange to connect to the RFQ input coupler.","121.4.05 LI","121.4.05 LI shall provide installation support to WFE and HPRF",null," ","TBD"]
[2515,13,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2515-013"},"RFQ DC block air flow interlock (WFE)","RFQ input coupler (WFE) shall provide signals that represent the total air flow in the DC block for the RFQ, RF interlocks ","The physical interfaces between WFE and HPRF are the air flow monitors connectors","Inspection; Demponstration; Measurement","121.3.03 HPRF;\n121.4.02 WFE","121.4.02 WFE shall define a connection and scaling for the air flow monitor; 121.3.03 HPRF shall define a cable and connection at the RFQ, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the DC block air flow monitor to the RFQ, RF interlocks.","121.4.05 LI","121.4.05 LI shall provide installation support to WFE and HPRF",null," ","TBD"]
[2515,14,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2515-014"},"RFQ DC block air temperature interlock (WFE)","RFQ input coupler (WFE) shall provide signals that represent the air flow temperature in the DC block for the RFQ, RF interlocks ","The physical interfaces between WFE and HPRF are the air temperature monitors connectors","Inspection; Demponstration; Measurement","121.3.03 HPRF;\n121.4.02 WFE","121.4.02 WFE shall define a connection and scaling for the air flow temperature monitor; 121.3.03 HPRF shall define a cable and connection at the RFQ, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the DC block air flow temperature monitor to the RFQ, RF interlocks.","121.4.05 LI","121.4.05 LI shall provide installation support to WFE and HPRF",null," ","TBD"]
[2516,15,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-015"},"RFQ power amplifier water cooling (TI)","Test infrastructure (TI) shall provide water flow for cooling the RFQ power amplifiers for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.03 TI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.03 TI","121.4.03 TI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP2IT water distribution to the RFQ amplifiers.","121.4.03 TI","121.4.03 TI shall install the necessary piping, hoses, connectors, and clamps between the PIP2IT water distribution and the RFQ amplifiers.",null," ","Verified",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,16,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-016"},"RFQ power amplifier water flow interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water flow through the RFQ amplifiers for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the RFQ, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP2IT RFQ power amplifier water flow monitor to the RFQ, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP2IT RFQ power amplifier water flow monitor and the RFQ, RF interlocks.",null," ","Verified",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,17,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-017"},"RFQ power amplifier water temperature interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water temperature through the RFQ amplifiers for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the RFQ, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP2IT RFQ power amplifier water temperature monitor to the RFQ, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP2IT RFQ power amplifier water temperature monitor and the RFQ, RF interlocks.",null," ","Verified",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,18,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-018"},"RFQ circulator water cooling (TI)","Test infrastructure (TI) shall provide water flow for cooling the RFQ circulators for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.03 TI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.03 TI","121.4.03 TI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP2IT water distribution to the RFQ circulators.","121.4.03 TI","121.4.03 TI shall install the necessary piping, hoses, connectors, and clamps between the PIP2IT water distribution and the RFQ circulators.",null," ","Verified",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,19,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-019"},"RFQ circulator water flow interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water flow through the RFQ circulators for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the RFQ, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP2IT RFQ circulator water flow monitor to the RFQ, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP2IT RFQ power amplifier water flow monitor and the RFQ, RF interlocks.",null," ","TBD",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,20,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-020"},"RFQ power circulator water temperature interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water temperature through the RFQ circulators for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the RFQ, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP2IT RFQ circulator water temperature monitor to the RFQ, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP2IT RFQ power amplifier water temperature monitor and the RFQ, RF interlocks.",null," ","TBD",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,21,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-021"},"RFQ reflected power load water cooling (TI)","Test infrastructure (TI) shall provide water flow for cooling the RFQ reflected power loads for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.03 TI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.03 TI","121.4.03 TI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP2IT water distribution to the RFQ loads.","121.4.03 TI","121.4.03 TI shall install the necessary piping, hoses, connectors, and clamps between the PIP2IT water distribution and the RFQ loads.",null," ","Verified",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,22,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-022"},"RFQ reflected power load water flow interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water flow through the RFQ reflected power loads for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the RFQ, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP2IT RFQ load water flow monitor to the RFQ, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP2IT RFQ power amplifier water flow monitor and the RFQ, RF interlocks.",null," ","TBD",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,23,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-023"},"RFQ reflected power load water temperature interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water temperature through the RFQ reflected power loads for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the RFQ, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP2IT RFQ load water temperature monitor to the RFQ, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP2IT RFQ power amplifier water temperature monitor and the RFQ, RF interlocks.",null," ","Verified",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,24,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-024"},"Space for RFQ power amplifiers (TI)","Test infrastructure (TI) shall allocate space for installing RFQ power amplifiers",null,"Inspection","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the footprint, height, and operating climate conditions for the RFQ power amplifiers.","121.4.03 TI","121.4.03 TI shall provide the space to install the RFQ power amplifiers at PIP2IT.","121.4.03 TI","121.4.03 TI shall place the RFQ power amplifiers at PIP2IT.",null," ","Verified",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,25,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-025"},"Space for RFQ, RF distribution (TI)","Test infrastructure (TI) shall allocate space for installing RFQ, RF distribution",null,"Inspection","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the dimensions and weight of all RFQ, RF distribution components; 121.4.03 TI shall determine the routing and placement.","121.4.03 TI","121.4.03 TI shall provide the space to install the RFQ, RF distribution at PIP2IT.","121.4.03 TI","121.4.03 TI shall install the RFQ, RF distribution at PIP2IT.",null," ","Verified",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,26,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-026"},"RFQ power amplifier AC power (TI)","Test infrastructure (TI) shall provide AC power to the RFQ power amplifiers",null,"Inspection; Demonstration","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define the wire and conduit that will connect to the AC distribution; 121.3.03 HPRF shall define the AC voltage, average power, peak power, transformer configuration, and amplifier wire connection.","121.4.03 TI","121.4.03 TI shall provide the wire and conduit required to connect the RF amplifiers to the AC distribution at PIP2IT","121.4.03 TI","121.4.03 TI shall install the wire and conduit between the AC distribution and RF amplifiers at PIP2IT.",null," ","Verified",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,27,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-027"},"RFQ power amplifier interlocks rack space (TI)","Test infrastructure (TI) shall provide relay rack space for the RFQ power amplifier interlocks equipment",null,"Inspection;","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the dimensions and weight of all RFQ, RF amplifier interlock components; 121.4.03 TI shall determine the rack placement.","121.4.03 TI","121.4.03 TI shall provide the rack that will contain the RFQ, RF amplifier interlocks for PIP2IT","121.3.03 HPRF","121.3.03 HPRF shall install the RFQ, RF amplifier interlocks in the rack at PIP2IT",null," ","Verified",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,28,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-028"},"RFQ power amplifier interlocks AC power (TI)","Test infrastructure (TI) shall provide AC power to the RFQ, RF amplifier interlocks",null,"Inspection; Demonstration","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the AC voltage, average power, peak power, plug, power cord, and receptacle type","121.4.03 TI","121.4.03 TI shall provide the AC power receptacle and the power connection to the receptacle at PIP2IT","121.3.03 HPRF","121.3.03 HPRF shall connect the AC power for the RFQ, RF amplifier interlocks",null," ","Verified",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,29,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-029"},"MEBT buncher cavity power amplifier water cooling (TI)","Test infrastructure (TI) shall provide water flow for cooling the MEBT buncher cavity power amplifiers for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.03 TI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.03 TI","121.4.03 TI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP2IT water distribution to the MEBT buncher cavity amplifiers.","121.4.03 TI","121.4.03 TI shall install the necessary piping, hoses, connectors, and clamps between the PIP2IT water distribution and the MEBT buncher cavity amplifiers.",null," ","Verified",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,30,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-030"},"MEBT buncher cavity power amplifier water flow interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water flow through the MEBT buncher cavity amplifiers for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the MEBT buncher cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP2IT MEBT buncher cavity power amplifier water flow monitor to the MEBT buncher cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP2IT MEBT buncher cavity power amplifier water flow monitor and the MEBT buncher cavity, RF interlocks.",null," ","Verified",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,31,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-031"},"MEBT buncher cavity power amplifier water temperature interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water temperature through the MEBT buncher cavity amplifiers for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the MEBT buncher cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP2IT MEBT buncher cavity power amplifier water temperature monitor to the MEBT buncher cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP2IT MEBT buncher cavity power amplifier water temperature monitor and the MEBT buncher cavity, RF interlocks.",null," ","TBD",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,32,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-032"},"MEBT buncher cavity circulator water cooling (TI)","Test infrastructure (TI) shall provide water flow for cooling the MEBT buncher cavity circulators for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.03 TI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.03 TI","121.4.03 TI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP2IT water distribution to the MEBT buncher cavity circulators.","121.4.03 TI","121.4.03 TI shall install the necessary piping, hoses, connectors, and clamps between the PIP2IT water distribution and the MEBT buncher cavity circulators.",null," ","Verified",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,33,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-033"},"MEBT buncher cavity circulator water flow interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water flow through the MEBT buncher cavity circulators for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the MEBT buncher cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP2IT MEBT buncher cavity circulator water flow monitor to the MEBT buncher cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP2IT MEBT buncher cavity power amplifier water flow monitor and the MEBT buncher cavity, RF interlocks.",null," ","Verified",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,34,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-034"},"MEBT buncher cavity power circulator water temperature interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water temperature through the MEBT buncher cavity circulators for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the MEBT buncher cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP2IT MEBT buncher cavity circulator water temperature monitor to the MEBT buncher cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP2IT MEBT buncher cavity power amplifier water temperature monitor and the MEBT buncher cavity, RF interlocks.",null," ","TBD",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,35,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-035"},"MEBT buncher cavity reflected power load water cooling (TI)","Test infrastructure (TI) shall provide water flow for cooling the MEBT buncher cavity reflected power loads for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.03 TI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.03 TI","121.4.03 TI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP2IT water distribution to the MEBT buncher cavity loads.","121.4.03 TI","121.4.03 TI shall install the necessary piping, hoses, connectors, and clamps between the PIP2IT water distribution and the MEBT buncher cavity loads.",null," ","Verified",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,36,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-036"},"MEBT buncher cavity reflected power load water flow interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water flow through the MEBT buncher cavity reflected power loads for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the MEBT buncher cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP2IT MEBT buncher cavity load water flow monitor to the MEBT buncher cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP2IT MEBT buncher cavity power amplifier water flow monitor and the MEBT buncher cavity, RF interlocks.",null," ","Verified",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,37,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-037"},"MEBT buncher cavity reflected power load water temperature interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water temperature through the MEBT buncher cavity reflected power loads for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the MEBT buncher cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP2IT MEBT buncher cavity load water temperature monitor to the MEBT buncher cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP2IT MEBT buncher cavity power amplifier water temperature monitor and the MEBT buncher cavity, RF interlocks.",null," ","Verified",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,38,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-038"},"Space for MEBT buncher cavity power amplifiers (TI)","Test infrastructure (TI) shall allocate space for installing MEBT buncher cavity power amplifiers",null,"Inspection","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the footprint, height, and operating climate conditions for the MEBT buncher cavity power amplifiers.","121.4.03 TI","121.4.03 TI shall provide the space to install the MEBT buncher cavity power amplifiers at PIP2IT.","121.4.03 TI","121.4.03 TI shall place the MEBT buncher cavity power amplifiers at PIP2IT.",null," ","Verified",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,39,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-039"},"Space for MEBT buncher cavity, RF distribution (TI)","Test infrastructure (TI) shall allocate space for installing MEBT buncher cavity, RF distribution",null,"Inspection","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the dimensions and weight of all MEBT buncher cavity, RF distribution components; 121.4.03 TI shall determine the routing and placement.","121.4.03 TI","121.4.03 TI shall provide the space to install the MEBT buncher cavity, RF distribution at PIP2IT.","121.4.03 TI","121.4.03 TI shall install the MEBT buncher cavity, RF distribution at PIP2IT.",null," ","Verified",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,40,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-040"},"MEBT buncher cavity power amplifier AC power (TI)","Test infrastructure (TI) shall provide AC power to the MEBT buncher cavity power amplifiers",null,"Inspection; Demonstration","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define the wire and conduit that will connect to the AC distribution; 121.3.03 HPRF shall define the AC voltage, average power, peak power, transformer configuration, and amplifier wire connection.","121.4.03 TI","121.4.03 TI shall provide the wire and conduit required to connect the RF amplifiers to the AC distribution at PIP2IT","121.4.03 TI","121.4.03 TI shall install the wire and conduit between the AC distribution and RF amplifiers at PIP2IT.",null," ","Verified",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,41,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-041"},"MEBT buncher cavity power amplifier interlocks rack space (TI)","Test infrastructure (TI) shall provide relay rack space for the MEBT buncher cavity power amplifier interlocks equipment",null,"Inspection;","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the dimensions and weight of all MEBT buncher cavity, RF amplifier interlock components; 121.4.03 TI shall determine the rack placement.","121.4.03 TI","121.4.03 TI shall provide the rack that will contain the MEBT buncher cavity, RF amplifier interlocks for PIP2IT","121.3.03 HPRF","121.3.03 HPRF shall install the MEBT buncher cavity, RF amplifier interlocks in the rack at PIP2IT",null," ","Verified",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,42,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-042"},"MEBT buncher cavity power amplifier interlocks AC power (TI)","Test infrastructure (TI) shall provide AC power to the MEBT buncher cavity, RF amplifier interlocks",null,"Inspection; Demonstration","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the AC voltage, average power, peak power, plug, power cord, and receptacle type","121.4.03 TI","121.4.03 TI shall provide the AC power receptacle and the power connection to the receptacle at PIP2IT","121.3.03 HPRF","121.3.03 HPRF shall connect the AC power for the MEBT buncher cavity, RF amplifier interlocks",null," ","Verified",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,43,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-043"},"HWR cavity power amplifier water cooling (TI)","Test infrastructure (TI) shall provide water flow for cooling the HWR cavity power amplifiers for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.03 TI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.03 TI","121.4.03 TI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP2IT water distribution to the HWR cavity amplifiers.","121.4.03 TI","121.4.03 TI shall install the necessary piping, hoses, connectors, and clamps between the PIP2IT water distribution and the HWR cavity amplifiers.",null," ","TBD"]
[2516,44,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-044"},"HWR cavity power amplifier water flow interlocks (TI)","Test infrastructure (TI) shall provide water flow instrumentaion through the HWR cavity amplifiers for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the HWR cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP2IT HWR cavity power amplifier water flow monitor to the HWR cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP2IT HWR cavity power amplifier water flow monitor and the HWR cavity, RF interlocks.",null," ","TBD"]
[2516,45,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-045"},"HWR cavity power amplifier water temperature interlocks (TI)","Test infrastructure (TI) shall provide water flow instrumentation for the HWR cavity amplifiers for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the HWR cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP2IT HWR cavity power amplifier water temperature monitor to the HWR cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP2IT HWR cavity power amplifier water temperature monitor and the HWR cavity, RF interlocks.",null," ","TBD"]
[2516,46,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-046"},"HWR cavity circulator water cooling (TI)","Test infrastructure (TI) shall provide water flow for cooling the HWR cavity circulators for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.03 TI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.03 TI","121.4.03 TI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP2IT water distribution to the HWR cavity circulators.","121.4.03 TI","121.4.03 TI shall install the necessary piping, hoses, connectors, and clamps between the PIP2IT water distribution and the HWR cavity circulators.",null," ","TBD"]
[2516,47,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-047"},"HWR cavity circulator water flow interlocks (TI)","Test infrastructure (TI) shall provide water flow instrumentation through the HWR cavity circulators for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the HWR cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP2IT HWR cavity circulator water flow monitor to the HWR cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP2IT HWR cavity power amplifier water flow monitor and the HWR cavity, RF interlocks.",null," ","TBD"]
[2516,48,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-048"},"HWR cavity power circulator water temperature interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water temperature through the HWR cavity circulators for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the HWR cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP2IT HWR cavity circulator water temperature monitor to the HWR cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP2IT HWR cavity power amplifier water temperature monitor and the HWR cavity, RF interlocks.",null," ","TBD",null,"Not sure this one is an interface?  TI is only providing information? (JL)"]
[2516,49,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-049"},"HWR cavity reflected power load water cooling (TI)","Test infrastructure (TI) shall provide water flow for cooling the HWR cavity reflected power loads for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.03 TI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.03 TI","121.4.03 TI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP2IT water distribution to the HWR cavity loads.","121.4.03 TI","121.4.03 TI shall install the necessary piping, hoses, connectors, and clamps between the PIP2IT water distribution and the HWR cavity loads.",null," ","TBD"]
[2516,50,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-050"},"HWR cavity reflected power load water flow interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water flow through the HWR cavity reflected power loads for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the HWR cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP2IT HWR cavity load water flow monitor to the HWR cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP2IT HWR cavity power amplifier water flow monitor and the HWR cavity, RF interlocks.",null," ","TBD",null,"Not sure this one is an interface?  TI is only providing information? (JL)"]
[2516,51,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-051"},"HWR cavity reflected power load water temperature interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water temperature through the HWR cavity reflected power loads for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the HWR cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP2IT HWR cavity load water temperature monitor to the HWR cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP2IT HWR cavity power amplifier water temperature monitor and the HWR cavity, RF interlocks.",null," ","TBD",null,"Not sure this one is an interface?  TI is only providing information? (JL)"]
[2516,52,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-052"},"Space for HWR cavity power amplifiers (TI)","Test infrastructure (TI) shall allocate space for installing HWR cavity power amplifiers",null,"Inspection","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the footprint, height, and operating climate conditions for the HWR cavity power amplifiers.","121.4.03 TI","121.4.03 TI shall provide the space to install the HWR cavity power amplifiers at PIP2IT.","121.4.03 TI","121.4.03 TI shall place the HWR cavity power amplifiers at PIP2IT.",null," ","TBD"]
[2516,53,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-053"},"Space for HWR cavity, RF distribution (TI)","Test infrastructure (TI) shall allocate space for installing HWR cavity, RF distribution",null,"Inspection","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the dimensions and weight of all HWR cavity, RF distribution components; 121.4.03 TI shall determine the routing and placement.","121.4.03 TI","121.4.03 TI shall provide the space to install the HWR cavity, RF distribution at PIP2IT.","121.4.03 TI","121.4.03 TI shall install the HWR cavity, RF distribution at PIP2IT.",null," ","TBD"]
[2516,54,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-054"},"HWR cavity power amplifier AC power (TI)","Test infrastructure (TI) shall provide AC power to the HWR cavity power amplifiers",null,"Inspection; Demonstration","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define the wire and conduit that will connect to the AC distribution; 121.3.03 HPRF shall define the AC voltage, average power, peak power, transformer configuration, and amplifier wire connection.","121.4.03 TI","121.4.03 TI shall provide the wire and conduit required to connect the RF amplifiers to the AC distribution at PIP2IT","121.4.03 TI","121.4.03 TI shall install the wire and conduit between the AC distribution and RF amplifiers at PIP2IT.",null," ","TBD",null,"This one is valid.  I expect it should be edited so the owner is HPRF and the Supplier TI. (JL)"]
[2516,55,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-055"},"HWR cavity power amplifier interlocks rack space (TI)","Test infrastructure (TI) shall provide relay rack space for the HWR cavity power amplifier interlocks equipment",null,"Inspection;","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the dimensions and weight of all HWR cavity, RF amplifier interlock components; 121.4.03 TI shall determine the rack placement.","121.4.03 TI","121.4.03 TI shall provide the rack that will contain the HWR cavity, RF amplifier interlocks for PIP2IT","121.3.03 HPRF","121.3.03 HPRF shall install the HWR cavity, RF amplifier interlocks in the rack at PIP2IT",null," ","TBD"]
[2516,56,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-056"},"HWR cavity power amplifier interlocks AC power (TI)","Test infrastructure (TI) shall provide AC power to the HWR cavity, RF amplifier interlocks",null,"Inspection; Demonstration","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the AC voltage, average power, peak power, plug, power cord, and receptacle type","121.4.03 TI","121.4.03 TI shall provide the AC power receptacle and the power connection to the receptacle at PIP2IT","121.3.03 HPRF","121.3.03 HPRF shall connect the AC power for the HWR cavity, RF amplifier interlocks",null," ","TBD",null,"This one is valid.  I expect it should be edited so the owner is HPRF and the Supplier TI. (JL)"]
[2516,57,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-057"},"SSR1 cavity power amplifier water cooling (TI)","Test infrastructure (TI) shall provide water flow for cooling the SSR1 cavity power amplifiers for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.03 TI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.03 TI","121.4.03 TI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP2IT water distribution to the SSR1 cavity amplifiers.","121.4.03 TI","121.4.03 TI shall install the necessary piping, hoses, connectors, and clamps between the PIP2IT water distribution and the SSR1 cavity amplifiers.",null," ","TBD"]
[2516,58,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-058"},"SSR1 cavity power amplifier water flow interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water flow through the SSR1 cavity amplifiers for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the SSR1 cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP2IT SSR1 cavity power amplifier water flow monitor to the SSR1 cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP2IT SSR1 cavity power amplifier water flow monitor and the SSR1 cavity, RF interlocks.",null," ","TBD",null,"Not sure this one is an interface?  TI is only providing information? (JL)"]
[2516,59,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-059"},"SSR1 cavity power amplifier water temperature interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water temperature through the SSR1 cavity amplifiers for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the SSR1 cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP2IT SSR1 cavity power amplifier water temperature monitor to the SSR1 cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP2IT SSR1 cavity power amplifier water temperature monitor and the SSR1 cavity, RF interlocks.",null," ","TBD",null,"Not sure this one is an interface?  TI is only providing information? (JL)"]
[2516,60,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-060"},"SSR1 cavity circulator water cooling (TI)","Test infrastructure (TI) shall provide water flow for cooling the SSR1 cavity circulators for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.03 TI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.03 TI","121.4.03 TI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP2IT water distribution to the SSR1 cavity circulators.","121.4.03 TI","121.4.03 TI shall install the necessary piping, hoses, connectors, and clamps between the PIP2IT water distribution and the SSR1 cavity circulators.",null," ","TBD"]
[2516,61,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-061"},"SSR1 cavity circulator water flow interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water flow through the SSR1 cavity circulators for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the SSR1 cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP2IT SSR1 cavity circulator water flow monitor to the SSR1 cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP2IT SSR1 cavity power amplifier water flow monitor and the SSR1 cavity, RF interlocks.",null," ","TBD",null,"Not sure this one is an interface?  TI is only providing information? (JL)"]
[2516,62,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-062"},"SSR1 cavity power circulator water temperature interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water temperature through the SSR1 cavity circulators for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the SSR1 cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP2IT SSR1 cavity circulator water temperature monitor to the SSR1 cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP2IT SSR1 cavity power amplifier water temperature monitor and the SSR1 cavity, RF interlocks.",null," ","TBD",null,"Not sure this one is an interface?  TI is only providing information? (JL)"]
[2516,63,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-063"},"SSR1 cavity reflected power load water cooling (TI)","Test infrastructure (TI) shall provide water flow for cooling the SSR1 cavity reflected power loads for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.03 TI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.03 TI","121.4.03 TI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP2IT water distribution to the SSR1 cavity loads.","121.4.03 TI","121.4.03 TI shall install the necessary piping, hoses, connectors, and clamps between the PIP2IT water distribution and the SSR1 cavity loads.",null," ","TBD"]
[2516,64,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-064"},"SSR1 cavity reflected power load water flow interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water flow through the SSR1 cavity reflected power loads for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the SSR1 cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP2IT SSR1 cavity load water flow monitor to the SSR1 cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP2IT SSR1 cavity power amplifier water flow monitor and the SSR1 cavity, RF interlocks.",null," ","TBD",null,"Not sure this one is an interface?  TI is only providing information? (JL)"]
[2516,65,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-065"},"SSR1 cavity reflected power load water temperature interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water temperature through the SSR1 cavity reflected power loads for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the SSR1 cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP2IT SSR1 cavity load water temperature monitor to the SSR1 cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP2IT SSR1 cavity power amplifier water temperature monitor and the SSR1 cavity, RF interlocks.",null," ","TBD",null,"Not sure this one is an interface?  TI is only providing information? (JL)"]
[2516,66,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-066"},"Space for SSR1 cavity power amplifiers (TI)","Test infrastructure (TI) shall allocate space for installing SSR1 cavity power amplifiers",null,"Inspection","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the footprint, height, and operating climate conditions for the SSR1 cavity power amplifiers.","121.4.03 TI","121.4.03 TI shall provide the space to install the SSR1 cavity power amplifiers at PIP2IT.","121.4.03 TI","121.4.03 TI shall place the SSR1 cavity power amplifiers at PIP2IT.",null," ","TBD"]
[2516,67,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-067"},"Space for SSR1 cavity, RF distribution (TI)","Test infrastructure (TI) shall allocate space for installing SSR1 cavity, RF distribution",null,"Inspection","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the dimensions and weight of all SSR1 cavity, RF distribution components; 121.4.03 TI shall determine the routing and placement.","121.4.03 TI","121.4.03 TI shall provide the space to install the SSR1 cavity, RF distribution at PIP2IT.","121.4.03 TI","121.4.03 TI shall install the SSR1 cavity, RF distribution at PIP2IT.",null," ","TBD"]
[2516,68,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-068"},"SSR1 cavity power amplifier AC power (TI)","Test infrastructure (TI) shall provide AC power to the SSR1 cavity power amplifiers",null,"Inspection; Demonstration","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define the wire and conduit that will connect to the AC distribution; 121.3.03 HPRF shall define the AC voltage, average power, peak power, transformer configuration, and amplifier wire connection.","121.4.03 TI","121.4.03 TI shall provide the wire and conduit required to connect the RF amplifiers to the AC distribution at PIP2IT","121.4.03 TI","121.4.03 TI shall install the wire and conduit between the AC distribution and RF amplifiers at PIP2IT.",null," ","TBD"]
[2516,69,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-069"},"SSR1 cavity power amplifier interlocks rack space (TI)","Test infrastructure (TI) shall provide relay rack space for the SSR1 cavity power amplifier interlocks equipment",null,"Inspection;","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the dimensions and weight of all SSR1 cavity, RF amplifier interlock components; 121.4.03 TI shall determine the rack placement.","121.4.03 TI","121.4.03 TI shall provide the rack that will contain the SSR1 cavity, RF amplifier interlocks for PIP2IT","121.3.03 HPRF","121.3.03 HPRF shall install the SSR1 cavity, RF amplifier interlocks in the rack at PIP2IT",null," ","TBD"]
[2516,70,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-070"},"SSR1 cavity power amplifier interlocks AC power (TI)","Test infrastructure (TI) shall provide AC power to the SSR1 cavity, RF amplifier interlocks",null,"Inspection; Demonstration","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the AC voltage, average power, peak power, plug, power cord, and receptacle type","121.4.03 TI","121.4.03 TI shall provide the AC power receptacle and the power connection to the receptacle at PIP2IT","121.3.03 HPRF","121.3.03 HPRF shall connect the AC power for the SSR1 cavity, RF amplifier interlocks",null," ","TBD"]
[2516,71,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-071"},"SSR2 cavity power amplifier water cooling (TI)","Test infrastructure (TI) shall provide water flow for cooling the SSR2 cavity power amplifiers for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.03 TI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.03 TI","121.4.03 TI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP2IT water distribution to the SSR2 cavity amplifiers.","121.4.03 TI","121.4.03 TI shall install the necessary piping, hoses, connectors, and clamps between the PIP2IT water distribution and the SSR2 cavity amplifiers.",null," ","TBD"]
[2516,72,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-072"},"SSR2 cavity power amplifier water flow interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water flow through the SSR2 cavity amplifiers for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the SSR2 cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP2IT SSR2 cavity power amplifier water flow monitor to the SSR2 cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP2IT SSR2 cavity power amplifier water flow monitor and the SSR2 cavity, RF interlocks.",null," ","TBD"]
[2516,73,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-073"},"SSR2 cavity power amplifier water temperature interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water temperature through the SSR2 cavity amplifiers for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the SSR2 cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP2IT SSR2 cavity power amplifier water temperature monitor to the SSR2 cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP2IT SSR2 cavity power amplifier water temperature monitor and the SSR2 cavity, RF interlocks.",null," ","TBD"]
[2516,74,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-074"},"SSR2 cavity circulator water cooling (TI)","Test infrastructure (TI) shall provide water flow for cooling the SSR2 cavity circulators for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.03 TI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.03 TI","121.4.03 TI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP2IT water distribution to the SSR2 cavity circulators.","121.4.03 TI","121.4.03 TI shall install the necessary piping, hoses, connectors, and clamps between the PIP2IT water distribution and the SSR2 cavity circulators.",null," ","TBD"]
[2516,75,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-075"},"SSR2 cavity circulator water flow interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water flow through the SSR2 cavity circulators for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the SSR2 cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP2IT SSR2 cavity circulator water flow monitor to the SSR2 cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP2IT SSR2 cavity power amplifier water flow monitor and the SSR2 cavity, RF interlocks.",null," ","TBD"]
[2516,76,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-076"},"SSR2 cavity power circulator water temperature interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water temperature through the SSR2 cavity circulators for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the SSR2 cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP2IT SSR2 cavity circulator water temperature monitor to the SSR2 cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP2IT SSR2 cavity power amplifier water temperature monitor and the SSR2 cavity, RF interlocks.",null," ","TBD"]
[2516,77,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-077"},"SSR2 cavity reflected power load water cooling (TI)","Test infrastructure (TI) shall provide water flow for cooling the SSR2 cavity reflected power loads for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.03 TI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.03 TI","121.4.03 TI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP2IT water distribution to the SSR2 cavity loads.","121.4.03 TI","121.4.03 TI shall install the necessary piping, hoses, connectors, and clamps between the PIP2IT water distribution and the SSR2 cavity loads.",null," ","TBD"]
[2516,78,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-078"},"SSR2 cavity reflected power load water flow interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water flow through the SSR2 cavity reflected power loads for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the SSR2 cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP2IT SSR2 cavity load water flow monitor to the SSR2 cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP2IT SSR2 cavity power amplifier water flow monitor and the SSR2 cavity, RF interlocks.",null," ","TBD"]
[2516,79,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-079"},"SSR2 cavity reflected power load water temperature interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water temperature through the SSR2 cavity reflected power loads for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the SSR2 cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP2IT SSR2 cavity load water temperature monitor to the SSR2 cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP2IT SSR2 cavity power amplifier water temperature monitor and the SSR2 cavity, RF interlocks.",null," ","TBD"]
[2516,80,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-080"},"Space for SSR2 cavity power amplifiers (TI)","Test infrastructure (TI) shall allocate space for installing SSR2 cavity power amplifiers",null,"Inspection","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the footprint, height, and operating climate conditions for the SSR2 cavity power amplifiers.","121.4.03 TI","121.4.03 TI shall provide the space to install the SSR2 cavity power amplifiers at PIP2IT.","121.4.03 TI","121.4.03 TI shall place the SSR2 cavity power amplifiers at PIP2IT.",null," ","TBD"]
[2516,81,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-081"},"Space for SSR2 cavity, RF distribution (TI)","Test infrastructure (TI) shall allocate space for installing SSR2 cavity, RF distribution",null,"Inspection","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the dimensions and weight of all SSR2 cavity, RF distribution components; 121.4.03 TI shall determine the routing and placement.","121.4.03 TI","121.4.03 TI shall provide the space to install the SSR2 cavity, RF distribution at PIP2IT.","121.4.03 TI","121.4.03 TI shall install the SSR2 cavity, RF distribution at PIP2IT.",null," ","TBD"]
[2516,82,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-082"},"SSR2 cavity power amplifier AC power (TI)","Test infrastructure (TI) shall provide AC power to the SSR2 cavity power amplifiers",null,"Inspection; Demonstration","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define the wire and conduit that will connect to the AC distribution; 121.3.03 HPRF shall define the AC voltage, average power, peak power, transformer configuration, and amplifier wire connection.","121.4.03 TI","121.4.03 TI shall provide the wire and conduit required to connect the RF amplifiers to the AC distribution at PIP2IT","121.4.03 TI","121.4.03 TI shall install the wire and conduit between the AC distribution and RF amplifiers at PIP2IT.",null," ","TBD"]
[2516,83,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-083"},"SSR2 cavity power amplifier interlocks rack space (TI)","Test infrastructure (TI) shall provide relay rack space for the SSR2 cavity power amplifier interlocks equipment",null,"Inspection;","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the dimensions and weight of all SSR2 cavity, RF amplifier interlock components; 121.4.03 TI shall determine the rack placement.","121.4.03 TI","121.4.03 TI shall provide the rack that will contain the SSR2 cavity, RF amplifier interlocks for PIP2IT","121.3.03 HPRF","121.3.03 HPRF shall install the SSR2 cavity, RF amplifier interlocks in the rack at PIP2IT",null," ","TBD"]
[2516,84,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-084"},"SSR2 cavity power amplifier interlocks AC power (TI)","Test infrastructure (TI) shall provide AC power to the SSR2 cavity, RF amplifier interlocks",null,"Inspection; Demonstration","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the AC voltage, average power, peak power, plug, power cord, and receptacle type","121.4.03 TI","121.4.03 TI shall provide the AC power receptacle and the power connection to the receptacle at PIP2IT","121.3.03 HPRF","121.3.03 HPRF shall connect the AC power for the SSR2 cavity, RF amplifier interlocks",null," ","TBD"]
[2516,85,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-085"},"40 kW 650 MHz power amplifier water cooling (TI)","Test infrastructure (TI) shall provide water flow for cooling the 40 kW 650 MHz power amplifiers for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.03 TI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.03 TI","121.4.03 TI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP2IT water distribution to the 40 kW 650 MHz amplifiers.","121.4.03 TI","121.4.03 TI shall install the necessary piping, hoses, connectors, and clamps between the PIP2IT water distribution and the 40 kW 650 MHz amplifiers.",null," ","TBD"]
[2516,86,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-086"},"40 kW 650 MHz power amplifier water flow interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water flow through the 40 kW 650 MHz amplifiers for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the 40 kW 650 MHz, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP2IT 40 kW 650 MHz power amplifier water flow monitor to the 40 kW 650 MHz, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP2IT 40 kW 650 MHz power amplifier water flow monitor and the 40 kW 650 MHz, RF interlocks.",null," ","TBD"]
[2516,87,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-087"},"40 kW 650 MHz power amplifier water temperature interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water temperature through the 40 kW 650 MHz amplifiers for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the 40 kW 650 MHz, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP2IT 40 kW 650 MHz power amplifier water temperature monitor to the 40 kW 650 MHz, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP2IT 40 kW 650 MHz power amplifier water temperature monitor and the 40 kW 650 MHz, RF interlocks.",null," ","TBD"]
[2516,88,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-088"},"40 kW 650 MHz circulator water cooling (TI)","Test infrastructure (TI) shall provide water flow for cooling the 40 kW 650 MHz circulators for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.03 TI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.03 TI","121.4.03 TI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP2IT water distribution to the 40 kW 650 MHz circulators.","121.4.03 TI","121.4.03 TI shall install the necessary piping, hoses, connectors, and clamps between the PIP2IT water distribution and the 40 kW 650 MHz circulators.",null," ","TBD"]
[2516,89,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-089"},"40 kW 650 MHz circulator water flow interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water flow through the 40 kW 650 MHz circulators for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the 40 kW 650 MHz, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP2IT 40 kW 650 MHz circulator water flow monitor to the 40 kW 650 MHz, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP2IT 40 kW 650 MHz power amplifier water flow monitor and the 40 kW 650 MHz, RF interlocks.",null," ","TBD"]
[2516,90,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-090"},"40 kW 650 MHz power circulator water temperature interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water temperature through the 40 kW 650 MHz circulators for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the 40 kW 650 MHz, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP2IT 40 kW 650 MHz circulator water temperature monitor to the 40 kW 650 MHz, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP2IT 40 kW 650 MHz power amplifier water temperature monitor and the 40 kW 650 MHz, RF interlocks.",null," ","TBD"]
[2516,91,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-091"},"40 kW 650 MHz reflected power load water cooling (TI)","Test infrastructure (TI) shall provide water flow for cooling the 40 kW 650 MHz reflected power loads for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.03 TI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.03 TI","121.4.03 TI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP2IT water distribution to the 40 kW 650 MHz loads.","121.4.03 TI","121.4.03 TI shall install the necessary piping, hoses, connectors, and clamps between the PIP2IT water distribution and the 40 kW 650 MHz loads.",null," ","TBD"]
[2516,92,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-092"},"40 kW 650 MHz reflected power load water flow interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water flow through the 40 kW 650 MHz reflected power loads for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the 40 kW 650 MHz, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP2IT 40 kW 650 MHz load water flow monitor to the 40 kW 650 MHz, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP2IT 40 kW 650 MHz power amplifier water flow monitor and the 40 kW 650 MHz, RF interlocks.",null," ","TBD"]
[2516,93,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-093"},"40 kW 650 MHz reflected power load water temperature interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water temperature through the 40 kW 650 MHz reflected power loads for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the 40 kW 650 MHz, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP2IT 40 kW 650 MHz load water temperature monitor to the 40 kW 650 MHz, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP2IT 40 kW 650 MHz power amplifier water temperature monitor and the 40 kW 650 MHz, RF interlocks.",null," ","TBD"]
[2516,94,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-094"},"Space for 40 kW 650 MHz power amplifiers (TI)","Test infrastructure (TI) shall allocate space for installing 40 kW 650 MHz power amplifiers",null,"Inspection","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the footprint, height, and operating climate conditions for the 40 kW 650 MHz power amplifiers.","121.4.03 TI","121.4.03 TI shall provide the space to install the 40 kW 650 MHz power amplifiers at PIP2IT.","121.4.03 TI","121.4.03 TI shall place the 40 kW 650 MHz power amplifiers at PIP2IT.",null," ","TBD"]
[2516,95,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-095"},"Space for 40 kW 650 MHz, RF distribution (TI)","Test infrastructure (TI) shall allocate space for installing 40 kW 650 MHz, RF distribution",null,"Inspection","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the dimensions and weight of all 40 kW 650 MHz, RF distribution components; 121.4.03 TI shall determine the routing and placement.","121.4.03 TI","121.4.03 TI shall provide the space to install the 40 kW 650 MHz, RF distribution at PIP2IT.","121.4.03 TI","121.4.03 TI shall install the 40 kW 650 MHz, RF distribution at PIP2IT.",null," ","TBD"]
[2516,96,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-096"},"40 kW 650 MHz power amplifier AC power (TI)","Test infrastructure (TI) shall provide AC power to the 40 kW 650 MHz power amplifiers",null,"Inspection; Demonstration","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define the wire and conduit that will connect to the AC distribution; 121.3.03 HPRF shall define the AC voltage, average power, peak power, transformer configuration, and amplifier wire connection.","121.4.03 TI","121.4.03 TI shall provide the wire and conduit required to connect the RF amplifiers to the AC distribution at PIP2IT","121.4.03 TI","121.4.03 TI shall install the wire and conduit between the AC distribution and RF amplifiers at PIP2IT.",null," ","TBD"]
[2516,97,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-097"},"40 kW 650 MHz power amplifier interlocks rack space (TI)","Test infrastructure (TI) shall provide relay rack space for the 40 kW 650 MHz power amplifier interlocks equipment",null,"Inspection;","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the dimensions and weight of all 40 kW 650 MHz, RF amplifier interlock components; 121.4.03 TI shall determine the rack placement.","121.4.03 TI","121.4.03 TI shall provide the rack that will contain the 40 kW 650 MHz, RF amplifier interlocks for PIP2IT","121.3.03 HPRF","121.3.03 HPRF shall install the 40 kW 650 MHz, RF amplifier interlocks in the rack at PIP2IT",null," ","TBD"]
[2516,98,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-098"},"40 kW 650 MHz power amplifier interlocks AC power (TI)","Test infrastructure (TI) shall provide AC power to the 40 kW 650 MHz, RF amplifier interlocks",null,"Inspection; Demonstration","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the AC voltage, average power, peak power, plug, power cord, and receptacle type","121.4.03 TI","121.4.03 TI shall provide the AC power receptacle and the power connection to the receptacle at PIP2IT","121.3.03 HPRF","121.3.03 HPRF shall connect the AC power for the 40 kW 650 MHz, RF amplifier interlocks",null," ","TBD"]
[2516,99,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-099"},"MDB 325 MHz power amplifier water cooling (TI)","Test infrastructure (TI) shall provide water flow for cooling the MDB 325 MHz power amplifiers for MDB.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.03 TI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.03 TI","121.4.03 TI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the MDB water distribution to the MDB 325 MHz amplifiers.","121.4.03 TI","121.4.03 TI shall install the necessary piping, hoses, connectors, and clamps between the MDB water distribution and the MDB 325 MHz amplifiers.",null," ","Completed",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,100,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-100"},"MDB 325 MHz power amplifier water flow interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water flow through the MDB 325 MHz amplifiers for MDB.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the MDB 325 MHz, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the MDB MDB 325 MHz power amplifier water flow monitor to the MDB 325 MHz, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the MDB MDB 325 MHz power amplifier water flow monitor and the MDB 325 MHz, RF interlocks.",null," ","Completed",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,101,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-101"},"Space for MDB 325 MHz power amplifiers (TI)","Test infrastructure (TI) shall allocate space for installing MDB 325 MHz power amplifiers",null,"Inspection","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the footprint, height, and operating climate conditions for the MDB 325 MHz power amplifiers.","121.4.03 TI","121.4.03 TI shall provide the space to install the MDB 325 MHz power amplifiers at MDB.","121.4.03 TI","121.4.03 TI shall place the MDB 325 MHz power amplifiers at MDB.",null," ","Completed",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,102,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-102"},"Space for MDB 325 MHz, RF distribution (TI)","Test infrastructure (TI) shall allocate space for installing MDB 325 MHz, RF distribution",null,"Inspection","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the dimensions and weight of all MDB 325 MHz, RF distribution components; 121.4.03 TI shall determine the routing and placement.","121.4.03 TI","121.4.03 TI shall provide the space to install the MDB 325 MHz, RF distribution at MDB.","121.4.03 TI","121.4.03 TI shall install the MDB 325 MHz, RF distribution at MDB.",null," ","Completed",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,103,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-103"},"MDB 325 MHz power amplifier AC power (TI)","Test infrastructure (TI) shall provide AC power to the MDB 325 MHz power amplifiers",null,"Inspection; Demonstration","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define the wire and conduit that will connect to the AC distribution; 121.3.03 HPRF shall define the AC voltage, average power, peak power, transformer configuration, and amplifier wire connection.","121.4.03 TI","121.4.03 TI shall provide the wire and conduit required to connect the RF amplifiers to the AC distribution at MDB","121.4.03 TI","121.4.03 TI shall install the wire and conduit between the AC distribution and RF amplifiers at MDB.",null," ","Completed",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,104,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-104"},"MDB 325 MHz power amplifier interlocks rack space (TI)","Test infrastructure (TI) shall provide relay rack space for the MDB 325 MHz power amplifier interlocks equipment",null,"Inspection;","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the dimensions and weight of all MDB 325 MHz, RF amplifier interlock components; 121.4.03 TI shall determine the rack placement.","121.4.03 TI","121.4.03 TI shall provide the rack that will contain the MDB 325 MHz, RF amplifier interlocks for MDB","121.3.03 HPRF","121.3.03 HPRF shall install the MDB 325 MHz, RF amplifier interlocks in the rack at MDB",null," ","Completed",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,105,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-105"},"MDB 325 MHz power amplifier interlocks AC power (TI)","Test infrastructure (TI) shall provide AC power to the MDB 325 MHz, RF amplifier interlocks",null,"Inspection; Demonstration","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the AC voltage, average power, peak power, plug, power cord, and receptacle type","121.4.03 TI","121.4.03 TI shall provide the AC power receptacle and the power connection to the receptacle at MDB","121.3.03 HPRF","121.3.03 HPRF shall connect the AC power for the MDB 325 MHz, RF amplifier interlocks",null," ","Completed",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,106,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-106"},"CTS 650 MHz power amplifier water cooling (TI)","Test infrastructure (TI) shall provide water flow for cooling the CTS 650 MHz power amplifiers for MDB.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.03 TI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.03 TI","121.4.03 TI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the MDB water distribution to the CTS 650 MHz amplifiers.","121.4.03 TI","121.4.03 TI shall install the necessary piping, hoses, connectors, and clamps between the MDB water distribution and the CTS 650 MHz amplifiers.",null," ","TBD",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,107,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-107"},"CTS 650 MHz power amplifier water flow interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water flow through the CTS 650 MHz amplifiers for MDB.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the CTS 650 MHz, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the MDB CTS 650 MHz power amplifier water flow monitor to the CTS 650 MHz, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the MDB CTS 650 MHz power amplifier water flow monitor and the CTS 650 MHz, RF interlocks.",null," ","TBD",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,108,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-108"},"CTS 650 MHz circulator water cooling (TI)","Test infrastructure (TI) shall provide water flow for cooling the CTS 650 MHz circulators for MDB.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.03 TI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.03 TI","121.4.03 TI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the MDB water distribution to the CTS 650 MHz circulators.","121.4.03 TI","121.4.03 TI shall install the necessary piping, hoses, connectors, and clamps between the MDB water distribution and the CTS 650 MHz circulators.",null," ","TBD",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,109,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-109"},"CTS 650 MHz circulator water flow interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water flow through the CTS 650 MHz amplifiers for MDB.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the CTS 650 MHz, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the MDB CTS 650 MHz circulator water flow monitor to the CTS 650 MHz, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the MDB CTS 650 MHz circulator water flow monitor and the CTS 650 MHz, RF interlocks.",null," ","TBD",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,110,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-110"},"Space for CTS 650 MHz power amplifiers (TI)","Test infrastructure (TI) shall allocate space for installing CTS 650 MHz power amplifiers",null,"Inspection","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the footprint, height, and operating climate conditions for the CTS 650 MHz power amplifiers.","121.4.03 TI","121.4.03 TI shall provide the space to install the CTS 650 MHz power amplifiers at MDB.","121.4.03 TI","121.4.03 TI shall place the CTS 650 MHz power amplifiers at MDB.",null," ","TBD",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,111,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-111"},"Space for CTS 650 MHz, RF distribution (TI)","Test infrastructure (TI) shall allocate space for installing CTS 650 MHz, RF distribution",null,"Inspection","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the dimensions and weight of all CTS 650 MHz, RF distribution components; 121.4.03 TI shall determine the routing and placement.","121.4.03 TI","121.4.03 TI shall provide the space to install the CTS 650 MHz, RF distribution at MDB.","121.4.03 TI","121.4.03 TI shall install the CTS 650 MHz, RF distribution at MDB.",null," ","TBD",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,112,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-112"},"CTS 650 MHz power amplifier AC power (TI)","Test infrastructure (TI) shall provide AC power to the CTS 650 MHz power amplifiers",null,"Inspection; Demonstration","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define the wire and conduit that will connect to the AC distribution; 121.3.03 HPRF shall define the AC voltage, average power, peak power, transformer configuration, and amplifier wire connection.","121.4.03 TI","121.4.03 TI shall provide the wire and conduit required to connect the RF amplifiers to the AC distribution at MDB","121.4.03 TI","121.4.03 TI shall install the wire and conduit between the AC distribution and RF amplifiers at MDB.",null," ","TBD",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,113,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-113"},"CTS 650 MHz power amplifier interlocks rack space (TI)","Test infrastructure (TI) shall provide relay rack space for the CTS 650 MHz power amplifier interlocks equipment",null,"Inspection;","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the dimensions and weight of all CTS 650 MHz, RF amplifier interlock components; 121.4.03 TI shall determine the rack placement.","121.4.03 TI","121.4.03 TI shall provide the rack that will contain the CTS 650 MHz, RF amplifier interlocks for MDB","121.3.03 HPRF","121.3.03 HPRF shall install the CTS 650 MHz, RF amplifier interlocks in the rack at MDB",null," ","TBD",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,114,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-114"},"CTS 650 MHz power amplifier interlocks AC power (TI)","Test infrastructure (TI) shall provide AC power to the CTS 650 MHz, RF amplifier interlocks",null,"Inspection; Demonstration","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the AC voltage, average power, peak power, plug, power cord, and receptacle type","121.4.03 TI","121.4.03 TI shall provide the AC power receptacle and the power connection to the receptacle at MDB","121.3.03 HPRF","121.3.03 HPRF shall connect the AC power for the CTS 650 MHz, RF amplifier interlocks",null," ","TBD",null,"More of an historical interface since the system is installed.  Keep for now (AM)."]
[2516,115,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-115"},"STC 650 MHz power amplifier water cooling (TI)","Test infrastructure (TI) shall provide water flow for cooling the STC 650 MHz power amplifiers for MDB.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.03 TI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.03 TI","121.4.03 TI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the MDB water distribution to the STC 650 MHz amplifiers.","121.4.03 TI","121.4.03 TI shall install the necessary piping, hoses, connectors, and clamps between the MDB water distribution and the STC 650 MHz amplifiers.",null," ","TBD",null,"The only STC scope that is in TI is the mechanical modification of the test cryostat and initial cryogenic testing of the modifications.  All other infrastructure work resides elsewhere (not within TI WBS)"]
[2516,116,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-116"},"STC 650 MHz power amplifier water flow interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water flow through the STC 650 MHz amplifiers for MDB.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the STC 650 MHz, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the MDB STC 650 MHz power amplifier water flow monitor to the STC 650 MHz, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the MDB STC 650 MHz power amplifier water flow monitor and the STC 650 MHz, RF interlocks.",null," ","TBD",null,"The only STC scope that is in TI is the mechanical modification of the test cryostat and initial cryogenic testing of the modifications.  All other infrastructure work resides elsewhere (not within TI WBS)"]
[2516,117,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-117"},"STC 650 MHz circulator water cooling (TI)","Test infrastructure (TI) shall provide water flow for cooling the STC 650 MHz circulators for MDB.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.03 TI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.03 TI","121.4.03 TI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the MDB water distribution to the STC 650 MHz circulators.","121.4.03 TI","121.4.03 TI shall install the necessary piping, hoses, connectors, and clamps between the MDB water distribution and the STC 650 MHz circulators.",null," ","TBD",null,"The only STC scope that is in TI is the mechanical modification of the test cryostat and initial cryogenic testing of the modifications.  All other infrastructure work resides elsewhere (not within TI WBS)"]
[2516,118,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-118"},"STC 650 MHz circulator water flow interlocks (TI)","Test infrastructure (TI) shall provide signals that represent water flow through the STC 650 MHz amplifiers for MDB.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the STC 650 MHz, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the MDB STC 650 MHz circulator water flow monitor to the STC 650 MHz, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the MDB STC 650 MHz circulator water flow monitor and the STC 650 MHz, RF interlocks.",null," ","TBD",null,"The only STC scope that is in TI is the mechanical modification of the test cryostat and initial cryogenic testing of the modifications.  All other infrastructure work resides elsewhere (not within TI WBS)"]
[2516,119,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-119"},"Space for STC 650 MHz power amplifiers (TI)","Test infrastructure (TI) shall allocate space for installing STC 650 MHz power amplifiers",null,"Inspection","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the footprint, height, and operating climate conditions for the STC 650 MHz power amplifiers.","121.4.03 TI","121.4.03 TI shall provide the space to install the STC 650 MHz power amplifiers at MDB.","121.4.03 TI","121.4.03 TI shall place the STC 650 MHz power amplifiers at MDB.",null," ","TBD",null,"Already installed in MDB."]
[2516,120,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-120"},"Space for STC 650 MHz, RF distribution (TI)","Test infrastructure (TI) shall allocate space for installing STC 650 MHz, RF distribution",null,"Inspection","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the dimensions and weight of all STC 650 MHz, RF distribution components; 121.4.03 TI shall determine the routing and placement.","121.4.03 TI","121.4.03 TI shall provide the space to install the STC 650 MHz, RF distribution at MDB.","121.4.03 TI","121.4.03 TI shall install the STC 650 MHz, RF distribution at MDB.",null," ","TBD",null,"The only STC scope that is in TI is the mechanical modification of the test cryostat and initial cryogenic testing of the modifications.  All other infrastructure work resides elsewhere (not within TI WBS)"]
[2516,121,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-121"},"STC 650 MHz power amplifier AC power (TI)","Test infrastructure (TI) shall provide AC power to the STC 650 MHz power amplifiers",null,"Inspection; Demonstration","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define the wire and conduit that will connect to the AC distribution; 121.3.03 HPRF shall define the AC voltage, average power, peak power, transformer configuration, and amplifier wire connection.","121.4.03 TI","121.4.03 TI shall provide the wire and conduit required to connect the RF amplifiers to the AC distribution at MDB","121.4.03 TI","121.4.03 TI shall install the wire and conduit between the AC distribution and RF amplifiers at MDB.",null," ","TBD",null,"The only STC scope that is in TI is the mechanical modification of the test cryostat and initial cryogenic testing of the modifications.  All other infrastructure work resides elsewhere (not within TI WBS)"]
[2516,122,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-122"},"STC 650 MHz power amplifier interlocks rack space (TI)","Test infrastructure (TI) shall provide relay rack space for the STC 650 MHz power amplifier interlocks equipment",null,"Inspection;","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the dimensions and weight of all STC 650 MHz, RF amplifier interlock components; 121.4.03 TI shall determine the rack placement.","121.4.03 TI","121.4.03 TI shall provide the rack that will contain the STC 650 MHz, RF amplifier interlocks for MDB","121.3.03 HPRF","121.3.03 HPRF shall install the STC 650 MHz, RF amplifier interlocks in the rack at MDB",null," ","TBD",null,"The only STC scope that is in TI is the mechanical modification of the test cryostat and initial cryogenic testing of the modifications.  All other infrastructure work resides elsewhere (not within TI WBS)"]
[2516,123,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-123"},"STC 650 MHz power amplifier interlocks AC power (TI)","Test infrastructure (TI) shall provide AC power to the STC 650 MHz, RF amplifier interlocks",null,"Inspection; Demonstration","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the AC voltage, average power, peak power, plug, power cord, and receptacle type","121.4.03 TI","121.4.03 TI shall provide the AC power receptacle and the power connection to the receptacle at MDB","121.3.03 HPRF","121.3.03 HPRF shall connect the AC power for the STC 650 MHz, RF amplifier interlocks",null," ","TBD",null,"The only STC scope that is in TI is the mechanical modification of the test cryostat and initial cryogenic testing of the modifications.  All other infrastructure work resides elsewhere (not within TI WBS)"]
[2516,124,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-124"},"HB650 cavity power amplifier water cooling (TI)","Test infrastructure (TI) shall provide water flow for cooling the HB650 cavity power amplifiers for PIP2IT.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.03 TI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.03 TI","121.4.03 TI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP2IT water distribution to the HB650 cavity amplifiers.","121.4.03 TI","121.4.03 TI shall install the necessary piping, hoses, connectors, and clamps between the PIP2IT water distribution and the HB650 cavity amplifiers.",null," ","TBD",null,"This one is valid.  I expect it should be edited so the owner is HPRF and the Supplier TI. Also CMTS needs to be changed to PIP2IT (JL)"]
[2516,125,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-125"},"Space for HB650 cavity power amplifiers (TI)","Test infrastructure (TI) shall allocate space for installing HB650 cavity power amplifiers",null,"Inspection","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the footprint, height, and operating climate conditions for the HB650 cavity power amplifiers.","121.4.03 TI","121.4.03 TI shall provide the space to install the HB650 cavity power amplifiers at PIP2IT.","121.4.03 TI","121.4.03 TI shall place the HB650 cavity power amplifiers at PIP2IT.",null," ","TBD",null,"This one is valid.  I expect it should be edited so the owner is HPRF and the Supplier TI. Also CMTS needs to be changed to PIP2IT (JL)"]
[2516,126,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-126"},"Space for HB650 cavity, RF distribution (TI)","Test infrastructure (TI) shall allocate space for installing HB650 cavity, RF distribution",null,"Inspection","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the dimensions and weight of all HB650 cavity, RF distribution components; 121.4.03 TI shall determine the routing and placement.","121.4.03 TI","121.4.03 TI shall provide the space to install the HB650 cavity, RF distribution at PIP2IT.","121.4.03 TI","121.4.03 TI shall install the HB650 cavity, RF distribution at PIP2IT.",null," ","TBD",null,"This one is valid.  I expect it should be edited so the owner is HPRF and the Supplier TI. Also CMTS needs to be changed to PIP2IT (JL)"]
[2516,127,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-127"},"HB650 cavity power amplifier AC power (TI)","Test infrastructure (TI) shall provide AC power to the HB650 cavity power amplifiers",null,"Inspection; Demonstration","121.3.03 HPRF;\n121.4.03 TI","121.4.03 TI shall define the wire and conduit that will connect to the AC distribution; 121.3.03 HPRF shall define the AC voltage, average power, peak power, transformer configuration, and amplifier wire connection.","121.4.03 TI","121.4.03 TI shall provide the wire and conduit required to connect the RF amplifiers to the AC distribution at PIP2IT.","121.4.03 TI","121.4.03 TI shall install the wire and conduit between the AC distribution and RF amplifiers at PIP2IT.",null," ","TBD",null,"This one is valid.  I expect it should be edited so the owner is HPRF and the Supplier TI. Also CMTS needs to be changed to PIP2IT (JL)"]
[2516,128,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-128"},"HB650 cavity power amplifier interlocks rack space (TI)","Test infrastructure (TI) shall provide relay rack space for the HB650 cavity power amplifier interlocks equipment",null,"Inspection;","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the dimensions and weight of all HB650 cavity, RF amplifier interlock components; 121.4.03 TI shall determine the rack placement.","121.4.03 TI","121.4.03 TI shall provide the rack that will contain the HB650 cavity, RF amplifier interlocks for PIP2IT.","121.3.03 HPRF","121.3.03 HPRF shall install the HB650 cavity, RF amplifier interlocks in the rack at PIP2IT.",null," ","TBD",null,"This one is valid.  I expect it should be edited so the owner is HPRF and the Supplier TI. Also CMTS needs to be changed to PIP2IT (JL)"]
[2516,129,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-129"},"HB650 cavity power amplifier interlocks AC power (TI)","Test infrastructure (TI) shall provide AC power to the HB650 cavity, RF amplifier interlocks",null,"Inspection; Demonstration","121.3.03 HPRF;\n121.4.03 TI","121.3.03 HPRF shall define the AC voltage, average power, peak power, plug, power cord, and receptacle type","121.4.03 TI","121.4.03 TI shall provide the AC power receptacle and the power connection to the receptacle at PIP2IT.","121.3.03 HPRF","121.3.03 HPRF shall connect the AC power for the HB650 cavity, RF amplifier interlocks",null," ","TBD",null,"This one is valid.  I expect it should be edited so the owner is HPRF and the Supplier TI. Also CMTS needs to be changed to PIP2IT (JL)"]
[2516,130,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-130"},"HPRF SSA Installation","The installation of the HPRF SSA's require floor/rack space, water cooling, and electrical power from the Test Infrastructure",null,"Inspection; Demonstration ","121.3.03 HPRF","121.3.03 HPRF shall define the geometry and specifications (flow, temp., voltage, etc.) necessary to install and operate the SSA's in the Test Infrastructure facility","121.4.03 TI","121.4.03 TI shall provide the floor/rack space, electrical, and water connections necessary to install and operate the SSA's at PIP2IT","121.4.03 TI","121.4.03 TI shall provide the installation support and coordination for the HPRF SSA installation at PIP2IT","ED000xxxx - HPRF SSA FRS ","ED000xxxx - HPRF SSA ISD","TBD",null,"This interface looks good.  There may be some redundancy with other interfaces, but this one is more all-encompassing (JL)"]
[2516,131,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2516-131"},"HPRF RF Distibution","The installation of the RF Distribution requires mechanical support structures, penetrations into the test caves, and water cooling from the Test Infrastructure",null,"Inspection; Demonstration ","121.3.03 HPRF","121.3.03 HPRF shall define the geometry and specifications necessary to install and connect the RF distribution from the SSA's to the associated cryomodule in the Test Infrastructure facility","121.4.03 TI","121.4.03 TI shall provide the support stucture, space, and water connections necessary to install and operate the HPRF RF distribution at PIP2IT","121.4.03 TI","121.4.03 TI shall provide the installation support and coordination for the HPRF RF distibution installation at PIP2IT","ED000xxxx - HPRF RF distribution FRS ","ED000xxxx - HPRF RF distribution ISD","TBD",null,"This interface looks good.  There may be some redundancy with other interfaces, but this one is more all-encompassing (JL)"]
[2517,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-001"},"RFQ power amplifier water cooling (BldgI)","Building infrastructure (BldgI) shall provide water flow for cooling the RFQ power amplifiers for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.04 BldgI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.04 BldgI","121.4.04 BldgI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP-II water distribution to the RFQ amplifiers.","121.4.05 LI","121.4.05 LI shall install the necessary piping, hoses, connectors, and clamps between the PIP-II water distribution and the RFQ amplifiers.",null," ","TBD"]
[2517,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-002"},"RFQ power amplifier water flow interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water flow through the RFQ amplifiers for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the RFQ, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II RFQ power amplifier water flow monitor to the RFQ, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II RFQ power amplifier water flow monitor and the RFQ, RF interlocks.",null," ","TBD"]
[2517,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-003"},"RFQ power amplifier water temperature interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water temperature through the RFQ amplifiers for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the RFQ, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II RFQ power amplifier water temperature monitor to the RFQ, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II RFQ power amplifier water temperature monitor and the RFQ, RF interlocks.",null," ","TBD"]
[2517,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-004"},"RFQ circulator water cooling (BldgI)","Building infrastructure (BldgI) shall provide water flow for cooling the RFQ circulator for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.04 BldgI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.04 BldgI","121.4.04 BldgI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP-II water distribution to the RFQ circulator.","121.4.05 LI","121.4.05 LI shall install the necessary piping, hoses, connectors, and clamps between the PIP-II water distribution and the RFQ circulators.",null," ","TBD"]
[2517,5,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-005"},"RFQ circulator water flow interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water flow through the RFQ circulators for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the RFQ, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II RFQ circulator water flow monitor to the RFQ, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II RFQ circulator water flow monitor and the RFQ, RF interlocks.",null," ","TBD"]
[2517,6,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-006"},"RFQ circulator water temperature interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water temperature through the RFQ circulators for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the RFQ, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II RFQ circulator water temperature monitor to the RFQ, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II RFQ circulator water temperature monitor and the RFQ, RF interlocks.",null," ","TBD"]
[2517,7,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-007"},"RFQ reflected power load water cooling (BldgI)","Building infrastructure (BldgI) shall provide water flow for cooling the RFQ reflected power loads for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.04 BldgI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.04 BldgI","121.4.04 BldgI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP-II water distribution to the RFQ loads.","121.4.05 LI","121.4.05 LI shall install the necessary piping, hoses, connectors, and clamps between the PIP-II water distribution and the RFQ loads.",null," ","TBD"]
[2517,8,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-008"},"RFQ reflected power load water flow interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water flow through the RFQ reflected power loads for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the RFQ, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II RFQ load water flow monitor to the RFQ, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II RFQ power amplifier water flow monitor and the RFQ, RF interlocks.",null," ","TBD"]
[2517,9,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-009"},"RFQ reflected power load water temperature interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water temperature through the RFQ reflected power loads for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the RFQ, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II RFQ load water temperature monitor to the RFQ, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II RFQ power amplifier water temperature monitor and the RFQ, RF interlocks.",null," ","TBD"]
[2517,10,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-010"},"RFQ power amplifier AC power (BldgI)","Building infrastructure (BldgI) shall provide AC power to the RFQ power amplifiers",null,"Inspection; Demonstration","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define the wire and conduit that will connect to the AC distribution; 121.3.03 HPRF shall define the AC voltage, average power, peak power, transformer configuration, and amplifier wire connection.","121.4.04 BldgI","121.4.04 BldgI shall design and procure the necessary hardware to extend the electrical service from the panel or disconnect to the RF amplifiers","121.4.05 LI","121.4.05 LI shall install the wire and conduit between the AC distribution and RF amplifiers at PIP-II.",null," ","TBD"]
[2517,11,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-011"},"RFQ power amplifier interlocks rack space (BldgI)","Building infrastructure (BldgI) shall provide relay rack space for the RFQ power amplifier interlocks equipment",null,"Inspection;","121.3.03 HPRF;\n121.4.04 BldgI","121.3.03 HPRF shall define the dimensions and weight of all RFQ, RF amplifier interlock components; 121.4.04 BldgI shall determine the rack placement.","121.4.04 BldgI","121.4.04 BldgI shall provide the rack that will contain the RFQ, RF amplifier interlocks for PIP-II","121.3.03 HPRF","121.3.03 HPRF shall install the RFQ, RF amplifier interlocks in the rack at PIP-II",null," ","TBD"]
[2517,12,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-012"},"RFQ power amplifier interlocks AC power (BldgI)","Building infrastructure (BldgI) shall provide AC power to the RFQ, RF amplifier interlocks",null,"Inspection; Demonstration","121.3.03 HPRF;\n121.4.04 BldgI","121.3.03 HPRF shall define the AC voltage, average power, peak power, plug, power cord, and receptacle type","121.4.04 BldgI","121.4.04 BldgI shall design and procure the necessary hardware to extend the electrical service from the panel or disconnect to interlocks","121.3.03 HPRF","121.3.03 HPRF shall connect the AC power for the RFQ, RF amplifier interlocks",null," ","TBD"]
[2517,13,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-013"},"MEBT buncher cavity power amplifier water cooling (BldgI)","Building infrastructure (BldgI) shall provide water flow for cooling the MEBT buncher cavity power amplifiers for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.04 BldgI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.04 BldgI","121.4.04 BldgI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP-II water distribution to the MEBT buncher cavity amplifiers.","121.4.05 LI","121.4.05 LI shall install the necessary piping, hoses, connectors, and clamps between the PIP-II water distribution and the MEBT buncher cavity amplifiers.",null," ","TBD"]
[2517,14,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-014"},"MEBT buncher cavity power amplifier water flow interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water flow through the MEBT buncher cavity amplifiers for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the MEBT buncher cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II MEBT buncher cavity power amplifier water flow monitor to the MEBT buncher cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II MEBT buncher cavity power amplifier water flow monitor and the MEBT buncher cavity, RF interlocks.",null," ","TBD"]
[2517,15,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-015"},"MEBT buncher cavity power amplifier water temperature interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water temperature through the MEBT buncher cavity amplifiers for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the MEBT buncher cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II MEBT buncher cavity power amplifier water temperature monitor to the MEBT buncher cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II MEBT buncher cavity power amplifier water temperature monitor and the MEBT buncher cavity, RF interlocks.",null," ","TBD"]
[2517,17,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-017"},"MEBT buncher circulator water flow interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water flow through the MEBT buncher circulators for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the MEBT buncher, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II MEBT buncher circulator water flow monitor to the MEBT buncher, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II MEBT buncher circulator water flow monitor and the MEBT buncher, RF interlocks.",null," ","TBD"]
[2517,18,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-018"},"MEBT buncher circulator water temperature interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water temperature through the MEBT buncher circulators for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the MEBT buncher, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II MEBT buncher circulator water temperature monitor to the MEBT buncher, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II MEBT buncher circulator water temperature monitor and the MEBT buncher, RF interlocks.",null," ","TBD"]
[2517,19,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-019"},"MEBT buncher cavity reflected power load water cooling (BldgI)","Building infrastructure (BldgI) shall provide water flow for cooling the MEBT buncher cavity reflected power loads for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.04 BldgI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.04 BldgI","121.4.04 BldgI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP-II water distribution to the MEBT buncher cavity loads.","121.4.05 LI","121.4.05 LI shall install the necessary piping, hoses, connectors, and clamps between the PIP-II water distribution and the MEBT buncher cavity loads.",null," ","TBD"]
[2517,20,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-020"},"MEBT buncher reflected power load water flow interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water flow through the MEBT buncher reflected power loads for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the MEBT buncher, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II MEBT buncher load water flow monitor to the MEBT buncher, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II MEBT buncher power amplifier water flow monitor and the MEBT buncher, RF interlocks.",null," ","TBD"]
[2517,21,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-021"},"MEBT buncher reflected power load water temperature interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water temperature through the MEBT buncher reflected power loads for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the MEBT buncher, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II MEBT buncher load water temperature monitor to the MEBT buncher, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II MEBT buncher power amplifier water temperature monitor and the MEBT buncher, RF interlocks.",null," ","TBD"]
[2517,22,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-022"},"MEBT buncher cavity power amplifier AC power (BldgI)","Building infrastructure (BldgI) shall provide AC power to the MEBT buncher cavity power amplifiers",null,"Inspection; Demonstration","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define the wire and conduit that will connect to the AC distribution; 121.3.03 HPRF shall define the AC voltage, average power, peak power, transformer configuration, and amplifier wire connection.","121.4.04 BldgI","121.4.04 BldgI shall design and procure the necessary hardware to extend the electrical service from the panel or disconnect to the RF amplifiers","121.4.05 LI","121.4.05 LI shall install the the necessary hardware to connect the RF amplifiers to the AC distribution at PIP-II.",null," ","TBD"]
[2517,23,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-023"},"MEBT buncher cavity power amplifier interlocks rack space (BldgI)","Building infrastructure (BldgI) shall provide relay rack space for the MEBT buncher cavity power amplifier interlocks equipment",null,"Inspection;","121.3.03 HPRF;\n121.4.04 BldgI","121.3.03 HPRF shall define the dimensions and weight of all MEBT buncher cavity, RF amplifier interlock components; 121.4.04 BldgI shall determine the rack placement.","121.4.04 BldgI","121.4.04 BldgI shall provide the rack that will contain the MEBT buncher cavity, RF amplifier interlocks for PIP-II","121.3.03 HPRF","121.3.03 HPRF shall install the MEBT buncher cavity, RF amplifier interlocks in the rack at PIP-II",null," ","TBD"]
[2517,24,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-024"},"MEBT buncher cavity power amplifier interlocks AC power (BldgI)","Building infrastructure (BldgI) shall provide AC power to the MEBT buncher cavity, RF amplifier interlocks",null,"Inspection; Demonstration","121.3.03 HPRF;\n121.4.04 BldgI","121.3.03 HPRF shall define the AC voltage, average power, peak power, plug, power cord, and receptacle type","121.4.04 BldgI","121.4.04 BldgI shall design and procure the necessary hardware to extend the electrical service from the panel or disconnect to the interlocks","121.3.03 HPRF","121.3.03 HPRF shall connect the AC power for the MEBT buncher cavity, RF amplifier interlocks",null," ","TBD"]
[2517,25,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-025"},"HWR cavity power amplifier water cooling (BldgI)","Building infrastructure (BldgI) shall provide water flow for cooling the HWR cavity power amplifiers for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.04 BldgI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.04 BldgI","121.4.04 BldgI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP-II water distribution to the HWR cavity amplifiers.","121.4.05 LI","121.4.05 LI shall install the necessary piping, hoses, connectors, and clamps between the PIP-II water distribution and the HWR cavity amplifiers.",null," ","TBD"]
[2517,26,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-026"},"HWR cavity power amplifier water flow interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water flow through the HWR cavity amplifiers for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the HWR cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II HWR cavity power amplifier water flow monitor to the HWR cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II HWR cavity power amplifier water flow monitor and the HWR cavity, RF interlocks.",null," ","TBD"]
[2517,27,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-027"},"HWR cavity power amplifier water temperature interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water temperature through the HWR cavity amplifiers for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the HWR cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II HWR cavity power amplifier water temperature monitor to the HWR cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II HWR cavity power amplifier water temperature monitor and the HWR cavity, RF interlocks.",null," ","TBD"]
[2517,28,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-028"},"HWR cavity circulator water cooling (BldgI)","Building infrastructure (BldgI) shall provide water flow for cooling the HWR cavity circulator for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.04 BldgI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.04 BldgI","121.4.04 BldgI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP-II water distribution to the HWR cavity circulator.","121.4.05 LI","121.4.05 LI shall install the necessary piping, hoses, connectors, and clamps between the PIP-II water distribution and the HWR cavity circulators.",null," ","TBD"]
[2517,29,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-029"},"HWR cavity circulator water flow interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water flow through the HWR cavity circulators for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the HWR cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II HWR cavity circulator water flow monitor to the HWR cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II HWR cavity circulator water flow monitor and the HWR cavity, RF interlocks.",null," ","TBD"]
[2517,30,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-030"},"HWR cavity circulator water temperature interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water temperature through the HWR cavity circulators for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the HWR cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II HWR cavity circulator water temperature monitor to the HWR cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II HWR cavity circulator water temperature monitor and the HWR cavity, RF interlocks.",null," ","TBD"]
[2517,31,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-031"},"HWR cavity reflected power load water cooling (BldgI)","Building infrastructure (BldgI) shall provide water flow for cooling the HWR cavity reflected power loads for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.04 BldgI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.04 BldgI","121.4.04 BldgI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP-II water distribution to the HWR cavity loads.","121.4.05 LI","121.4.05 LI shall install the necessary piping, hoses, connectors, and clamps between the PIP-II water distribution and the HWR cavity loads.",null," ","TBD"]
[2517,32,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-032"},"HWR cavity reflected power load water flow interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water flow through the HWR cavity reflected power loads for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the HWR cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II HWR cavity load water flow monitor to the HWR cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II HWR cavity power amplifier water flow monitor and the HWR cavity, RF interlocks.",null," ","TBD"]
[2517,33,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-033"},"HWR cavity reflected power load water temperature interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water temperature through the HWR cavity reflected power loads for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the HWR cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II HWR cavity load water temperature monitor to the HWR cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II HWR cavity power amplifier water temperature monitor and the HWR cavity, RF interlocks.",null," ","TBD"]
[2517,34,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-034"},"HWR cavity power amplifier AC power (BldgI)","Building infrastructure (BldgI) shall provide AC power to the HWR cavity power amplifiers",null,"Inspection; Demonstration","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define the wire and conduit that will connect to the AC distribution; 121.3.03 HPRF shall define the AC voltage, average power, peak power, transformer configuration, and amplifier wire connection.","121.4.04 BldgI","121.4.04 BldgI shall design and procure the necessary hardware to extend the electrical service from the panel or disconnect to the RF amplifiers","121.4.05 LI","121.4.05 LI shall install the necessary hardware to connect the RF amplifiers to the AC distribution at PIP-II.",null," ","TBD"]
[2517,35,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-035"},"HWR cavity power amplifier interlocks rack space (BldgI)","Building infrastructure (BldgI) shall provide relay rack space for the HWR cavity power amplifier interlocks equipment",null,"Inspection;","121.3.03 HPRF;\n121.4.04 BldgI","121.3.03 HPRF shall define the dimensions and weight of all HWR cavity, RF amplifier interlock components; 121.4.04 BldgI shall determine the rack placement.","121.4.04 BldgI","121.4.04 BldgI shall provide the rack that will contain the HWR cavity, RF amplifier interlocks for PIP-II","121.3.03 HPRF","121.3.03 HPRF shall install the HWR cavity, RF amplifier interlocks in the rack at PIP-II",null," ","TBD"]
[2517,36,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-036"},"HWR cavity power amplifier interlocks AC power (BldgI)","Building infrastructure (BldgI) shall provide AC power to the HWR cavity, RF amplifier interlocks",null,"Inspection; Demonstration","121.3.03 HPRF;\n121.4.04 BldgI","121.3.03 HPRF shall define the AC voltage, average power, peak power, plug, power cord, and receptacle type","121.4.04 BldgI","121.4.04 BldgI shall design and procure the necessary hardware to extend the electrical service from the panel or disconnect to the interlocks","121.3.03 HPRF","121.3.03 HPRF shall connect the AC power for the HWR cavity, RF amplifier interlocks",null," ","TBD"]
[2517,37,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-037"},"SSR1 cavity power amplifier water cooling (BldgI)","Building infrastructure (BldgI) shall provide water flow for cooling the SSR1 cavity power amplifiers for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.04 BldgI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.04 BldgI","121.4.04 BldgI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP-II water distribution to the SSR1 cavity amplifiers.","121.4.05 LI","121.4.05 LI shall install the necessary piping, hoses, connectors, and clamps between the PIP-II water distribution and the SSR1 cavity amplifiers.",null," ","TBD"]
[2517,38,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-038"},"SSR1 cavity power amplifier water flow interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water flow through the SSR1 cavity amplifiers for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the SSR1 cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II SSR1 cavity power amplifier water flow monitor to the SSR1 cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II SSR1 cavity power amplifier water flow monitor and the SSR1 cavity, RF interlocks.",null," ","TBD"]
[2517,39,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-039"},"SSR1 cavity power amplifier water temperature interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water temperature through the SSR1 cavity amplifiers for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the SSR1 cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II SSR1 cavity power amplifier water temperature monitor to the SSR1 cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II SSR1 cavity power amplifier water temperature monitor and the SSR1 cavity, RF interlocks.",null," ","TBD"]
[2517,40,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-040"},"SSR1 cavity circulator water cooling (BldgI)","Building infrastructure (BldgI) shall provide water flow for cooling the SSR1 cavity circulator for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.04 BldgI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.04 BldgI","121.4.04 BldgI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP-II water distribution to the SSR1 cavity circulator.","121.4.05 LI","121.4.05 LI shall install the necessary piping, hoses, connectors, and clamps between the PIP-II water distribution and the SSR1 cavity circulators.",null," ","TBD"]
[2517,41,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-041"},"SSR1 cavity circulator water flow interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water flow through the SSR1 cavity circulators for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the SSR1 cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II SSR1 cavity circulator water flow monitor to the SSR1 cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II SSR1 cavity circulator water flow monitor and the SSR1 cavity, RF interlocks.",null," ","TBD"]
[2517,42,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-042"},"SSR1 cavity circulator water temperature interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water temperature through the SSR1 cavity circulators for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the SSR1 cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II SSR1 cavity circulator water temperature monitor to the SSR1 cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II SSR1 cavity circulator water temperature monitor and the SSR1 cavity, RF interlocks.",null," ","TBD"]
[2517,43,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-043"},"SSR1 cavity reflected power load water cooling (BldgI)","Building infrastructure (BldgI) shall provide water flow for cooling the SSR1 cavity reflected power loads for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.04 BldgI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.04 BldgI","121.4.04 BldgI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP-II water distribution to the SSR1 cavity loads.","121.4.05 LI","121.4.05 LI shall install the necessary piping, hoses, connectors, and clamps between the PIP-II water distribution and the SSR1 cavity loads.",null," ","TBD"]
[2517,44,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-044"},"SSR1 cavity reflected power load water flow interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water flow through the SSR1 cavity reflected power loads for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the SSR1 cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II SSR1 cavity load water flow monitor to the SSR1 cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II SSR1 cavity power amplifier water flow monitor and the SSR1 cavity, RF interlocks.",null," ","TBD"]
[2517,45,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-045"},"SSR1 cavity reflected power load water temperature interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water temperature through the SSR1 cavity reflected power loads for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the SSR1 cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II SSR1 cavity load water temperature monitor to the SSR1 cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II SSR1 cavity power amplifier water temperature monitor and the SSR1 cavity, RF interlocks.",null," ","TBD"]
[2517,46,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-046"},"SSR1 cavity power amplifier AC power (BldgI)","Building infrastructure (BldgI) shall provide AC power to the SSR1 cavity power amplifiers",null,"Inspection; Demonstration","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define the wire and conduit that will connect to the AC distribution; 121.3.03 HPRF shall define the AC voltage, average power, peak power, transformer configuration, and amplifier wire connection.","121.4.04 BldgI","121.4.04 BldgI shall design and procure the necessary hardware to extend the electrical service from the panel or disconnect to the RF amplifiers","121.4.05 LI","121.4.05 LI shall install the necessary hardware to connect the RF amplifiers to the AC distribution at PIP-II.",null," ","TBD"]
[2517,47,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-047"},"SSR1 cavity power amplifier interlocks rack space (BldgI)","Building infrastructure (BldgI) shall provide relay rack space for the SSR1 cavity power amplifier interlocks equipment",null,"Inspection;","121.3.03 HPRF;\n121.4.04 BldgI","121.3.03 HPRF shall define the dimensions and weight of all SSR1 cavity, RF amplifier interlock components; 121.4.04 BldgI shall determine the rack placement.","121.4.04 BldgI","121.4.04 BldgI shall provide the rack that will contain the SSR1 cavity, RF amplifier interlocks for PIP-II","121.3.03 HPRF","121.3.03 HPRF shall install the SSR1 cavity, RF amplifier interlocks in the rack at PIP-II",null," ","TBD"]
[2517,48,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-048"},"SSR1 cavity power amplifier interlocks AC power (BldgI)","Building infrastructure (BldgI) shall provide AC power to the SSR1 cavity, RF amplifier interlocks",null,"Inspection; Demonstration","121.3.03 HPRF;\n121.4.04 BldgI","121.3.03 HPRF shall define the AC voltage, average power, peak power, plug, power cord, and receptacle type","121.4.04 BldgI","121.4.04 BldgI shall design and procure the necessary hardware to extend the electrical service from the panel or disconnect to the interlocks","121.3.03 HPRF","121.3.03 HPRF shall connect the AC power for the SSR1 cavity, RF amplifier interlocks",null," ","TBD"]
[2517,49,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-049"},"SSR2 cavity power amplifier water cooling (BldgI)","Building infrastructure (BldgI) shall provide water flow for cooling the SSR2 cavity power amplifiers for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.04 BldgI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.04 BldgI","121.4.04 BldgI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP-II water distribution to the SSR2 cavity amplifiers.","121.4.05 LI","121.4.05 LI shall install the necessary piping, hoses, connectors, and clamps between the PIP-II water distribution and the SSR2 cavity amplifiers.",null," ","TBD"]
[2517,50,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-050"},"SSR2 cavity power amplifier water flow interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water flow through the SSR2 cavity amplifiers for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the SSR2 cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II SSR2 cavity power amplifier water flow monitor to the SSR2 cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II SSR2 cavity power amplifier water flow monitor and the SSR2 cavity, RF interlocks.",null," ","TBD"]
[2517,51,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-051"},"SSR2 cavity power amplifier water temperature interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water temperature through the SSR2 cavity amplifiers for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the SSR2 cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II SSR2 cavity power amplifier water temperature monitor to the SSR2 cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II SSR2 cavity power amplifier water temperature monitor and the SSR2 cavity, RF interlocks.",null," ","TBD"]
[2517,52,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-052"},"SSR2 cavity circulator water cooling (BldgI)","Building infrastructure (BldgI) shall provide water flow for cooling the SSR2 cavity circulator for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.04 BldgI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.04 BldgI","121.4.04 BldgI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP-II water distribution to the SSR2 cavity circulator.","121.4.05 LI","121.4.05 LI shall install the necessary piping, hoses, connectors, and clamps between the PIP-II water distribution and the SSR2 cavity circulators.",null," ","TBD"]
[2517,53,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-053"},"SSR2 cavity circulator water flow interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water flow through the SSR2 cavity circulators for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the SSR2 cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II SSR2 cavity circulator water flow monitor to the SSR2 cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II SSR2 cavity circulator water flow monitor and the SSR2 cavity, RF interlocks.",null," ","TBD"]
[2517,54,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-054"},"SSR2 cavity circulator water temperature interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water temperature through the SSR2 cavity circulators for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the SSR2 cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II SSR2 cavity circulator water temperature monitor to the SSR2 cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II SSR2 cavity circulator water temperature monitor and the SSR2 cavity, RF interlocks.",null," ","TBD"]
[2517,55,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-055"},"SSR2 cavity reflected power load water cooling (BldgI)","Building infrastructure (BldgI) shall provide water flow for cooling the SSR2 cavity reflected power loads for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.04 BldgI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.04 BldgI","121.4.04 BldgI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP-II water distribution to the SSR2 cavity loads.","121.4.05 LI","121.4.05 LI shall install the necessary piping, hoses, connectors, and clamps between the PIP-II water distribution and the SSR2 cavity loads.",null," ","TBD"]
[2517,56,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-056"},"SSR2 cavity reflected power load water flow interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water flow through the SSR2 cavity reflected power loads for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the SSR2 cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II SSR2 cavity load water flow monitor to the SSR2 cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II SSR2 cavity power amplifier water flow monitor and the SSR2 cavity, RF interlocks.",null," ","TBD"]
[2517,57,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-057"},"SSR2 cavity reflected power load water temperature interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water temperature through the SSR2 cavity reflected power loads for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the SSR2 cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II SSR2 cavity load water temperature monitor to the SSR2 cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II SSR2 cavity power amplifier water temperature monitor and the SSR2 cavity, RF interlocks.",null," ","TBD"]
[2517,58,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-058"},"SSR2 cavity power amplifier AC power (BldgI)","Building infrastructure (BldgI) shall provide AC power to the SSR2 cavity power amplifiers",null,"Inspection; Demonstration","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define the wire and conduit that will connect to the AC distribution; 121.3.03 HPRF shall define the AC voltage, average power, peak power, transformer configuration, and amplifier wire connection.","121.4.04 BldgI","121.4.04 BldgI shall design and procure the necessary hardware to extend the electrical service from the panel or disconnect to the RF amplifiers","121.4.05 LI","121.4.05 LI shall install the necessary hardware to connect the RF amplidiers to the AC distribution",null," ","TBD"]
[2517,59,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-059"},"SSR2 cavity power amplifier interlocks rack space (BldgI)","Building infrastructure (BldgI) shall provide relay rack space for the SSR2 cavity power amplifier interlocks equipment",null,"Inspection;","121.3.03 HPRF;\n121.4.04 BldgI","121.3.03 HPRF shall define the dimensions and weight of all SSR2 cavity, RF amplifier interlock components; 121.4.04 BldgI shall determine the rack placement.","121.4.04 BldgI","121.4.04 BldgI shall provide the rack that will contain the SSR2 cavity, RF amplifier interlocks for PIP-II","121.3.03 HPRF","121.3.03 HPRF shall install the SSR2 cavity, RF amplifier interlocks in the rack at PIP-II",null," ","TBD"]
[2517,60,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-060"},"LB650 cavity reflected power load water cooling (BldgI)","Building infrastructure (BldgI) shall provide water flow for cooling the LB650 cavity reflected power loads for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.04 BldgI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.04 BldgI","121.4.04 BldgI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP-II water distribution to the LB650 cavity loads.","121.4.05 LI","121.4.05 LI shall install the necessary piping, hoses, connectors, and clamps between the PIP-II water distribution and the LB650 cavity loads.",null," ","TBD"]
[2517,61,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-061"},"LB650 cavity power amplifier water cooling (BldgI)","Building infrastructure (BldgI) shall provide water flow for cooling the LB650 cavity power amplifiers for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.04 BldgI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.04 BldgI","121.4.04 BldgI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP-II water distribution to the LB650 cavity amplifiers.","121.4.05 LI","121.4.05 LI shall install the necessary piping, hoses, connectors, and clamps between the PIP-II water distribution and the LB650 cavity amplifiers.",null," ","TBD"]
[2517,62,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-062"},"LB650 cavity power amplifier water flow interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water flow through the LB650 cavity amplifiers for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the LB650 cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II LB650 cavity power amplifier water flow monitor to the LB650 cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II LB650 cavity power amplifier water flow monitor and the LB650 cavity, RF interlocks.",null," ","TBD"]
[2517,63,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-063"},"LB650 cavity power amplifier water temperature interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water temperature through the LB650 cavity amplifiers for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the LB650 cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II LB650 cavity power amplifier water temperature monitor to the LB650 cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II LB650 cavity power amplifier water temperature monitor and the LB650 cavity, RF interlocks.",null," ","TBD"]
[2517,67,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-067"},"LB650 cavity reflected power load water flow interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water flow through the LB650 cavity reflected power loads for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the LB650 cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II LB650 cavity load water flow monitor to the LB650 cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II LB650 cavity power amplifier water flow monitor and the LB650 cavity, RF interlocks.",null," ","TBD"]
[2517,68,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-068"},"LB650 cavity reflected power load water temperature interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water temperature through the LB650 cavity reflected power loads for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the LB650 cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II LB650 cavity load water temperature monitor to the LB650 cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II LB650 cavity power amplifier water temperature monitor and the LB650 cavity, RF interlocks.",null," ","TBD"]
[2517,69,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-069"},"LB650 cavity power amplifier AC power (BldgI)","Building infrastructure (BldgI) shall provide AC power to the LB650 cavity power amplifiers",null,"Inspection; Demonstration","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define the wire and conduit that will connect to the AC distribution; 121.3.03 HPRF shall define the AC voltage, average power, peak power, transformer configuration, and amplifier wire connection.","121.4.04 BldgI","121.4.04 BldgI shall design and procure the necessary hardware to extend the electrical service from the panel or disconnect to the RF amplifiers","121.4.05 LI","121.4.05 LI shall install the necessary hardware to connect the RF amplifiers to the AC distribution",null," ","TBD"]
[2517,70,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-070"},"LB650 cavity power amplifier interlocks rack space (BldgI)","Building infrastructure (BldgI) shall provide relay rack space for the LB650 cavity power amplifier interlocks equipment",null,"Inspection;","121.3.03 HPRF;\n121.4.04 BldgI","121.3.03 HPRF shall define the dimensions and weight of all LB650 cavity, RF amplifier interlock components; 121.4.04 BldgI shall determine the rack placement.","121.4.04 BldgI","121.4.04 BldgI shall provide the rack that will contain the LB650 cavity, RF amplifier interlocks for PIP-II","121.3.03 HPRF","121.3.03 HPRF shall install the LB650 cavity, RF amplifier interlocks in the rack at PIP-II",null," ","TBD"]
[2517,71,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-071"},"LB650 cavity power amplifier interlocks AC power (BldgI)","Building infrastructure (BldgI) shall provide AC power to the LB650 cavity, RF amplifier interlocks",null,"Inspection; Demonstration","121.3.03 HPRF;\n121.4.04 BldgI","121.3.03 HPRF shall define the AC voltage, average power, peak power, plug, power cord, and receptacle type","121.4.04 BldgI","121.4.04 BldgI shall design and procure the necessary hardware to extend the electrical service from the panel or disconnect to the receptacle","121.3.03 HPRF","121.3.03 HPRF shall connect the AC power for the LB650 cavity, RF amplifier interlocks",null," ","TBD"]
[2517,72,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-072"},"HB650 cavity power amplifier water cooling (BldgI)","Building infrastructure (BldgI) shall provide water flow for cooling the HB650 cavity power amplifiers for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.04 BldgI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.04 BldgI","121.4.04 BldgI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP-II water distribution to the HB650 cavity amplifiers.","121.4.05 LI","121.4.05 LI shall install the necessary piping, hoses, connectors, and clamps between the PIP-II water distribution and the HB650 cavity amplifiers.",null," ","TBD"]
[2517,73,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-073"},"HB650 cavity power amplifier water flow interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water flow through the HB650 cavity amplifiers for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the HB650 cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II HB650 cavity power amplifier water flow monitor to the HB650 cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II HB650 cavity power amplifier water flow monitor and the HB650 cavity, RF interlocks.",null," ","TBD"]
[2517,74,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-074"},"HB650 cavity power amplifier water temperature interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water temperature through the HB650 cavity amplifiers for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the HB650 cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II HB650 cavity power amplifier water temperature monitor to the HB650 cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II HB650 cavity power amplifier water temperature monitor and the HB650 cavity, RF interlocks.",null," ","TBD"]
[2517,78,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-078"},"HB650 cavity reflected power load water cooling (BldgI)","Building infrastructure (BldgI) shall provide water flow for cooling the HB650 cavity reflected power loads for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.3.03 HPRF shall define the amplifier water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.04 BldgI shall define the piping/hose between the distribution and amplifier, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.04 BldgI","121.4.04 BldgI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP-II water distribution to the HB650 cavity loads.","121.4.05 LI","121.4.05 LI shall install the necessary piping, hoses, connectors, and clamps between the PIP-II water distribution and the HB650 cavity loads.",null," ","TBD"]
[2517,79,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-079"},"HB650 cavity reflected power load water flow interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water flow through the HB650 cavity reflected power loads for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the HB650 cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II HB650 cavity load water flow monitor to the HB650 cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II HB650 cavity power amplifier water flow monitor and the HB650 cavity, RF interlocks.",null," ","TBD"]
[2517,80,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-080"},"HB650 cavity reflected power load water temperature interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water temperature through the HB650 cavity reflected power loads for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the HB650 cavity, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II HB650 cavity load water temperature monitor to the HB650 cavity, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II HB650 cavity power amplifier water temperature monitor and the HB650 cavity, RF interlocks.",null," ","TBD"]
[2517,81,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-081"},"HB650 cavity power amplifier AC power (BldgI)","Building infrastructure (BldgI) shall provide AC power to the HB650 cavity power amplifiers",null,"Inspection; Demonstration","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define the wire and conduit that will connect to the AC distribution; 121.3.03 HPRF shall define the AC voltage, average power, peak power, transformer configuration, and amplifier wire connection.","121.4.04 BldgI","121.4.04 BldgI shall design and procure the necessary hardware to extend the electrical service from the panel or disconnect to the RF amplifiers","121.4.05 LI","121.4.05 LI shall install necessary hardware to connect the RF amplifiers to the AC distribution",null," ","TBD"]
[2517,82,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-082"},"HB650 cavity power amplifier interlocks rack space (BldgI)","Building infrastructure (BldgI) shall provide relay rack space for the HB650 cavity power amplifier interlocks equipment",null,"Inspection;","121.3.03 HPRF;\n121.4.04 BldgI","121.3.03 HPRF shall define the dimensions and weight of all HB650 cavity, RF amplifier interlock components; 121.4.04 BldgI shall determine the rack placement.","121.4.04 BldgI","121.4.04 BldgI shall provide the rack that will contain the HB650 cavity, RF amplifier interlocks for PIP-II","121.3.03 HPRF","121.3.03 HPRF shall install the HB650 cavity, RF amplifier interlocks in the rack at PIP-II",null," ","TBD"]
[2517,83,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-083"},"HB650 cavity power amplifier interlocks AC power (BldgI)","Building infrastructure (BldgI) shall provide AC power to the HB650 cavity, RF amplifier interlocks",null,"Inspection; Demonstration","121.3.03 HPRF;\n121.4.04 BldgI","121.3.03 HPRF shall define the AC voltage, average power, peak power, plug, power cord, and receptacle type","121.4.04 BldgI","121.4.04 BldgI shall design and procure the necessary hardware to extend the electrical service from the panel or disconnect to the interlocks","121.3.03 HPRF","121.3.03 HPRF shall connect the AC power for the HB650 cavity, RF amplifier interlocks",null," ","TBD"]
[2517,85,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-085"},"Grounding","BldgI shall provide proper grounding of equipment.",null,"Inspection","121.3.03 HPRF","121.3.03 HPRF shall define grounding requirements for HPRF equipment","121.4.04 BldgI","121.4.04 BldgI shall provide the grounding infrastructure required for 121.3.03 HPRF equipment","121.4.05 LI","121.4.05 LI shall provide installation support to HPRF and BldgI","ED0005489 - 40 kW, 650 MHz Power Amplifier System TRS;  ED0004290 - 7 kW, 325 MHz Power Amplifier System","TBD","TBD"]
[2517,88,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-088"},"MEBT buncher circulator water cooling (BldgI)","Building infrastructure (BldgI) shall provide water flow for cooling the MEBT buncher circulators for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.3.03 HPRF shall define the circulator water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.04 BldgI shall define the piping/hose between the distribution and circulator, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.04 BldgI","121.4.04 BldgI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP-II water distribution to the MEBT buncher circulators.","121.4.05 LI","121.4.05 LI shall install the necessary piping, hoses, connectors, and clamps between the PIP-II water distribution and the MEBT buncher circulators.",null," ","TBD"]
[2517,89,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-089"},"HWR circulator water cooling (BldgI)","Building infrastructure (BldgI) shall provide water flow for cooling the HWR circulators for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.3.03 HPRF shall define the circulator water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.04 BldgI shall define the piping/hose between the distribution and circulator, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.04 BldgI","121.4.04 BldgI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP-II water distribution to the HWR circulators.","121.4.05 LI","121.4.05 LI shall install the necessary piping, hoses, connectors, and clamps between the PIP-II water distribution and the HWR circulators.",null," ","TBD"]
[2517,90,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-090"},"HWR circulator water flow interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water flow through the HWR circulators for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the HWR, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II HWR circulator water flow monitor to the HWR, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II HWR circulator water flow monitor and the HWR, RF interlocks.",null," ","TBD"]
[2517,91,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-091"},"HWR circulator water temperature interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water temperature through the HWR circulators for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the HWR, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II HWR circulator water temperature monitor to the HWR, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II HWR circulator water temperature monitor and the HWR, RF interlocks.",null," ","TBD"]
[2517,92,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-092"},"LB650 circulator water cooling (BldgI)","Building infrastructure (BldgI) shall provide water flow for cooling the LB650 circulators for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.3.03 HPRF shall define the circulator water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.04 BldgI shall define the piping/hose between the distribution and circulator, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.04 BldgI","121.4.04 BldgI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP-II water distribution to the LB650 circulators.","121.4.05 LI","121.4.05 LI shall install the necessary piping, hoses, connectors, and clamps between the PIP-II water distribution and the LB650 circulators.",null," ","TBD"]
[2517,93,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-093"},"LB650 circulator water flow interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water flow through the LB650 circulators for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the LB650, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II LB650 circulator water flow monitor to the LB650, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II LB650 circulator water flow monitor and the LB650, RF interlocks.",null," ","TBD"]
[2517,94,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-094"},"LB650 circulator water temperature interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water temperature through the LB650 circulators for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the LB650, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II LB650 circulator water temperature monitor to the LB650, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II LB650 circulator water temperature monitor and the LB650, RF interlocks.",null," ","TBD"]
[2517,95,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-095"},"HB650 circulator water cooling (BldgI)","Building infrastructure (BldgI) shall provide water flow for cooling the HB650 circulators for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.3.03 HPRF shall define the circulator water inlet and outlet connectors.  HPRF shall also define the minimum flow rate and water temperature range.  121.4.04 BldgI shall define the piping/hose between the distribution and circulator, the distribution connectors, the maximum water pressure drop, and the maximum water temperature rise.","121.4.04 BldgI","121.4.04 BldgI shall provide the necessary piping, hoses, connectors, and clamps necessary to connect the PIP-II water distribution to the HB650 circulators.","121.4.05 LI","121.4.05 LI shall install the necessary piping, hoses, connectors, and clamps between the PIP-II water distribution and the HB650 circulators.",null," ","TBD"]
[2517,96,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-096"},"HB650 circulator water flow interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water flow through the HB650 circulators for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water flow monitor; 121.3.03 HPRF shall define a cable and connection at the HB650, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II HB650 circulator water flow monitor to the HB650, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II HB650 circulator water flow monitor and the HB650, RF interlocks.",null," ","TBD"]
[2517,97,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2517-097"},"HB650 circulator water temperature interlocks (BldgI)","Building infrastructure (BldgI) shall provide signals that represent water temperature through the HB650 circulators for PIP-II.",null,"Inspection; Demonstration; Measurement","121.3.03 HPRF;\n121.4.04 BldgI","121.4.04 BldgI shall define a connection and scaling for the water temperature monitor; 121.3.03 HPRF shall define a cable and connection at the HB650, RF interlocks","121.3.03 HPRF","121.3.03 HPRF shall provide the necessary cable to connect the PIP-II HB650 circulator water temperature monitor to the HB650, RF interlocks.","121.3.03 HPRF","121.3.03 HPRF shall install the necessary cable between the PIP-II HB650 circulator water temperature monitor and the HB650, RF interlocks.",null," ","TBD"]
[2518,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2518-001"},"RF amplifier systems common requirements - rigging","The RF amplifier systems, or any dismountable part thereof bigger than what can be handled by a single individual, shall include rigging interfaces for vertical lifting with a crane as well as forklifting interfaces for lifting with a forklift or pallet jack.  All lifting interfaces shall be clearly marked.  Rigging components shall satisfy the requirements of the relevant FESHM chapters (e.g. marking of rigging components).  All payload weights shall be clearly marked.  ","0-Interface","Inspection ","121.3.03 HPRF; 121.4.05 LI","HPRF will define the geometry of the systems","121.3.03 HPRF","HPRF will provide the rigging interfaces","121.4.05 LI","LI will integrate these systems within the PIP2 footprint",null," ","TBD"]
[2518,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2518-002"},"RF distribution kits - rotatable flanges","HPRF shall consider assembly sequence, and provide rotatable coax flanges wherever they might be required","0-Interface","Demonstration","121.3.03 HPRF; 121.4.05 LI","HPRF will define the geometry of the systems","121.3.03 HPRF","HPRF will deliver the systems","121.4.05 LI","LI will integrate these systems within the PIP2 footprint",null," ","TBD"]
[2543,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2543-001"},"Space for RFQ cavity power amplifiers (Cmplx)","Linac Complex (Cmplx) shall provide space for installing RFQ cavity power amplifiers",null,"Inspection","121.3.03 HPRF","121.3.03 HPRF shall define the footprint, height, and operating climate conditions for the RFQ cavity power amplifiers.","121.6.05 Cmplx","121.6.05 Cmplx shall provide the space to install the RFQ cavity power amplifiers at PIP-II.","121.4.05 LI;\n121.4.04 BldgI","121.4.04 BldgI shall coordinate space for the power amplifier; 121.4.05 LI shall place the RFQ cavity power amplifiers at PIP-II.",null," "]
[2543,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2543-002"},"Space for RFQ cavity, RF distribution (Cmplx)","Linac Complex (Cmplx) shall allocate space for installing RFQ cavity, RF distribution",null,"Inspection","121.3.03 HPRF","121.3.03 HPRF shall define the dimensions and weight of all RFQ cavity, RF distribution components.","121.6.05 Cmplx","121.6.05 Cmplx shall provide the space to install the RFQ cavity, RF distribution at PIP-II.","121.4.05 LI;\n121.4.04 BldgI","121.4.04 BldgI shall determine the routing and placement of the RF distribution; 121.4.05 LI shall install the RFQ cavity, RF distribution at PIP-II.",null," "]
[2543,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2543-003"},"Space for MEBT Buncher cavity power amplifiers (Cmplx)","Linac Complex (Cmplx) shall provide space for installing MEBT Buncher cavity power amplifiers",null,"Inspection","121.3.03 HPRF","121.3.03 HPRF shall define the footprint, height, and operating climate conditions for the MEBT Buncher cavity power amplifiers.","121.6.05 Cmplx","121.6.05 Cmplx shall provide the space to install the MEBT Buncher cavity power amplifiers at PIP-II.","121.4.05 LI;\n121.4.04 BldgI","121.4.04 BldgI shall coordinate space for the power amplifier; 121.4.05 LI shall place the MEBT Buncher cavity power amplifiers at PIP-II.",null," "]
[2543,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2543-004"},"Space for MEBT Buncher cavity, RF distribution (Cmplx)","Linac Complex (Cmplx) shall allocate space for installing MEBT Buncher cavity, RF distribution",null,"Inspection","121.3.03 HPRF","121.3.03 HPRF shall define the dimensions and weight of all MEBT Buncher cavity, RF distribution components.","121.6.05 Cmplx","121.6.05 Cmplx shall provide the space to install the MEBT Buncher cavity, RF distribution at PIP-II.","121.4.05 LI;\n121.4.04 BldgI","121.4.04 BldgI shall determine the routing and placement of the RF distribution; 121.4.05 LI shall install the MEBT Buncher cavity, RF distribution at PIP-II.",null," "]
[2543,5,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2543-005"},"Space for HWR cavity power amplifiers (Cmplx)","Linac Complex (Cmplx) shall provide space for installing HWR cavity power amplifiers",null,"Inspection","121.3.03 HPRF","121.3.03 HPRF shall define the footprint, height, and operating climate conditions for the HWR cavity power amplifiers.","121.6.05 Cmplx","121.6.05 Cmplx shall provide the space to install the HWR cavity power amplifiers at PIP-II.","121.4.05 LI;\n121.4.04 BldgI","121.4.04 BldgI shall coordinate space for the power amplifier; 121.4.05 LI shall place the HWR cavity power amplifiers at PIP-II.",null," "]
[2543,6,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2543-006"},"Space for HWR cavity, RF distribution (Cmplx)","Linac Complex (Cmplx) shall allocate space for installing HWR cavity, RF distribution",null,"Inspection","121.3.03 HPRF","121.3.03 HPRF shall define the dimensions and weight of all HWR cavity, RF distribution components.","121.6.05 Cmplx","121.6.05 Cmplx shall provide the space to install the HWR cavity, RF distribution at PIP-II.","121.4.05 LI;\n121.4.04 BldgI","121.4.04 BldgI shall determine the routing and placement of the RF distribution; 121.4.05 LI shall install the HWR cavity, RF distribution at PIP-II.",null," "]
[2543,7,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2543-007"},"Space for SSR1 cavity power amplifiers (Cmplx)","Linac Complex (Cmplx) shall provide space for installing SSR1 cavity power amplifiers",null,"Inspection","121.3.03 HPRF","121.3.03 HPRF shall define the footprint, height, and operating climate conditions for the SSR1 cavity power amplifiers.","121.6.05 Cmplx","121.6.05 Cmplx shall provide the space to install the SSR1 cavity power amplifiers at PIP-II.","121.4.05 LI;\n121.4.04 BldgI","121.4.04 BldgI shall coordinate space for the power amplifier; 121.4.05 LI shall place the SSR1 cavity power amplifiers at PIP-II.",null," "]
[2543,8,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2543-008"},"Space for SSR1 cavity, RF distribution (Cmplx)","Linac Complex (Cmplx) shall allocate space for installing SSR1 cavity, RF distribution",null,"Inspection","121.3.03 HPRF","121.3.03 HPRF shall define the dimensions and weight of all SSR1 cavity, RF distribution components.","121.6.05 Cmplx","121.6.05 Cmplx shall provide the space to install the SSR1 cavity, RF distribution at PIP-II.","121.4.05 LI;\n121.4.04 BldgI","121.4.04 BldgI shall determine the routing and placement of the RF distribution; 121.4.05 LI shall install the SSR1 cavity, RF distribution at PIP-II.",null," "]
[2543,9,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2543-009"},"Space for SSR2 cavity power amplifiers (Cmplx)","Linac Complex (Cmplx) shall provide space for installing SSR2 cavity power amplifiers",null,"Inspection","121.3.03 HPRF","121.3.03 HPRF shall define the footprint, height, and operating climate conditions for the SSR2 cavity power amplifiers.","121.6.05 Cmplx","121.6.05 Cmplx shall provide the space to install the SSR2 cavity power amplifiers at PIP-II.","121.4.05 LI;\n121.4.04 BldgI","121.4.04 BldgI shall coordinate space for the power amplifier; 121.4.05 LI shall place the SSR2 cavity power amplifiers at PIP-II.",null," "]
[2543,10,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2543-010"},"Space for SSR2 cavity, RF distribution (Cmplx)","Linac Complex (Cmplx) shall allocate space for installing SSR2 cavity, RF distribution",null,"Inspection","121.3.03 HPRF","121.3.03 HPRF shall define the dimensions and weight of all SSR2 cavity, RF distribution components.","121.6.05 Cmplx","121.6.05 Cmplx shall provide the space to install the SSR2 cavity, RF distribution at PIP-II.","121.4.05 LI;\n121.4.04 BldgI","121.4.04 BldgI shall determine the routing and placement of the RF distribution; 121.4.05 LI shall install the SSR2 cavity, RF distribution at PIP-II.",null," "]
[2543,11,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2543-011"},"Space for LB650 cavity power amplifiers (Cmplx)","Linac Complex (Cmplx) shall provide space for installing LB650 cavity power amplifiers",null,"Inspection","121.3.03 HPRF","121.3.03 HPRF shall define the footprint, height, and operating climate conditions for the LB650 cavity power amplifiers.","121.6.05 Cmplx","121.6.05 Cmplx shall provide the space to install the LB650 cavity power amplifiers at PIP-II.","121.4.05 LI;\n121.4.04 BldgI","121.4.04 BldgI shall coordinate space for the power amplifier; 121.4.05 LI shall place the LB650 cavity power amplifiers at PIP-II.",null," "]
[2543,12,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2543-012"},"Space for LB650 cavity, RF distribution (Cmplx)","Linac Complex (Cmplx) shall allocate space for installing LB650 cavity, RF distribution",null,"Inspection","121.3.03 HPRF","121.3.03 HPRF shall define the dimensions and weight of all LB650 cavity, RF distribution components.","121.6.05 Cmplx","121.6.05 Cmplx shall provide the space to install the LB650 cavity, RF distribution at PIP-II.","121.4.05 LI;\n121.4.04 BldgI","121.4.04 BldgI shall determine the routing and placement of the RF distribution; 121.4.05 LI shall install the LB650 cavity, RF distribution at PIP-II.",null," "]
[2543,13,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2543-013"},"Space for HB650 cavity power amplifiers (Cmplx)","Linac Complex (Cmplx) shall provide space for installing HB650 cavity power amplifiers",null,"Inspection","121.3.03 HPRF","121.3.03 HPRF shall define the footprint, height, and operating climate conditions for the HB650 cavity power amplifiers.","121.6.05 Cmplx","121.6.05 Cmplx shall provide the space to install the HB650 cavity power amplifiers at PIP-II.","121.4.05 LI;\n121.4.04 BldgI","121.4.04 BldgI shall coordinate space for the power amplifier; 121.4.05 LI shall place the HB650 cavity power amplifiers at PIP-II.",null," "]
[2543,14,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2543-014"},"Space for HB650 cavity, RF distribution (Cmplx)","Linac Complex (Cmplx) shall allocate space for installing HB650 cavity, RF distribution",null,"Inspection","121.3.03 HPRF","121.3.03 HPRF shall define the dimensions and weight of all HB650 cavity, RF distribution components.","121.6.05 Cmplx","121.6.05 Cmplx shall provide the space to install the HB650 cavity, RF distribution at PIP-II.","121.4.05 LI;\n121.4.04 BldgI","121.4.04 BldgI shall determine the routing and placement of the RF distribution; 121.4.05 LI shall install the HB650 cavity, RF distribution at PIP-II.",null," "]
[2543,15,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2543-015"},"RF Equipment - Spatial","The Linac Gallery portion of the Linac Complex will house radio frequency (RF) amplifiers and support equipment.",null,"Inspection","121.3.03 HPRF;\n121.6.05 Cmplx","121.06.05 and 121.3.03 will determine the spatial requirements for the RF equipment","121.6.05 Cmplx","Design and construct the space needed for the RF equipment","121.4.05 LI","121.4.05 LI shall include the space layout of the equipment in the 3D model and shall install the RF equipment",null," ","TBD"]
[2550,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2550-001"},"Interface with Low Level RF for the control and monitoring of the Coupler HV Bias power supply for all SRF cavity couplers in the Linac","Digital control (ON/OFF) as well as analog readbacks (voltage and current) are required and will be done using a PLC provided by RFPI",null,"Inspection; Demonstration; Measurement","121.3.05 MagPS","MagPS will provide the HV power supply and all cabling from the power supply to the coupler","121.3.04 LLRF","LLRF will provide a PLC and all connections required for monitoring and control of the power supply","121.4.05 LI;\n121.3.04 LLRF;\n121.3.05 MagPS","LI will be responsible to run all necesary cables. LLRF will install the necessary PLC modules into relay racks provided by LI and make all needed connections. MagPS will be responsible to install the power supply and specify the cable between the power supply and coupler",null," "]
[2551,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2551-001"},"Vacuum system status to LLRF","A permit signal should be sent from the vacuum system to each, associated LLRF interlock station for each vacuum section. This could take the form of a digital signal that encompasses multiple sections, systems, and statuses",null,null,"121.3.04 LLRF","The RF drive shall be inhibited in the case of a vacuum event.","121.3.06 Vac","Provide a permit signal for each cryomodule as to if it is RF-ready.","121.4.05 LI",null,null," ","TBD",null,"Is this two separate interfaces; one between Vac and Cntrls and one between Cntrls and LLRF? (AM and RA)"]
[2552,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2552-003"},"Cryo system and cryomodule status to LLRF","A permit signal shall be sent from the cryo system for each cryo module. This could take the form of a digital signal that encompasses multiple cryomodules, cryo systems, and statuses.",null,null,"121.3.04 LLRF","RF shall be turned off in the case of a cryo system problem.","121.3.07 Cntrl","Provide a permit signal for each cryomodule as to if it is RF-ready.","121.2.05 CP",null,null," ","TBD",null,"Change to interface between LLRF and Ctrls. Ctrls then has an interface with the CP and CDS that indirectly covers this interface. Is CDS and CP integrators?   How is this setup for CMTF"]
[2552,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2552-004"},"Low Level RF Control System Interface","Hardware interface and communication protocol to control system front-ends","121.3.04 LLRF",null,"121.3.07 Cntrl","LLRF with the input of Cntrl shall specify the communication protocol between network connected LLRF systems and control system front-ends. This includes high-speed DAQ, control/status, system monitoring, etc","121.3.04 LLRF;\n121.3.07 Cntrl","Cntrl shall provide the front-end software. LLRF shall provide the required code within the LLRF system. Cntrl shall provide required network connections.","121.3.04 LLRF; 121.3.07 Cntrl",null,null," TBD",null,null,"LLRF and Cntrl are co-integrators? Some of owner scope box goes into supplier scope. Integrator(s)?"]
[2552,5,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2552-005"},"LLRF RF timing interface","The accelerator timing system must be RF synchronous","121.3.07 Cntrl",null,"121.3.04 LLRF"," Beam Pattern Generator signals and RF synchronous clock (Master Oscillator 9.027 MHz RF signals). These signals are closely-coupled to provide information to the accelerator.","121.3.04 LLRF; 121.3.07 Cntrl","LLRF shall supply Master Oscillator signals to the central timing system which will use them to create and distribute RF synchronous events.","121.3.04 LLRF; 121.3.07 Cntrl",null,null," ",null,null,"Discussion needed. Supplier and Integrator boxes not filled in."]
[2552,6,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2552-006"},"LLRF Station Timing System Interfaces","LLRF stations require bucket-resolution timing and events awareness.","121.3.04 LLRF",null,"121.3.07 Cntrl","Cntrl with the input of LLRF shall specify requirements for bucket level and event timing signals and also any LLRF specific requirements for the hardware interface to the LLRF system.","121.3.04 LLRF; 121.3.07 Cntrl","Cntrl will supply the required signals as well as interface boards or FPGA logic to decode the signals.","121.3.04 LLRF; 121.3.07 Cntrl",null,null," ",null,null,"Details needed, will not be defined soon. Supplier and Integrator boxes not filled in."]
[2552,8,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2552-008"},"Beam pattern generator timing/events connection","The BPG (Beam Pattern Generator) shall provide the master signals to support the accelerator event generation. ",null,null,"121.3.04 LLRF; 121.3.07 Cntrl","LLRF shall supply requirements for the BPG.","121.3.07 Cntrl","Cntrl shall supply the required beam pattern signals.","121.4.05 LI",null,null," ","TBD",null,"Needs lots of clarification.   "]
[2552,9,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2552-009"},"Low Level RF General Purpose IO","Utility monitoring and control for power status and RF signal strength is needed.",null,null,"121.3.04 LLRF","Access to analog and digital signal monitoring and control at MO and Stations","121.3.07 Cntrl","Access to analog and digital signal monitoring and control at MO and Stations","121.3.07 Cntrl",null,null," "]
[2552,10,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2552-010"},"Low Level RF High-speed DAQ","For beam loading compensation and beam dynamics diagnostics, high-speed DAQ is needed for the cavity and controller critical signals. These include cavity, forward, reflected, drive, and error and error signals.",null,null,"121.3.04 LLRF","LLRF will supply requirements for waveform\nacquisition and storage including number and size, rate, conditions\nfor storage, and data retention times.","121.3.07 Cntrl","Cntrl will provide the software to configure\nthe acquisition, acquire and store the desired waveforms as\nwell as basic applications to fetch and view the data. Also it will\nsupply an API so that more custom analysis applications may be\nwritten by experts.","121.3.07 Cntrl",null,null," "]
[2552,11,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2552-011"},"Low Level RF Resonance Control for WFE cavities","Bunchers and RFQ must be kept on resonance to reach KPP beam parameters. RFQ resonance is by water temperature regulation. Buncher resonance system is stepper motor tuners.",null,null,"121.3.04 LLRF","Beam and RF control requires cavities on resonance. Hardware support and development still has undefined scope.","121.3.07 Cntrl","Middle-layer service application. Hardware support and development still has undefined scope.","121.3.07 Cntrl",null,null," "]
[2553,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2553-001"},"SS ESS SSIU Interlock Permit Interface to LLRF Amplifier Signal Interlock Card","SS shall provide ESS permit signals to LLRF interlocked RF amplifier signal source.","LLRF's equipment will be interlocked and permited by SS's ESS interlock permit signals.","SS personnel will test the hardware and system with an ESS test procedure.","121.3.08 SS","SS owns the ESS SSIU Interlock Permit Interface.  SS provides ESS permit signals from its SSIUs for interlocked LLRF amplifer signal.","121.3.04 LLRF","- LLRF supplies signal interfaces for inhibiting and permitting the individual RF amplifer signals.\n\n-SS supplies the ESS permit cables for each interlocked power supply","121.3.04 LLRF;\n121.3.08 SS","- LLRF will pull and connects permit cables from SSIUs to each of the amplifier permit interfaces.\n\n- SS connects their end of each permit cable to a SSIU",null,"- ESS Functional Description\n- SSIU Functional Description (placeholder)","TBD","ESS Test Procedure","\"This is a \"\"consoildated\"\" interface for all LLRF power supply interfaces to SS's SSIUs.\n\nAssuming ISDs will define all the particular interfaces and power supplies for LLRF\n\nSuggest this entry and refine it moving forward\n\n-AO, 2/7/19"]
[2554,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2554-001"},"One 162.5 MHz RF phase reference signal for instrumenation electronics","Phase reference signal has a signal power of +10 dbm and a signal jitter (rms): < 400 fs over 1 Hz to 1 MHz bandwidth.",null,null,"121.3.04 LLRF","Supplied by LLRF","121.3.09 BI","BI responsible for distributing the signal for all instrumenation electronics","121.4.05 LI","LI provides installation assistance.",null,null,"TBD","TBD"]
[2554,"002",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2554-002"},"One 162.5 MHz RF phase reference signal for laser profile system","Phase reference signal has a signal power of +10 dbm and a signal jitter (rms): < 400 fs over 1 Hz to 1 MHz bandwidth.",null,null,"121.3.04 LLRF","Supplied by LLRF to WFE laser hut","121.3.09 BI","BI provides some of the requirement information for the phase reference signal.","121.4.05 LI","LI provides installation assistance.",null,null,"TBD","TBD"]
[2554,"003",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2554-003"},"One 1.3 GHz RF phase reference signal for laser profile system (WFE)","Phase reference signal has a signal power of +10 dbm and a signal jitter (rms): < 400 fs over 1 Hz to 1 MHz bandwidth.",null,null,"121.3.04 LLRF","Supplied by LLRF to WFE laser hut","121.3.09 BI","BI provides some of the requirement information for the phase reference signal.","121.4.05 LI","LI provides installation assistance.",null,null,"TBD","TBD"]
[2554,"004",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2554-004"},"One 1.3 GHz RF phase reference signal for laser profile system (end of Linac gallery)","Phase reference signal has a signal power of +10 dbm and a signal jitter (rms): < 400 fs over 1 Hz to 1 MHz bandwidth.",null,null,"121.3.04 LLRF","Supplied by LLRF to gallery laser hut","121.3.09 BI","BI respponsible for transport of signal to end of linac gallery.","121.4.05 LI","LI provides installation assistance.",null,null,"TBD","TBD"]
[2555,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2555-001"},"Low Level RF MPS Interface","Hardware interface and any communication protocol between the LLRF and machine protection system",null,null,"121.3.02 MPS;\n121.3.04 LLRF","MPS with the input of LLRF shall specify the requirements for signals, the hardware interface and any communication protocol between LLRF and the machine protection system.","121.3.04 LLRF","MPS shall provide signal receiver hardware and machine protection logic. LLRF shall provide the required signals. ","121.3.04 LLRF;\n121.3.02 MPS","MPS and LLRF shall provide testing of the machine protection interface","ED0004194 - LLRF FRS"," ","TBD",null,"Out of scope with Cntrls.  Need to transfer to new MPS WBS."]
[2555,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2555-002"},"LLRF signals to MPS","An inhibit signal shall be available from the LLRF system to MPS for each LLRF station",null,null,"121.3.02 MPS;\n121.3.04 LLRF","The MPS shall be able to turn off the RF drive in the case of a machine or safety event.","121.3.04 LLRF","Provide an interface for MPS to disable RF. A fiber interface shall be provided for this link.","121.3.08  SS;  121.3.02 MPS; 121.4.05 LI; ",null,null," ","TBD",null,"Will need to switch from SS to new MPS L3."]
[2555,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2555-003"},"MPS signals to LLRF","In the case of an MPS event, data logging might be desired. This signal may also be used to trigger data acquisition synchronous to the MPS event. There might be multiple signals available depending on the severity of the MPS event, allowing for a fast inhibit as well as a slower, triggered inhibit.",null,null,"121.3.02 MPS",null,"121.3.04 LLRF",null,"121.4.05 LI",null,null," ","TBD",null,"Will need to switch from SS to new MPS L3."]
[2555,"004",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2555-004"},"Cryo system and cryomodule status to LLRF","A permit signal shall be sent from the cryo system for each cryo module. This could take the form of a digital signal that encompasses multiple cryomodules, cryo systems, and statuses.",null,null,"121.3.04 LLRF","RF shall be turned off in the case of a cryo system problem.","121.3.02 MPS","Provide a permit signal for each cryomodule as to if it is RF-ready.","121.2.05 CP",null,null," ","TBD"]
[2564,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2564-001"},"Beam pattern generator chopper drive connections","The beam pattern generator chopper drive connections interface shall connect the pattern generation hardware to the two MEBT kickers and LEBT chopper.","The physical interfaces between WFE and LLRF are the connectors located on the kicker drivers electronics. Each output of the beam pattern generator shall be able to output independent arbitrary waveform patterns.","Inspection; Demonstration; Measurement","121.4.02 WFE;\n121.3.04 LLRF","121.4.2 WFE shall provide all kicker drivers electronics  with the proper connector receptacles; 121.3.04 LLRF shall define the number and type of the connections","121.3.04 LLRF","121.3.04 LLRF shall provide all cables and connectors needed between the pattern generation hardware and the drivers.","121.4.05 LI;\n121.3.07 Cntrl","121.4.05 LI and 121.3.07 Cntrl shall provide installation support to LLRF and WFE",null," ","TBD",null,"Needs discussion"]
[2564,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2564-002"},"RFQ RF cavity field connections","The RFQ RF cavity field connections shall connect the RF sensing loop located on the RFQ to the LLRF equipment.","The physical interface between WFE and LLRF shall be a 3/8\" heliax cable (phase stabilized LDF2-50) from the RFQ RF sensing loop to the LLRF rack. Allows for automated termination tooling (commsscope part CPT-E2L2N). Cable terminations at LLRF rack Type-N (part# L2TNM-PL). Cable terminations at the flange shall be Type-N (part# L2TNM-PL). 40 mW to 100 mW of RF power from the flange is recommended. ","Inspection; Demonstration; Measurement","121.4.02 WFE;\n121.3.04 LLRF","121.4.02 WFE shall provide all the RFQ RF probes. They will be mounted on the RFQ body; 121.4.02 WFE shall define the sensing loop connector type; 121.3.04 LLRF shall define the cable and connection types; 121.3.04 LLRF shall recommend power levels for the signal.","121.3.04 LLRF","121.3.04 LLRF shall provide all cables and connectors needed between the RFQ RF detectors and the LLRF system","121.4.05 LI","121.4.05 LI shall provide installation support to LLRF and WFE",null," ","TBD"]
[2564,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2564-003"},"Bunching cavities RF field cavity connections","The bunching cavities RF interface shall connect the RF sensing loop of each bunching cavity  to the LLRF equipment.","The physical interfaces between WFE and LLRF are the N-type cavity probe connections for each bunching cavity. The interface shall be 3/8\" heliax cable (phase stabilized LDF2-50) from the flange of the cavity probe to the LLRF rack. Allows for automated termination tooling (commscope part CPT-E2L2N). Cable termination at LLRF rack shall be Type-N (part# L2TNM-PL). Cable terminations at the flanges shall be Type-N (part# L2TNM-PL). 40 mW to 100 mW of RF power from the flange is recommended.","Inspection; Demonstration; Measurement","121.4.02 WFE;\n121.3.04 LLRF","121.4.02 WFE shall provide the bunching cavities outfitted with RF probes; 121.4.02 WFE shall define the RF probe connector type; 121.3.04 LLRF shall define the cable and connection types; 121.3.04 LLRF shall recommend power levels for the signal.","121.3.04 LLRF","121.3.04 LLRF shall provide all cables and connectors needed between the RF detectors located on each bunching cavities and the LLRF system","121.4.05 LI","121.4.05 LI shall provide installation support to LLRF and WFE",null," ","TBD"]
[2564,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2564-004"},"Choppers interfaces specifications","The choppers interfaces specifications interface shall specify the functionalities needed between the two systems to provide proper control and feedback.","There is no physical interface.",null,"121.3.04 LLRF","121.3.04 LLRF shall define the functionality of input and output signals necessary to provide proper control and feedback of the kickers","121.4.02 WFE","121.4.02 WFE shall incorporate in the design of the drivers electronics capabilities for control and feedback agreed upon with 121.3.04 LLRF.","121.3.04 LLRF;\n121.4.02 WFE","121.3.04 LLRF and 121.4.02 WFE shall agree upon functionalities needed from the choppers drivers electronics for proper control and monitoring",null," ","TBD"]
[2564,5,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2564-005"},"RFQ RF directional coupler connections","The RFQ RF directional coupler connections interface shall connect the RFQ RF input couplers to the LLRF equipment.","The physical interface between WFE and LLRF shall be a 3/8\" heliax cable (phase stabilized LDF2-50) from the RFQ directional couplers to the LLRF rack. Allows for automated termination tooling (commsscope part CPT-E2L2N). Cable terminations at LLRF rack Type-N","Inspection; Demonstration; Measurement","121.4.02 WFE;\n121.3.04 LLRF","121.4.02 WFE shall provide the input couplers with the appropriate instrumentation to monitor the forward and reflected power signals; 121.3.04 LLRF shall define the cable and connection types","121.3.04 LLRF","121.3.04 LLRF shall provide all cables and connectors needed between the input couplers and the LLRF system","121.4.05 LI","121.4.05 LI shall provide installation support to LLRF and WFE",null," ","TBD"]
[2564,6,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2564-006"},"Bunching cavities RF directional coupler connections","The bunching cavities directional coupler connections interface shall connect the bunching cavities input couplers to the LLRF equipment.","The physical interface between WFE and LLRF shall be a 3/8\" heliax cable (phase stabilized LDF2-50) from the bunching cavities directional couplers to the LLRF rack. Allows for automated termination tooling (commsscope part CPT-E2L2N). Cable terminations at LLRF rack Type-N","Inspection; Demonstration; Measurement","121.4.02 WFE;\n121.3.04 LLRF","121.4.02 WFE shall provide the input couplers with the appropriate instrumentation to monitor the forward and reflected power signals; 121.3.04 LLRF shall define the cable and connection types","121.3.04 LLRF","121.3.04 LLRF shall provide all cables and connectors needed between the input couplers and the LLRF system","121.4.05 LI","121.4.05 LI shall provide installation support to LLRF and WFE",null," ","TBD"]
[2564,7,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2564-007"},"Bunching cavities RF amplifier output directional coupler connections","The bunching cavities RF amplifiers output directional coupler connections interface shall connect the bunching cavities amplifiers output directional couplers to the LLRF equipment.","The physical interface between WFE and LLRF shall be a 3/8\" heliax cable (phase stabilized LDF2-50) from the bunching cavities amplifiers output directional couplers to the LLRF rack. Allows for automated termination tooling (commsscope part CPT-E2L2N). Cable terminations at LLRF rack Type-N","Inspection; Demonstration; Measurement","121.4.02 WFE;\n121.3.04 LLRF","121.4.02 WFE shall provide the amplifiers output couplers with the appropriate instrumentation to monitor the forward and reflected power signals; 121.3.04 LLRF shall define the cable and connection types","121.3.04 LLRF","121.3.04 LLRF shall provide all cables and connectors needed between the input couplers and the LLRF system","121.4.05 LI","121.4.05 LI shall provide installation support to LLRF and WFE",null," ","TBD"]
[2564,8,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2564-008"},"RFQ HPRF interlock connections","Raw signals from the sensors owned by HRPF shall be sent to the LLRF interlocks system. These consist of RTDs on the couplers and possible waveguide protection. A permit signal from each amplifier and to each ampifier shall also be available.",null,null,"121.3.04 LLRF","In case of a problem with the cavities or RF distribution system, LLRF interlocks should disable any RF drive output.","121.4.02 WFE",null,"121.4.05 LI",null,null," ","TBD"]
[2564,9,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2564-009"},"Buncher RF amplifier output directional coupler connections","There shall be a directional coupler at the output of each amplifier and before the circulator. 162.5 MHz RF signal from coupler to LLRF rack. The interface shall be 3/8\" heliax cable (phase stabilized LDF2-50) from coupler to LLRF rack - Allows for automated termination tooling (commscope part CPT-E2L2N). Cable terminations at LLRF rack Type-N (part# L2TNM-PL) . Cable terminations at coupler shall be Type-N(part# L2TNM-PL).",null,null,"121.3.04 LLRF","Have a forward and reflected power/signal for each input coupler. This is used to calculate cavity frequency as well as provide protection.","121.4.02 WFE",null,"121.4.05 LI",null,null," ","TBD"]
[2564,10,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2564-010"},"Buncher HPRF interlock connections","Raw signals from the sensors owned by HRPF shall be sent to the LLRF interlocks system. These consist of RTDs on the couplers and possible waveguide protection. A permit signal from each amplifier and to each ampifier shall also be available.",null,null,"121.3.04 LLRF","In case of a problem with the cavities or RF distribution system, LLRF interlocks should disable any RF drive output.","121.4.02 WFE",null,"121.4.05 LI",null,null," ","TBD"]
[2564,11,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2564-011"},"RFQ vacuum system status to LLRF","A permit signal should be sent from the vacuum system to each, associated LLRF interlock station for each vacuum section. This could take the form of a digital signal that encompasses multiple sections, systems, and statuses",null,null,"121.3.04 LLRF","RF interlocks requires knowledge of the vacuum state of the system. This could be provided over MPS?","121.4.02 WFE","Provide a permit signal for the RFQ as to if it is RF-ready.","121.4.05 LI",null,null," ","TBD"]
[2564,12,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2564-012"},"RFQ RF probes interface","The RFQ RF probes interface shall connect the RF pickup probes located on the RFQ to the LLRF equipment.","The physical interfaces between WFE and LLRF are the connectors from the RF probes mounted onto the RFQ. Only one these probes is connected to the LLRF system. ","Inspection; Demonstration; Measurement","121.4.02 WFE","121.4.02 WFE shall provide all the RFQ RF probes. They will be mounted on the RFQ body.","121.3.04 LLRF","121.3.04 LLRF shall provide all cables and connectors needed between the RFQ RF detectors and the LLRF system","121.4.05 LI","121.4.05 LI shall provide installation support to LLRF and WFE",null," ","TBD"]
[2564,13,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2564-013"},"Buncher RF cavity field  connections","N-type cavity probe connection for each buncher (3). 162.5 MHz RF signal from flange to LLRF rack. The interface shall be 3/8\" heliax cable (phase stabilized LDF2-50) from flange to LLRF rack - Allows for automated termination tooling (commscope part CPT-E2L2N). Cable terminations at LLRF rack Type-N (part# L2TNM-PL) . Cable terminations at flange shall be Type-N(part# L2TNM-PL). 40 mW to 100mW of RF power from the flange recommended.",null,null,"121.3.04 LLRF","Specifies RF performance and requirements for cavity field connections.","121.4.02 WFE","Provides connections for RF cavity field on WFE cavities.","121.4.05 LI",null,null," ","TBD"]
[2564,14,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2564-014"},"Bunching cavities RF probes interface","The bunching cavities RF interface shall connect the RF pickup probes of each bunching cavity (4) to the LLRF equipment.","The physical interfaces between WFE and LLRF are the 3.5-mm female connectors from the probes.","Inspection; Demonstration; Measurement","121.4.02 WFE","121.4.02 WFE shall provide 4 bunching cavities outfitted with RF probes.","121.3.04 LLRF","121.3.04 LLRF shall provide all cables and connectors needed between the RF detectors located on each of 4 bunching cavities and the LLRF system","121.4.05 LI","121.4.05 LI shall provide installation support to LLRF and WFE",null," ","TBD"]
[2565,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2565-001"},"LLRF rack space and cabling at PIP2IT","The installation of the LLRF system at PIP2IT requires rack space and cabling from Test Infrastructure",null,"Inspection","121.3.04 LLRF","121.3.04 LLRF shall define the rack space and location necessary to install the LLRF system at PIP2IT, as well as cable type, connectors and cable lengths to connect the LLRF system to the cryomodules.","121.4.03 TI","121.4.03 TI shall provide the rack space, cable routing, cables and connectors necessary to install and operate the LLRF system at PIP2IT","121.4.03 TI","121.4.03 TI shall provide the installation support and coordination for the LLRF installation at PIP2IT","ED000xxxx - LLRF FRS ","ED000xxxx - LLRF ISD","TBD",null,"The only STC scope that is in TI is the mechanical modification of the test cryostat and initial cryogenic testing of the modifications.  All other infrastructure work resides elsewhere (not within TI WBS).  This interface will need to be broken up between STC and PIP2IT"]
[2565,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2565-002"},"Cabling an cabling support for LLRF at PIP2IT",null,null,null,"121.3.04 LLRF","Provides specifications for all cables in LLRF scope. Involved in determination of cable labling and specification. Provides cable lists and requirements.","121.4.03 TI","Provides space for cabling and cable support at PIP2IT","121.4.03 TI","Purchases, installs, and tests all cables and most connectors in LLRF scope to specifications at PIP2IT.",null," ","TBD"]
[2566,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2566-001"},"RFQ Resonance Control System - Water interface","The RFQ Resonance Control System - Water interface shall connect the resonance control system hardware for controlling valves to the chilled water delivery piping.","The physical interfaces are the sensors (temperature, flow) connectors installed on the resonance control system hardware. The mixing valves should be placed as close as possible to the RFQ, while still meeting all other requirements. The control link will be provided through the controls system. The mixing chambers should be as close as possible to the RFQ. Any nearby equipment should be vibration isolated to minimize impact on cryomodules and the rest of the facility.","Inspection; Demonstration; Measurement","121.3.04 LLRF","121.3.04 LLRF shall define the number, types and locations of the sensors for the resonance control system","121.4.04 BldgI","121.4.04 BldgI shall provide adequate water infrastructure (including valves and instrumentation).","121.4.02 WFE;\n121.4.05 LI","121.4.05 LI shall provide installation support to LLRF and BldgI; 121.4.02 WFE owns the RFQ manifold to which the resonance control system hardware (piping) connects to.",null," ","TBD"]
[2566,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2566-002"},"HWR RF cavity field probe","An N-type field probe connection shall be available for each cavity (8). 162.5 MHz RF signal from flange to LLRF rack. The interface shall be 3/8\" heliax cable (phase stabilized LDF2-50) from flange to LLRF rack.",null,null,"121.3.04 LLRF","The LLRF system uses the field probe to calculate accelerating gradient and other field characteristics.","121.4.04 BldgI","Provides all cable tray necessary.","121.4.04 BldgI",null,null," ","TBD"]
[2566,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2566-003"},"SSR RF cavity field probe","An N-type field probe connection shall be available for each cavity (8). 325 MHz RF signal from flange to LLRF rack. The interface shall be 3/8\" heliax cable (phase stabilized LDF2-50) from flange to LLRF rack.",null,null,"121.3.04 LLRF","The LLRF system uses the field probe to calculate accelerating gradient and other field characteristics.","121.4.04 BldgI","Provides all standard cables and cable tray necessary.","121.4.04 BldgI","BldgI collects all cable requirements and coordinates layout of cable trays and rack locations.",null," ","TBD"]
[2566,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2566-004"},"650 RF cavity field probe","An N-type field probe connection shall be available for each cavity (8). 325 MHz RF signal from flange to LLRF rack. The interface shall be 3/8\" heliax cable (phase stabilized LDF2-50) from flange to LLRF rack.",null,null,"121.3.04 LLRF","The LLRF system uses the field probe to calculate accelerating gradient and other field characteristics.","121.4.04 BldgI","Provides all cable tray necessary.","121.4.04 BldgI",null,null," ","TBD"]
[2566,5,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2566-005"},"650 Resonance Control","Resonance control is performed by the use of a stepper motor and piezo driver connections on each cavity. These connections consist of 2 piezo stacks and a stepper motor per cavity. LLRF shall provide the control for these devices.",null,null,"121.3.04 LLRF","Each cavity shall be kept on resonance/at frequency to minimize necessary drive power. In addition, the ability to compensate for microphonics will be needed for the same.","121.4.04 BldgI","Provides all cable tray necessary.","121.4.04 BldgI",null,null," ","TBD"]
[2566,6,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2566-006"},"RF Drive Signals","There should be a minimum of 5 dBm available at the amplifier interface. This is irrespective of the drive requirements for the amplifiers themselves. The interface shall be 3/8\" heliax cable (phase stabilized LDF2-50) from LLRF rack to ampliferi - Allows for automated termination tooling (commscope part CPT-E2L2N). Cable terminations at LLRF rack Type-N (part# L2TNM-PL) . Cable terminations at amplifier shall be Type-N(part# L2TNM-PL).",null,null,"121.3.04 LLRF",null,"BldgI shall collect all cable and connector requirements in the PIP-II cable database.  BldgI shall provide all standard cables and connectors","121.4.05 LI","121.4.05 LI shall perform all cable pulls",null,null," ","TBD"]
[2566,7,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2566-007"},"RFQ RF amplifier output directional coupler connections","There shall be a directional coupler at the output of each amplifier and before the circulator. 162.5 MHz RF signal from coupler to LLRF rack. The interface shall be 3/8\" heliax cable (phase stabilized LDF2-50) from coupler to LLRF rack - Allows for automated termination tooling (commscope part CPT-E2L2N). Cable terminations at LLRF rack Type-N (part# L2TNM-PL) . Cable terminations at coupler shall be Type-N(part# L2TNM-PL).",null,"Inspection","121.3.04 LLRF","Have a forward and reflected power/signal for each input coupler.","121.4.04 BldgI","BldgI shall collect all cable and connector requirements in the PIP-II cable database.  BldgI shall provide all standard cables and connectors","121.4.05 LI","121.4.05 LI shall perform all cable pulls",null," ","TBD"]
[2566,8,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2566-008"},"RFQ HPRF interlock connections","Raw signals from the sensors owned by HRPF shall be sent to the LLRF interlocks system. These consist of RTDs on the couplers and possible waveguide protection. A permit signal from each amplifier and to each ampifier shall also be available.",null,null,"121.3.04 LLRF","In case of a problem with the cavities or RF distribution system, LLRF interlocks should disable any RF drive output.","121.4.04 BldgI","BldgI shall collect all cable and connector requirements in the PIP-II cable database.  BldgI shall provide all standard cables and connectors","121.4.05 LI","121.4.05 LI shall perform all cable pulls",null," ","TBD"]
[2566,9,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2566-009"},"Buncher RF directional coupler connections","Each input coupler has a directional coupler before it. LLRF wants the forward and reflected signals from this coupler. 162.5 MHz RF signal from coupler to LLRF rack. The interface shall be 3/8\" heliax cable (phase stabilized LDF2-50) from coupler to LLRF rack - Allows for automated termination tooling (commscope part CPT-E2L2N). Cable terminations at LLRF rack Type-N (part# L2TNM-PL) . Cable terminations at coupler shall be Type-N(part# L2TNM-PL). Each cavity shall have its associated forward and reflected signal run in the same penetration.",null,null,"121.3.04 LLRF","Have a forward and reflected power/signal for each input coupler. This is used to calculate cavity frequency as well as provide protection.","121.4.04 BldgI","BldgI shall collect all cable and connector requirements in the PIP-II cable database.  BldgI shall provide all standard cables and connectors","121.4.05 LI","121.4.05 LI shall perform all cable pulls",null," ","TBD"]
[2566,10,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2566-010"},"Buncher RF amplifier output directional coupler connections","There shall be a directional coupler at the output of each amplifier and before the circulator. 162.5 MHz RF signal from coupler to LLRF rack. The interface shall be 3/8\" heliax cable (phase stabilized LDF2-50) from coupler to LLRF rack - Allows for automated termination tooling (commscope part CPT-E2L2N). Cable terminations at LLRF rack Type-N (part# L2TNM-PL) . Cable terminations at coupler shall be Type-N(part# L2TNM-PL).",null,null,"121.3.04 LLRF","Have a forward and reflected power/signal for each input coupler. This is used to calculate cavity frequency as well as provide protection.","121.4.04 BldgI","BldgI shall collect all cable and connector requirements in the PIP-II cable database.  BldgI shall provide all standard cables and connectors","121.4.05 LI","121.4.05 LI shall perform all cable pulls",null," ","TBD"]
[2566,11,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2566-011"},"Buncher HPRF interlock connections","Raw signals from the sensors owned by HRPF shall be sent to the LLRF interlocks system. These consist of RTDs on the couplers and possible waveguide protection. A permit signal from each amplifier and to each ampifier shall also be available.",null,null,"121.3.04 LLRF","In case of a problem with the cavities or RF distribution system, LLRF interlocks should disable any RF drive output.","121.4.04 BldgI","BldgI shall collect all cable and connector requirements in the PIP-II cable database.  BldgI shall provide all standard cables and connectors","121.4.05 LI","121.4.05 LI shall perform all cable pulls",null," ","TBD"]
[2566,12,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2566-012"},"HWR RF directional coupler connections","Each input coupler has a calibrated directional coupler before it. LLRF wants the forward and reflected signals from this coupler. 162.5 MHz RF signal from coupler to LLRF rack. The interface shall be 3/8\" heliax cable (phase stabilized LDF2-50) from coupler to LLRF rack - Allows for automated termination tooling (commscope part CPT-E2L2N). Cable terminations at LLRF rack Type-N (part# L2TNM-PL) . Cable terminations at coupler shall be Type-N(part# L2TNM-PL). Each cavity shall have its associated forward and reflected signal run in the same penetration.",null,null,"121.3.04 LLRF","Have a forward and reflected power/signal for each input coupler. This is used to calculate cavity frequency as well as provide protection.","121.4.04 BldgI","BldgI shall collect all cable and connector requirements in the PIP-II cable database.  BldgI shall provide all standard cables and connectors","121.4.05 LI","121.4.05 LI shall perform all cable pulls",null," ","TBD"]
[2566,13,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2566-013"},"HWR HPRF interlock connections","Raw signals from the sensors owned by HRPF shall be sent to the LLRF interlocks system. These consist of RTDs on the couplers and possible waveguide protection, in addition to other possible sensors. A permit signal from each amplifier and to each ampifier shall also be available. Currently consists of airflow, bias supply status, RF antenna, and temperature.",null,null,"121.3.04 LLRF","In case of a problem with the cavities or RF distribution system, LLRF interlocks should disable any RF drive output.","121.4.04 BldgI","BldgI shall collect all cable and connector requirements in the PIP-II cable database.  BldgI shall provide all standard cables and connectors","121.4.05 LI","121.4.05 LI shall perform all cable pulls",null," ","TBD"]
[2566,14,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2566-014"},"SSR RF directional coupler connections","Each input coupler has a calibrated directional coupler before it. LLRF wants the forward and reflected signals from this coupler. 325 MHz RF signal from coupler to LLRF rack. The interface shall be 3/8\" heliax cable (phase stabilized LDF2-50) from coupler to LLRF rack - Allows for automated termination tooling (commscope part CPT-E2L2N). Cable terminations at LLRF rack Type-N (part# L2TNM-PL) . Cable terminations at coupler shall be Type-N(part# L2TNM-PL).",null,null,"121.3.04 LLRF","Have a forward and reflected power/signal for each input coupler. This is used to calculate cavity frequency as well as provide protection.","121.4.04 BldgI","BldgI shall collect all cable and connector requirements in the PIP-II cable database.  BldgI shall provide all standard cables and connectors","121.4.05 LI","121.4.05 LI shall perform all cable pulls",null," ","TBD"]
[2566,15,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2566-015"},"SSR RF amplifier output directional coupler connections","There shall be a calibrated directional coupler at the output of each amplifier and before the circulator. 325 MHz RF signal from coupler to LLRF rack. The interface shall be 3/8\" heliax cable (phase stabilized LDF2-50) from coupler to LLRF rack - Allows for automated termination tooling (commscope part CPT-E2L2N). Cable terminations at LLRF rack Type-N (part# L2TNM-PL) . Cable terminations at coupler shall be Type-N(part# L2TNM-PL).",null,null,"121.3.04 LLRF","Have a forward and reflected power/signal for each input coupler. This is used to calculate cavity frequency as well as provide protection.","121.4.04 BldgI","BldgI shall collect all cable and connector requirements in the PIP-II cable database.  BldgI shall provide all standard cables and connectors","121.4.05 LI","121.4.05 LI shall perform all cable pulls",null," ","TBD"]
[2566,16,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2566-016"},"SSR HPRF  interlock connections","Raw signals from the sensors owned by HRPF shall be sent to the LLRF interlocks system. These consist of RTDs on the couplers and possible waveguide protection, in addition to other possible sensors. A permit signal from each amplifier and to each ampifier shall also be available. Currently consists of airflow, IR, RTD, bias supply status, FEP, magnet coil status, RF antenna, and PMT.",null,null,"121.3.04 LLRF","In case of a problem with the cavities or RF distribution system, LLRF interlocks should disable any RF drive output.","121.4.04 BldgI","BldgI shall collect all cable and connector requirements in the PIP-II cable database.  BldgI shall provide all standard cables and connectors","121.4.05 LI","121.4.05 LI shall perform all cable pulls",null," ","TBD"]
[2566,17,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2566-017"},"650 HPRF directional couplers","Each input coupler has a calibrated directional coupler before it. LLRF wants the forward and reflected signals from this coupler. 650 MHz RF signal from coupler to LLRF rack. The interface shall be 3/8\" heliax cable (phase stabilized LDF2-50) from coupler to LLRF rack - Allows for automated termination tooling (commscope part CPT-E2L2N). Cable terminations at LLRF rack Type-N (part# L2TNM-PL) . Cable terminations at coupler shall be Type-N(part# L2TNM-PL).",null,null,"121.3.04 LLRF","Have a forward and reflected power/signal for each input coupler. This is used to calculate cavity frequency as well as provide protection.","121.4.04 BldgI","BldgI shall collect all cable and connector requirements in the PIP-II cable database.  BldgI shall provide all standard cables and connectors","121.4.05 LI","121.4.05 LI shall perform all cable pulls",null," ","TBD"]
[2566,18,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2566-018"},"650 RF amplifier output directional coupler connections","There shall be a calibrated directional coupler at the output of each amplifier and before the circulator. 650 MHz RF signal from coupler to LLRF rack. The interface shall be 3/8\" heliax cable (phase stabilized LDF2-50) from coupler to LLRF rack - Allows for automated termination tooling (commscope part CPT-E2L2N). Cable terminations at LLRF rack Type-N (part# L2TNM-PL) . Cable terminations at coupler shall be Type-N(part# L2TNM-PL).",null,null,"121.3.04 LLRF","Have a forward and reflected power/signal for each input coupler. This is used to calculate cavity frequency as well as provide protection.","121.4.04 BldgI","BldgI shall collect all cable and connector requirements in the PIP-II cable database.  BldgI shall provide all standard cables and connectors","121.4.05 LI","121.4.05 LI shall perform all cable pulls",null," ","TBD"]
[2566,19,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2566-019"},"650 HPRF interlock connections","Raw signals from the sensors owned by HRPF shall be sent to the LLRF interlocks system. These consist of RTDs on the couplers and possible waveguide protection, in addition to other possible sensors. A permit signal from each amplifier and to each ampifier shall also be available.  Currently consists of airflow, IR, RTD, bias supply status, FEP, magnet coil status, RF antenna, and PMT.",null,null,"121.3.04 LLRF","In case of a problem with the cavities or RF distribution system, LLRF interlocks should disable any RF drive output.","121.4.04 BldgI","BldgI shall collect all cable and connector requirements in the PIP-II cable database.  BldgI shall provide all standard cables and connectors","121.4.05 LI","121.4.05 LI shall perform all cable pulls",null," ","TBD"]
[2566,20,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2566-020"},"RFQ vacuum system status to LLRF","A permit signal should be sent from the vacuum system to each associated LLRF interlock station for each vacuum section. This could take the form of a digital signal that encompasses multiple sections, systems, and statuses",null,null,"121.3.04 LLRF","RF interlocks requires knowledge of the vacuum state of the system. This could be provided over MPS?","121.4.04 BldgI","BldgI shall collect all cable and connector requirements in the PIP-II cable database.  BldgI shall provide all standard cables and connectors","121.4.05 LI","121.4.05 LI shall perform all cable pulls",null," ","TBD"]
[2566,21,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2566-021"},"LLRF control","Each LLRF system shall have a connection to the control system for monitoring and control. Each station (4 cavities) needs at least 4 dedicated controls connections available. These are currently being designed as 1 Gbps Ethernet connections with provision for fiber connections.",null,null,"121.3.04 LLRF","Requires connections to control system for DAQ, status and control.","121.4.04 BldgI","BldgI shall collect all cable and connector requirements in the PIP-II cable database.  BldgI shall provide all standard cables and connectors","121.4.05 LI","121.4.05 LI shall perform all cable pulls",null," ","TBD"]
[2566,22,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2566-022"},"Timing and events distribution system (WR) with better than single bucket resolution","Timing and events connections are being designed as high-speed fiber with support for the White Rabbit standard.",null,null,"121.3.04 LLRF","Timing and events are necessary for proper LLRF system operation and data timestamping.","121.4.04 BldgI","BldgI shall collect all cable and connector requirements in the PIP-II cable database.  BldgI shall provide all standard cables and connectors","121.4.05 LI","121.4.05 LI shall perform all cable pulls",null," ","TBD"]
[2566,23,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2566-023"},"Beam pattern generator timing/events connection","The BPG shall provide the master signals to support the accelerator event generation. ",null,null,"121.3.04 LLRF",null,"121.4.04 BldgI","BldgI shall collect all cable and connector requirements in the PIP-II cable database.  BldgI shall provide all standard cables and connectors","121.4.05 LI","121.4.05 LI shall perform all cable pulls",null," ","TBD"]
[2566,26,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2566-026"},"Grounding","BldgI shall provide grounding of equipment.",null,"Inspection","121.3.04 LLRF","121.3.04 LLRF shall define any special grounding requirements for LLRF equipment","121.4.04 BldgI","121.4.04 BldgI shall provide the grounding infrastructure required for 121.3.04 LLRF equipment","121.4.05 LI","121.4.05 LI shall install grounding for LLRF equipment ","TBD","TBD","TBD"]
[2566,27,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2566-027"},"Cabling and cabling support for LLRF",null,null,null,"121.3.04 LLRF","Provides specifications for all cables in LLRF scope. Involved in determination of cable labling and specification. Provides cable lists and requirements.","121.4.04 BldgI","BldgI shall collect all cable and connector requirements in the PIP-II cable database.  BldgI shall provide all standard cables and connectors","121.4.05 LI","121.4.05 LI shall perform all cable pulls",null," ","TBD",null,"This needs to be split into seperate interfaces between LLRF/LI and LLRF/TI (JL)"]
[2566,28,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2566-028"},"Signals necessary between LLRF and beam instrumentation","At the least, this consists of an RF clock for use in instrumentation front-ends for synchronous data capture with bucket-level resolution.",null,null,"121.3.04 LLRF","Beam instrumentation requires phase-synchronous clocks sourced from LLRF.","121.4.04 BldgI","BldgI shall collect all cable and connector requirements in the PIP-II cable database.  BldgI shall provide all standard cables and connectors","121.4.05 LI","121.4.05 LI shall perform all cable pulls",null," ","TBD"]
[2566,"029",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2566-029"},"RFQ Resonance Control System -- Water","The resonance control system for the RFQ uses valves to provide varying temperature water on the vane and walls of the RFQ. The water system mixing valves should be placed as close as possible to the RFQ, while still meeting all other requirements. The control link will be provided through the controls system (see 2552 interfaces). The mixing chambers should be as close as possible to the RFQ. Any nearby equipment should be vibration isolated to minimize impact on cryomodules and rest of facility.",null,null,"121.3.04 LLRF","Specifices requirements on LCW system for resonance control of RFQ, along with AP and WFE.","121.4.04 BldgI","Provides an LCW water system and Valves for controll of the RFQ resonant frequency.","121.4.04 BldgI;\n121.4.05 LI;\n121.3.07 Cntrl","Provide valves and control as needed. Provides interface to controllers for LLRF to tune system.",null," ","TBD",null,"Probably should separate water and controls data interfaces"]
[2567,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2567-001"},"LLRF systems common requirements - rigging","The LLRF systems, or any dismountable part thereof bigger than what can be handled by a single individual, shall include rigging interfaces for vertical lifting with a crane as well as forklifting interfaces for lifting with a forklift or pallet jack.  All lifting interfaces shall be clearly marked.  Rigging components shall satisfy the requirements of the relevant FESHM chapters (e.g. marking of rigging components).  All payload weights shall be clearly marked.  ","0-Interface","Inspection ","121.3.04 LLRF; 121.4.05 LI","LLRF will define the geometry of the systems","121.3.04 LLRF","LLRF will provide the rigging interfaces","121.4.05 LI","LI will integrate these systems within the PIP2 footprint",null," ","TBD"]
[2577,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2577-001"},"LLRF support for accelerator facility upgrades","Energy matching between booster and Linac on injection Needs interface definition and scope. Additional interfaces probably needed.",null,null,"121.5.04 BSTR","Provides booster parameters and operational limits necessary for proper energy matching. Provides detectors as needed for energy matching.","121.3.04 LLRF","Provides algorithm and research necessary for proper energy matching and operation.","121.3.04 LLRF;\n121.3.07 Cntrl;\n121.5.04 BSTR",null,null," ","TBD",null,"Needs lots of clarification.  Needs to be redefined. (IK)"]
[2592,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2592-001"},"SSR RF cavity field probe","An N-type field probe connection shall be available for each cavity (8). 325 MHz RF signal from flange to LLRF rack. The interface shall be 3/8\" heliax cable (phase stabilized LDF2-50) from flange to LLRF rack.",null,null,"121.3.04 LLRF","The LLRF system uses the field probe to calculate accelerating gradient and other field characteristics.","121.6.05 Cmplx","Provides the necessary penetrations for the SSR cables,","121.6.05 Cmplx",null,null," ","TBD"]
[2592,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2592-002"},"RFQ RF directional coupler connections","Each input coupler has a directional coupler before it. LLRF wants the forward and reflected signals from this coupler. 162.5 MHz RF signal from coupler to LLRF rack. The interface shall be 3/8\" heliax cable (phase stabilized LDF2-50) from coupler to LLRF rack - Allows for automated termination tooling (commscope part CPT-E2L2N). Cable terminations at LLRF rack Type-N (part# L2TNM-PL) . Cable terminations at coupler shall be Type-N(part# L2TNM-PL).",null,null,"121.3.04 LLRF","Have a forward and reflected power/signal for each input coupler.","121.6.05 Cmplx","Provides the necessary penetrations for the RFQ cables,","121.6.05 Cmplx",null,null," ","TBD"]
[2592,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2592-003"},"Buncher RF directional coupler connections","Each input coupler has a directional coupler before it. LLRF wants the forward and reflected signals from this coupler. 162.5 MHz RF signal from coupler to LLRF rack. The interface shall be 3/8\" heliax cable (phase stabilized LDF2-50) from coupler to LLRF rack - Allows for automated termination tooling (commscope part CPT-E2L2N). Cable terminations at LLRF rack Type-N (part# L2TNM-PL) . Cable terminations at coupler shall be Type-N(part# L2TNM-PL). Each cavity shall have its associated forward and reflected signal run in the same penetration.",null,null,"121.3.04 LLRF","Have a forward and reflected power/signal for each input coupler. This is used to calculate cavity frequency as well as provide protection.","121.6.05 Cmplx","Provides the necessary penetrations for the Buncher cables,","121.6.05 Cmplx",null,null," ","TBD"]
[2592,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2592-004"},"SSR RF directional coupler connections","Each input coupler has a calibrated directional coupler before it. LLRF wants the forward and reflected signals from this coupler. 325 MHz RF signal from coupler to LLRF rack. The interface shall be 3/8\" heliax cable (phase stabilized LDF2-50) from coupler to LLRF rack - Allows for automated termination tooling (commscope part CPT-E2L2N). Cable terminations at LLRF rack Type-N (part# L2TNM-PL) . Cable terminations at coupler shall be Type-N(part# L2TNM-PL).",null,null,"121.3.04 LLRF","Have a forward and reflected power/signal for each input coupler. This is used to calculate cavity frequency as well as provide protection.","121.6.05 Cmplx","Provides the necessary penetrations for the SSR cables,","121.6.05 Cmplx",null,null," ","TBD"]
[2592,5,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2592-005"},"Tunnel Space requirements for MO and reference line system","Reference line installation with heliax, plus couplers and on-wall/floor distribution units. The reference line in the tunnel consists of couplers and a 7/8\" heliax line running the length of the tunnel.",null,null,"121.3.04 LLRF","Provides MO/RL system.","121.6.05 Cmplx","Provides ample space in tunnel for reference line installation and maintenance.","121.6.05 Cmplx",null,null," ","TBD"]
[2592,6,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2592-006"},"Facility Temperature Requirements","Precision electronics in unenclosed rack requirements. Stability issues have been seen on the previous linac due to environmental variation.",null,null,"121.3.04 LLRF","Provides specifications necessary for sensitive electronics.","121.6.05 Cmplx","Provides gallery environmental control systems necessary to meet performance specifications as driven by physics requirements.","121.6.05 Cmplx",null,null,"ASHRAE A1 Recommended, 64 deg F minimum, 70 deg F nominal, 80 deg F maximum","TBD"]
[2592,7,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2592-007"},"Facility Humidity requirements","Precision electronics in unenclosed rack requirements. Stability issues have been seen on the previous linac due to environmental variation.",null,null,"121.3.04 LLRF","Provides specifications necessary for sensitive electronics.","121.6.05 Cmplx","Provides gallery environmental control systems necessary to meet performance specifications as driven by physics requirements.","121.6.05 Cmplx",null,null,"ASHRAE A1 Recommended, 20% minimum, 45% nominal, 60% maximum","TBD"]
[2592,8,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2592-008"},"Power for LLRF, including UPS","Total power required breaks down by LLRF subsystem. This includes reference line system in the tunnel, LO distribution in the gallery, each LLRF station, and the chopper program generator",null,null,"121.3.04 LLRF","Provides required specifications for power usage and types.","121.6.05 Cmplx","Provides electrical service necessary for LLRF equipment and utility equipment in gallery and tunnel. Provides UPS power for any system that requires it. This should be both UPS for backup and a seamless transffer to generator, if used.","121.4.05 LI",null,null," ","TBD"]
[2592,9,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2592-009"},"Penetration cabling requirements","The penetration cabling requirements interface shall identify the needs for penetrations and their locations as they apply to the WFE LLRF equipment.","There is no physical interface. The interface will be the cables database.",null,"121.3.04 LLRF","121.3.04 LLRF shall define the distances/locations of the penetrations based on requirements on cable length, signal distorsion and any other requirements pertaining to the properties of signal carried by the cables considered.","121.6.05 Cmplx","121.6.05 Cmplx shall provide the penetrations agreed upon with LLRF, taking into constraints and requirements from other sub-systems.","121.4.02 WFE;\n121.6.05 Cmplx;\n121.3.09 BI","121.4.02 WFE, 121.3.09 BI and 121.6.05 Cmplx are stake-holders in determining cable lengths and other requirements for signal carrying cables; ",null," ","TBD"]
[2599,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2599-001"},"BTL Dipole and Quad magnet vacuum beam tube and flanges","The BTL dipoles and quads must be compatible with the vacuum requirements of the beam line and must connect to other devices",null,"Inspection, Demonstration","121.3.06 Vac","The vacuum WBS needs to define flange sizes and adaptor pipes so that vacuum connections between the magnets and other devices can be made. Vac also needs to define the vacuum requirements","121.3.05 MagPS","MagPS will provide magnets with suitable beam pipes that have the required vacuum properties","121.5.03 BTLI","BTLI will install the magnets and be responsible for connections between magnets and other devices",null," ","TBD",null,"Quads may not have inserted beam pipe. DM"]
[2599,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2599-002"},"Vacuum interface for BTL specialty magnets","There are four specialty magnets in the BTL that will have unique designs that need to be compatible with the BTL vacuum requirements and systems",null,"Inspection, Demonstration,Analysis, Measurement","121.3.06 Vac","Vac will define the vacuum requirements for these devices and specify beam tube requirements","121.3.05 MagPS","MagPS will provide magnets with beam pipe properties compatible with the vacuum requirements","121.5.03 BTLI","Rinst will be responsible for installing the specialty magnets and for making the vacuum connections",null," ","TBD"]
[2599,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2599-003"},"VAC-MagPS","Magnet aperture shall meet together with vacuum beamtube",null,"design drawings; Inspection;","121.3.06 Vac;\n121.3.05 MagPS","VAC and MegPS shall agree on beamtube design and specification","121.3.05 MagPS","Magnets have features to support and feasible for beamtube installation.","121.3.06 Vac","beamtube reliablablly fit and supported insde magnets","ED0004444"," ","TBD"]
[2600,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2600-001"},"650 MHz magnet power supply control","MagPS will need to interface with controls to insure we have a waveform generator appropriate to the power supply as well as read back channels that are appropriate for the power supply. In addition these supplies need to communicate with the MPS to turn off the beam in case they are not in the proper state",null,"Demonstration","121.3.05 MagPS","MagPS will define the number of readback channels, the number of digital channels needed and the type of reference signal needed for each supply as well as define the type of signal that will be sent to the MPS.  MagPS will procure and install adequate number of VME crates and appropriate controls hardware.","121.3.07 Cntrl","Controls will install an adequate number of VME crates and appropriate control cards which will generate the dc references needed as well as analog and digital control. Controls will also need to provide inputs  to the MPS for these power supplies. Cntl shall provide front end and application software to configure the supplies.","121.3.07 Cntrl","Cntrl will install all necessary systems to provide for the control and monitoring of all the warm 650 MHz power supplies",null," ","TBD",null,"True for the correctors.  Quads will have their own control system.  MagPS will provide and install VME crates and cards.  Controls will only provide the Ethernet connection. (AM)  Bruce and I have edited this interface (AM).  Should not specifiy VME crates. MPS is now separate scope.  Suggest removing VME."]
[2600,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2600-002"},"Controls for BTL power supplies","MagPS will need to interface with controls to insure we have a waveform generator appropriate to the power supply as well as read back channels that are appropriate for the power supply. In addition these supplies will need to communicate with the MPS system in case they trip off",null,"Demonstration","121.3.05 MagPS","MagPS will define the number of readback channels, the number of digital channels needed and the type of reference signal needed for each supply as well as define the type of signal that will be sent to the MPS.","121.3.07 Cntrl","Controls will install an adequate number of VME crates and appropriate control cards which will generate the dc references needed as well as analog and digital control. Controls will also need to provide inputs  to the MPS for these power supplies","121.3.07 Cntrl","Controls will be responsible for installing all necessary crates, control cards and read back capabilities as required by the power supply system",null," ","TBD",null,"Only interface with Cntrls with Ethernet.  VME crates and hardware will be provided and installed by MagPS (AM).  Should not specifiy VME crates. MPS is now separate scope.  Suggest removing VME."]
[2600,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2600-003"},"Timing signals","The fast switch magnet power supply will need timing signals",null,"Analysis","121.3.05 MagPS","MagPS will define the requirements for the timing","121.3.07 Cntrl","Controls will supply the appropriate system to deliver the required timing signals","121.5.03 BTLI","Rinst will run the timing cables from the controls system to the power supply",null," "]
[2601,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2601-001"},"SS ESS SSIU Interlock Permit Interface to MagPS Power Supplies","SS shall provide ESS permit signals to MagPS interlocked power supplies.","MagPS's power supplies with exposed connections will be interlocked and permited by SS's ESS interlock permit signals.","SS personnel will test the hardware and system with an ESS test procedure.","121.3.08 SS","SS owns the ESS SSIU Interlock Permit Interface.  SS provides ESS permit signals from its SSIUs for interlocked MagPS power supplies.","121.3.05 MagPS","- MagPS supplies signal interfaces for inhibiting and permitting the individual power supplies\n\n-SS supplies the ESS permit cables for each interlocked power supply","121.3.05 MagPS;\n121.3.08 SS","- MagPS will pull and connects permit cables from SSIUs to each of the power supply permit interfaces.\n\n- SS connects their end of each permit cable to a SSIU",null,"- ESS Functional Description (placeholder)\n- SSIU Functional Description (placeholder)","TBD","ESS Test Procedure","\"This is a \"\"consoildated\"\" interface for all MagPS power supply interfaces to SS's SSIUs.\n\nAssuming ISDs will define all the particular interfaces and power supplies for MagPS\n\nSuggest this entry and refine it moving forward\n\n-AO, 2/7/19"]
[2603,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2603-001"},"Power Supply to MPS communication","The HWR, SSR1 and SSR2 QPMs need to communicate with the MPS to shut off beam in case a magnet has quenched or turned off",null,"Demonstration","121.3.02 MPS","The QPM system for HWR, SSR1 and SSR2 magnets need to communicate to the MPS that a magnet has quenched or is otherwise off so as to turn off beam. MPS will specify the type of signal and cable","121.3.05 MagPS","MagPS will provides a signal to the MPS indicating a bad status for a magnet as well as provide the cable","121.4.05 LI","LI will be responsible for the cables between the QPM and MPS",null," ","TBD",null,"Will have to change the supplier to the new MPS WBS when ready. (AM and BH)"]
[2603,"002",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2603-002"},"650 MHz magnet power supply control","MagPS will need to interface with controls to insure we have a waveform generator appropriate to the power supply as well as read back channels that are appropriate for the power supply. In addition these supplies need to communicate with the MPS to turn off the beam in case they are not in the proper state",null,"Demonstration","121.3.05 MagPS","MagPS will define the number of readback channels, the number of digital channels needed and the type of reference signal needed for each supply as well as define the type of signal that will be sent to the MPS.  MagPS will procure and install adequate number of VME crates and appropriate controls hardware.","121.3.02 MPS","MPS will receive inputs for these power supplies.","121.3.07 Cntrl","Cntrl will install all necessary systems to provide for the control and monitoring of all the warm 650 MHz power supplies",null," ","TBD"]
[2603,"003",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2603-003"},"Controls for BTL power supplies","MagPS will need to interface with controls to insure we have a waveform generator appropriate to the power supply as well as read back channels that are appropriate for the power supply. In addition these supplies will need to communicate with the MPS system in case they trip off",null,"Demonstration","121.3.05 MagPS","MagPS will define the number of readback channels, the number of digital channels needed and the type of reference signal needed for each supply as well as define the type of signal that will be sent to the MPS.","121.3.02 MPS","MPS will receive inputs for these power supplies.","121.3.07 Cntrl","Controls will be responsible for installing all necessary crates, control cards and read back capabilities as required by the power supply system",null," ","TBD"]
[2614,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2614-001"},"650 MHz warm magnet Linac Building requirements","The power supplies for the warm 650 MHz power supplies will require relay racks to accommodate commercial power supplies and crates for regulators as well as relay racks for switcher modules. These RR will require 480 and 110 VAC.",null,"Inspection, Demonstration","121.3.05 MagPS","MagPS willpProvide estimates of rack space needed, heat estimates and AC power requirements ","121.4.04 BldgI"," BldgI will design in space for relay racks, access to appropriate ac power, adequate air cooling and cable trays for both power and signals as well as provide for LCW at the magnet locations in the tunnel","121.4.05 LI","LI will receive assembled relay racks with commercial power supplies and FNAL crates with controllers. LI will install these RR in appropriate places,run ac power to the racks and install cables to the magnets",null," ","TBD",null,"Bruce and I made some modifications (AM)."]
[2614,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2614-002"},"Interface with Building Infrastructure to ensure there is adequate water cooling and power for BTL devices","The power supplies in the gallery and the magnets in the Beam Transfer Line will need water cooling and AC power.",null,"Inspection, Demonstration,Analysis, Measurement","121.3.05 MagPS","MagPS will provide estimates of heat loads from BTL power supplies and magnets as well as space requierments for power supplies. MagPS wil also specify what devices will need water cooling, how much water will be needed, and what AC power is required for the various power supplies","121.4.04 BldgI","BldgI shall be responsible for the design of the water cooling system in the building and tunnel to account for heating due to power supplies and magnets.  BldgI will also be responsible for designing AC distribution and cable trays.","121.5.03 BTLI; 121.6.05 Cmplx","Linac Installation shall install secondary connections for the water cooling and AC power  Cmplx shall install the main supply and return headers for the water cooling system, AC power panels, and cable trays.","Room Data Sheet (RDS) ED0009544"," ","TBD"]
[2614,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2614-003"},"Power","BldgI shall provide power for magnets and power supply racks",null,"Inspection","121.3.05 MagPS","121.3.05 MagPS shall define power requirements for magnets and power supply racks","121.4.04 BldgI","121.4.04 BldgI shall design and procure the necessary hardware to extend the electrical service from the panel or disconnect to the magnets and power supply racks for 121.3.05 MagPS.","121.4.05 LI","121.4.05 LI shall install the necessary hardware to connect the magnets/power supplies to the AC distribution","TBD","TBD","TBD"]
[2614,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2614-004"},"Grounding","BldgI shall provide proper grounding of equipment.",null,"Inspection","121.3.05 MagPS","121.3.05 MagPS shall define grounding requirements for MagPS equipment","121.4.04 BldgI","121.4.04 BldgI shall provide the grounding infrastructure required for 121.3.05 MagPS equipment","121.4.05 LI","121.4.05 LI shall provide installation support to MagPS and BldgI","TBD","TBD","TBD"]
[2614,5,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2614-005"},"Interface with Bldgl to ensure there is single point LOTO for the Linac","The power supplies in the Linac will need to be LOTOed in case of an access or maintanance. This will allow for personnel to LOTO all the Linac power supplies and magnets with a single lock",null,"Inspection, Demonstration,Analysis, Measurement","121.3.05 MagPS","MagPS will provide VAC requirements for all Linac power supplies","121.4.04 BldgI","121.4.04 BldgI shall design and procure the necessary LOTO hardware for the power supply relay racks.","121.4.05 LI","121.4.05 LI shall install the necessary LOTO hardware.",null," ","TBD"]
[2614,6,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2614-006"},"Power Supply interface with Linac Gallery for Relay Rack space and AC power","The power supplies for the super conducting magnets will be assembled in relay racks which will need to be installed in the Linac gallery",null,"Inspection, Demonstration","121.3.05 MagPS","MagPS will define the rack space needed, heat estimates and AC power requirements for all the power supply systems","121.4.04 BldgI","Building infrastructure will layout the gallery to accomodate space for relay racks, access to appropriate ac power, adequate air cooling and cable trays for both power and signal cables","121.4.05 LI","Assembled power supply systems will be delivered to the gallery ready for installation which will include locating the devices and connecting the required AC power to the racks/devices",null," ","TBD"]
[2614,7,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2614-007"},"Cables for MagPS systems","MagPS shall specify all cables required for MagPS systems.  LI/BldgI shall supply any standard cables available in PIP2 cable stores.  MagPS shall supply any non-standard cables","Handoff point is at the PIP2 dock","Inspection","121.3.05 MagPS","MagPS shall define all the cables","121.3.05 MagPS;\n121.4.04 BldgI","BldgI shall deliver standard cables available in PIP2 stores.  MagPS shall deliver any speciality cables","121.4.05 LI","LI shall perform all cable pulls",null," ","TBD"]
[2615,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2615-001"},"MagPS systems common requirements - alignment referencing","MagPS magnets shall come with permanently affixed fiducials.  Fiducials shall accept standard 1.5\" Dia. SMR balls or SMR nests.  Fiducials shall be visible from the beam-right side of the accelerator.   Redundant fiducials are encouraged.  Adhesive bonded fiducials are discouraged.    No magnetic fiducials permitted in close proximity to the beamline.  ","0-Interface","Demonstration","121.3.05 MagPS; 121.4.05 LI","MagPS will define the fiducial arrangment","121.3.05 MagPS","MagPS will provide the fiducials","121.4.05 LI","Fiducials are used by LI-Alignment during integration",null," ","TBD"]
[2615,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2615-002"},"MagPS Power Supply common requirements - rigging","MagPS Power Supplies, or any dismountable part thereof bigger than what can be handled by a single individual, shall include rigging interfaces for vertical lifting with a crane as well as forklifting interfaces for lifting with a forklift or pallet jack.  All lifting interfaces shall be clearly marked.  Rigging components shall satisfy the requirements of the relevant FESHM chapters (e.g. marking of rigging components).  All payload weights shall be clearly marked.  ","0-Interface","Inspection ","121.3.05 MagPS; 121.4.05 LI","MagPS will define the design","121.3.05 MagPS","MagPS will provide the rigging interfaces","121.4.05 LI","LI will integrate these systems within the PIP2 footprint",null," ","TBD"]
[2615,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2615-003"},"MagPS Magnet common requirements - rigging","MagPS Magnets shall include rigging interfaces for vertical lifting with a crane, both as a complete unit and as halves or sectors.  All lifting interfaces shall be clearly marked.  Rigging components shall satisfy the requirements of the relevant FESHM chapters (e.g. marking of rigging components).  All payload weights shall be clearly marked.  ","0-Interface","Inspection ","121.3.05 MagPS; 121.4.05 LI","MagPS will define the design","121.3.05 MagPS","MagPS will provide the rigging interfaces","121.4.05 LI","LI will integrate these systems within the PIP2 footprint",null," ","TBD"]
[2627,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2627-001"},"TLBA  Magnets and Power Supplies (MagPS)","Magnets and Power Supplies (MagPS) should connect the design of Transfer Line and the Beam Absorber to obtain the specifications of all the magnets, and requirements of the power suplies.",null,"Inspection","121.5.02 TLBA;\n121.3.05 MagPS","TLBA shall give the specification of the magnets and the power supplies and the tollerance of the error range","121.3.05 MagPS","Magnets and Power Supplies (MagPS) should  provide   all the magnets and  the power suplies.","121.5.03 BTLI;\n121.3.05 MagPS","rings installation(Rinst) should connect the the design of Transfer Line and the Beam Absorber to make sure to meet all requirements of all the elements (magnets including dipoles, quadrupoles and correctors)",null," ","TBD",null,"MagPS should also be the Integrator.  May combine with interface above. (DM)"]
[2627,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2627-002"},"Interface with the Transfer Line  and Beam Absorber WBS to insure magnet design is compatible with BTL design","This interface is to insure that the final design of the dipole, quad and Specialty magnets meet the requirements of the lattice design. In addition we need to provide to the lattice designers the slot length of the magnets and the transverse dimensions of the magnets",null,"Inspection, Demonstration,Analysis, Measurement","121.5.02 TLBA","TLBA will provide the design and specifications for all magnets in the transfer line","121.3.05 MagPS","MagPS will provide all magnets based on the results of TBLA specifications. In addition MagPS will provide all necessary cabling for installation","121.5.03 BTLI","Rinst will be responsible for installation of the BTL magnets, water connections, cable installation and alignment",null," ","TBD",null,"This may be a duplicate with one of the earlier ones (take a look and reconcile) (AM and BH)  MagPS should also be the Integrator.  Integrator scope is more broad. (DM)"]
[2627,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2627-003"},"BTL magnets","Provide Beam Transfer Line magnet components as specified in the lattice ",null,"Visual, Electrical","121.5.02 TLBA","TLBA and RInst will specify field requirements and physical mounting specs","121.3.05 MagPS","MagPS will supply magnets with specified field requirements ","121.5.03 BTLI","RInst will receive, verify and install all BTL magnets and provide stands as needed",null," ","TBD",null,"Mixing fields information and physical mounting.  Needs to be broken into multiple interfaces."]
[2627,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2627-004"},"BAL magnets","Provide Beam Abort Line magnet components as specified in the lattice",null,"Visual, Electrical","121.5.02 TLBA","TLBA and RInst will specify field requirements and physical mounting specs","121.3.05 MagPS","MagPS will supply magnets with specified field requirements ","121.5.03 BTLI","RInst will receive, verify and install all BAL magnets and provide stands as needed",null," ","TBD",null,"Mixing fields information and physical mounting.  Needs to be broken into multiple interfaces."]
[2627,5,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2627-005"},"Transfer Line and Beam Absorber(TLBA) rings Installation (Rinst)","rings installation(Rinst) should connect the the design of Transfer Line and the Beam Absorber to make sure to meet all requirements of all the elements (magnets including dipoles, quadrupoles and correctors), instrumentations sunch as BPMs, Collimators, Toroid.",null,"Inspection  ","121.5.02 TLBA","TLBA shall give the tolerance of installation positions of the elements ","121.3.05 MagPS",null,"121.5.05  Rinst",null,null," ","TBD"]
[2628,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2628-001"},"BTL PS cable","Provide cabling and connectors to power the BTL and BAL magnet components",null,"Visual ","121.3.05 MagPS","MagPS will specify cable requirements based on loads serviced and identify service building termination locations","121.3.05 MagPS","MagPS will supply appropriate cable and identify termination locations","121.5.03 BTLI","Rinst will install cables from pre-determined locations to tunnel components",null," ","TBD",null,"Rinst should also be the supplier.  (AM and BH)  Incorrect ID.  Cannot have one L3 between Owner and Supplier.  Can't be an interface with ones-self. (AM)  Need to understand how to handle this."]
[2640,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2640-001"},"Penetrations","Cmplx shall provide penetrations between the LINAC gallery and the LINAC tunnel.",null,"Inspection","121.3.05 MagPS\n","121.3.05 MagPS shall define the number and spacing requirements for penetrations between the LINAC gallery and the LINAC tunnel.  ","121.6.05 Cmplx","121.6.05 Cmplx shall provide the penetrations for 121.3.05 MagPS","121.4.04 BldgI\n121.4.05 LI\n","121.4.04 BldgI and 121.4.05 LI shall provide installation support to MagPS and Cmplx","TBD","ED0006757 - High Bay Building TRS;  ED0006791 - Linac Tunnel TRS;  ED0006793 - Linac Gallery TRS;  ED0006786 - Beam Transfer Line TRS;  CF Assumptions Document","TBD",null,"This is interface is important especially with BldgI to determine the layout of penetrations, etc. (AM and BH)"]
[2640,"002",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2640-002"},"Interface with Linac Complex to ensure there is adequate heat load to air removal and space for BTL devices","The power supplies in the gallery and the magnets in the Beam Transfer Line will generate heat that needs to be accounted for. Also there will be space requirements",null,"Inspection, Demonstration,Analysis, Measurement","121.3.05 MagPS","MagPS will provide estimates of heat loads from BTL power supplies and magnets as well as space requierments for power supplies.","121.6.05 Cmplx","121.6.05 Cmplx will provide required HVAC equipment and space for magnets in the Tunnel and power supplies in the Gallery.","121.6.05 Cmplx","121.6.05 Cmplx is responsible for the installation HVAC equipment, AC distribution panels, and cable trays.","Room Data Sheet (RDS) ED0009544"]
[2647,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2647-001"},"VAC-Cntrl","VAC shall provide list of entire parameters of Vacuum variables",null,"design drawings; Inspection; Measurement; ","121.3.06 Vac;\n121.3.07 Cntrl","VAC shall provide parameters for control, VAC and Cntrl shall agree on controller location and specification","121.3.07 Cntrl;\n121.3.06 Vac","VAC provide the cables or outputs of vacuum equipent; Cntrl provide PLCs, as well as all front-end and basic application programming.","121.3.07 Cntrl","controls are fully tested","ED0004444"," ","TBD"]
[2647,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2647-002"},"Vacuum Control System Interface","List of equipment to be controlled and monitored. Hardware interfaces to PLC systems",null,null,"121.3.06 Vac","Vac shall provide information on the vacuum equipment to be controlled and monitored by the control system. ","121.3.07 Cntrl","Cntrl shall provide appropriate PLC systems and front-end hardware and software.","121.3.06 Vac;\n121.3.07 Cntrl","Cntrl and Vac shall provide testing of this interface",null,"ED0007691 - Vacuum Interface Document","TBD"]
[2649,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2649-001"},"VAC-BI","Beam Instrumentation components vacuum requirements",null,"design drawings; Inspection; Demonstration;","121.3.06 Vac;\n121.3.09 BI","VAC and BI shall agree on material choice and gas load specification of BI components within vacuum space.","121.3.09 BI","BI provides information on the materials used inside vacuum space, and  connecting paramters to beamtubes.","121.3.06 Vac","vaccum certified","ED0004444"," ","TBD"]
[2649,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2649-002"},"BTL Instrumentation","Instrumentation required for the BTL and BAL beam lines",null,"Visual, electrical, leak check","121.3.09 BI","BI will specify the appropriate instrumentation and Vac wil assemble and leak check where appropriate","121.3.09 BI;\n121.3.06 Vac","BI will supply instrumentation and verify electrical functionality.  Vac will leak check and certify components that integrate with the vacuum","121.5.03 BTLI","Rinst will install provided instrumentation including stands where needed",null," ","TBD"]
[2650,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2650-001"},"Vacuum MPS Interface","Hardware interface and communication protocol to machine protection system",null,null,"121.3.02 MPS; 121.3.06 Vac","MPS with input from Vac shall specify the required signals, the hardware interface and any communication protocol between Vac and the machine protection system. ","121.3.06 Vac","Vac shall provide the required signals from the vacuum controls hardware. Cntrl shall provide signal receiver hardware and machine protection logic.","121.3.02 MPS;\n121.3.06 Vac; 121..3.08 Cntrls","MPS and Vac shall verify the integrity and performance of the machine protection interface; Cntrls",null,"ED0007691 - Vacuum Interface Document","TBD",null,"MPS interface"]
[2659,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2659-001"},"LEBT chopping system vacuum interface","The LEBT chopping system vacuum interface shall connect the LEBT chopping system vacuum chamber to a vacuum pumping station. The LEBT chopping system vacuum interface shall provide means to measure the residual pressure within the vacuum enclosure (e.g.: ion gauge)","The physical interface between WFE and Vac is the spool piece, turbo pump flange and/or vacuum gauge flange(s) that mate to the port of the LEBT chopping system vacuum chamber.","Inspection; Demonstration; Measurement","121.4.02 WFE","121.4.02 WFE shall provide the LEBT chopping system with at least 1 port for installation of a turbo-molecular pump; 121.4.02 WFE may provide one port for installation of a vacuum gauge; 124.4.02 WFE shall define the size, materials and finish of the mating surfaces.","121.3.06 Vac","121.3.06 Vac shall provide 1 complete vacuum pumping station","121.4.05 LI","121.4.05 LI shall provide installation support to Vac and WFE; 121.4.05 LI shall vacuum leak check the assemblies after installation",null," ","TBD",null,"Vacuum port will be on one of the sides of the vacuum chamber such that the turbo pump mounts horizontally"]
[2659,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2659-002"},"MEBT vacuum interface","The MEBT Vacuum interface shall connect the MEBT vacuum enclosure (beam tube) to vacuum equipment at several locations along the beam line.","The physical interfaces between WFE and Vac are the flanges of the vacuum equipment that mate to the ports of the respective assemblies (e.g. ion pump, gate valve…)","Inspection; Demonstration; Measurement","121.4.02 WFE","121.4.02 WFE shall provide all necessary ports and allocate space in the MEBT beam line; 121.4.02 shall provide the stands and spool pieces needed for installation; 121.4.02 shall define the size, materials and finish of the mating surfaces","121.3.06 Vac","121.3.06 Vac shall provide complete vacuum pumping stations, gauging, valves as necessary","121.4.05 LI","121.4.05 LI shall provide installation support to Vac and WFE; 121.4.05 LI shall vacuum leak check the assemblies after installation",null," ","TBD"]
[2659,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2659-004"},"Ion Source vacuum interface","The IS vacuum interface shall connect the Ion Sources' vacuum chamber to vacuum pumping stations. Vacuum pumping requirements are set by the IS manufacturer who recommends the use of turbo-molecular pumps with pumping speeds of 100 l/s (H2). The IS vacuum interface shall provide means to measure the residual pressure within the IS vacuum chamber (e.g.: ion gauges).","The physical interfaces between WFE and Vac are spool pieces, turbo-pump flanges or vacuum gauge flanges that mate to the ports on the IS vacuum chambers","Inspection; Demonstration; Measurement","121.4.02 WFE","121.4.02 WFE shall provide vacuum chambers (2) with at least 3 ports for installation of turbo-molecular pumps and at least 2 ports for installation of vacuum gauges; 121.4.02 WFE shall define the size, materials and finish of the mating surfaces.","121.3.06 Vac","121.3.06 Vac shall provide 3 complete vacuum pumping stations for each IS vacuum chamber (total 6)","121.4.05 LI","121.4.05 LI shall provide installation support to Vac and WFE; 121.4.05 LI shall vacuum leak check the assemblies after installation",null," ","Completed","F1004311"]
[2659,5,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2659-005"},"RFQ vacuum interface","The RFQ vacuum interface shall connect the RFQ vacuum enclosure ('body') to vacuum pumping stations. The RFQ vacuum interface shall provide means to measure the residual pressure within the vacuum enclosure (e.g.: ion gauges).","The physical interfaces between WFE and Vac are the spool pieces, pump flanges and/or vacuum gauge flanges that mate to the ports of the RFQ body.","Inspection; Demonstration; Measurement","121.4.02 WFE","121.4.02 WFE shall provide the RFQ which body includes at least 4 ports for installation of either turbo-molecular pumping stations or NEG pumping stations, or a combination of the two; 121.4.02 WFE shall provide the RFQ which body includes at least 2 ports for vacuum gauges; 121.4.02 WFE shall define the size, materials and finish of the mating surfaces.","121.3.06 Vac","121.3.06 Vac shall provide 4 complete vacuum pumping stations which may be of 2 sorts: turbo-molecular or NEG or a combination of the 2; 121.3.06 Vac shall provide at least 2 vacuum gauges","121.4.05 LI","121.4.05 LI shall provide installation support to Vac and WFE; 121.4.05 LI shall vacuum leak check the assemblies after installation",null," ","Completed","F1001750"]
[2659,6,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2659-006"},"MEBT bunching cavities vacuum interface","The MEBT bunching cavities vacuum interface shall connect each bunching cavity vacuum enclosure ('body') to a vacuum pumping station. The MEBT bunching cavities vacuum interface shall provide means to measure the residual pressure within the bunching cavity bodies and surrounding.","The physical interface between WFE and Vac, for each of 4 bunching cavities, is the spool piece, ion pump flange and/or vacuum gauge flange that mate to the ports of the bunching cavity body.","Inspection; Demonstration; Measurement","121.4.02 WFE","121.4.02 WFE shall provide all bunching cavities, each with one port for installation of an ion pump and at least one port for venting and purging; 121.4.02 WFE shall define the size, materials and finish of the mating surfaces.","121.3.06 Vac","121.3.06 Vac shall provide 1 ion pump-based pumping station per cavity (4 total) and gauging","121.4.05 LI","121.4.05 LI shall provide installation support to Vac and WFE; 121.4.05 LI shall vacuum leak check the assemblies after installation",null," ","TBD"]
[2659,7,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2659-007"},"MEBT kickers vacuum interface","The MEBT kickers vacuum interface shall connect each kicker vacuum enclosure to a vacuum pumping station. The MEBT kickers vacuum interface shall provide means to measure the residual pressure within the kickers enclosure and surrounding.","The physical interface between WFE and Vac, for each of 2 kicker assemblies, is the spool piece, ion pump flange and/or vacuum gauge flange that mate to the ports of the kicker assembly.","Inspection; Demonstration; Measurement","121.4.02 WFE","121.4.02 WFE shall provide 2 kickers, each with one port for installation of an ion pump and at least one port for venting and purging; 121.4.02 WFE shall define the size, materials and finish of the mating surfaces.","121.3.06 Vac","121.3.06 Vac shall provide 1 ion pump-based vacuum station  per kicker assembly (total 2) and gauging","121.4.05 LI","121.4.05 LI shall provide installation support to Vac and WFE; 121.4.05 LI shall vacuum leak check the assemblies after installation",null," ","TBD"]
[2659,8,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2659-008"},"MEBT absorber vacuum interface","The MEBT absorber vacuum interface shall connect the absorber vacuum enclosure to multiple vacuum pumping stations. The MEBT absorber vacuum interface shall provide means to measure the residual pressure within the absober vacuum enclosure.","The physical interfaces between WFE and Vac are the spool pieces, vacuum pump flanges and/or vacuum gauge flanges that mate to the ports of the absorber vacuum enclosure.","Inspection; Demonstration; Measurement","121.4.02 WFE","121.4.02 WFE shall provide 1 MEBT absorber assembly with 4 ports for installation of turbo-molecular pumps; 121.4.02 WFE shall define the size, materials and finish of the mating surfaces.","121.3.06 Vac","121.3.06 Vac shall provide 2 (?) complete vacuum stations, each including 2 turbo-molecular pumps and 1 scroll/roughing pump, an anti-suck back valve and gauging","121.4.05 LI","121.4.05 LI shall provide installation support to Vac and WFE; 121.4.05 LI shall vacuum leak check the assemblies after installation",null," ","TBD"]
[2659,9,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2659-009"},"MEBT Differential Pumping Insert (DPI) vacuum interface","The MEBT DPI vacuum interface shall connect the DPI vacuum enclosure to a vacuum pumping station. The MEBT DPI vacuum interface shall provide means to measure the residual pressure in the vicinity of the DPI vacuum enclosure.","The physical interface between WFE and Vac is the spool piece, ion pump flange and/or vacuum gauge that mate to the port(s) of the DPI vacuum enclosure.","Inspection; Demonstration; Measurement","121.4.02 WFE","121.4.02 WFE shall provide the DPI assembly with 1 port for installation of an ion pump and at least one port for venting and purging; 121.4.02 WFE shall define the size, materials and finish of the mating surfaces.","121.3.06 Vac","121.3.06 Vac shall provide 1 ion pump-based pumping station and gauging","121.4.05 LI","121.4.05 LI shall provide installation support to Vac and WFE; 121.4.05 LI shall vacuum leak check the assemblies after installation",null," ","TBD"]
[2659,10,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2659-010"},"MEBT Fast Acting Valve interface","The MEBT Fast Acting Valve interface shall provide vacuum isolation between the MEBT vacuum enclosure upstream of the Fast Acting Valve and downstream of the Fast Acting Valve, when the latter is in its \"close\" position. When the Fast Acting Valve is in its \"open\" position, the MEBT Fast Acting Valve interface connects the MEBT vacuum enclosures upstream and downstream of the Fast Acting Valve and maintains vacuum integrity of the MEBT beam line.","The physical interfaces between WFE and Vac are the upstream and downstream flanges of the Fast Acting Valve.","Inspection; Demonstration; Measurement","121.4.02 WFE","121.4.02 WFE shall provide space in the MEBT beam line downstream of the 9th transverse focusing station for installation of a Fast Acting Valve; 121.4.02 WFE shall provide the stand and spool pieces needed for installation; 124.4.02 WFE shall define the size, materials and finish of the mating surfaces (both upstream and downstream).","121.3.06 Vac","121.3.06 Vac shall provide the Fast Acting Valve and gauging as needed to activate it","121.4.05 LI","121.4.05 LI shall provide installation support to Vac and WFE; 121.4.05 LI shall vacuum leak check the assemblies after installation",null," ","TBD",null,"Testing of the logic for activating the Fast Acting Valve is not part of this interface"]
[2660,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2660-001"},"Portable cleanrooms","The installation of the cryomodule beamline vacuum systems require portable cleanrooms to makeup the connections inside the Test Infrastructure caves",null,"Inspection; Demonstration ","121.3.06 Vac","121.3.06 Vac shall define the vacuum requirements and cleanroom specifications necessary","121.4.03 TI","121.4.03 TI shall provide the portable cleanrooms necessary for installation of cryomodules in PIP2IT","121.4.03 TI","121.4.03 TI shall provide the coordination necessary to build cleanroom(s) that meets the vacuum requirements","ED000xxxx - Vacuum FRS ","ED000xxxx - Vacuum ISD","TBD",null,"This interface looks good (JL). Are these requirements coming from Vac or someone else?  Not sure if this is an interface with Vac.  Is this not an interface and only scope for TI?"]
[2661,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2661-001"},"Power","BldgI shall provide power for vacuum system equipment.",null,"Inspection","121.3.06 Vac","121.3.06 Vac shall define power requirements for vacuum system equipment","121.4.04 BldgI","121.4.04 BldgI shall design and procure the necessary hardware to extend the electrical service from the panel or disconnect to the vacuum system equipment","121.4.05 LI","121.4.05 LI shall install the necessary hardware to connect the vacuum system equipment to the AC distribution","TBD","TBD","TBD"]
[2661,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2661-002"},"Cables and Cable Trays","BldgI shall provide cables and cable trays separately for dirty and clean power and signaling",null,"Inspection","121.3.06 Vac","121.3.06 Vac shall define number and type of cables required for vacuum system equipment","121.4.04 BldgI","BldgI shall collect all cable and connector requirements in the PIP-II cable database.  BldgI shall provide all standard cables and connectors","121.4.05 LI","121.4.05 LI shall perform all cable pulls","TBD","TBD","TBD",null,"Include grounding with this."]
[2661,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2661-003"},"Grounding","BldgI shall provide proper grounding of equipment.",null,"Inspection","121.3.06 Vac","121.3.06 Vac shall define grounding requirements for the vacuum system equipment","121.4.04 BldgI","121.4.04 BldgI shall provide the grounding infrastructure required for 121.3.06 Vac equipment","121.4.05 LI","121.4.05 LI shall provide installation support to Vac and BldgI","TBD","TBD","TBD",null,"Grounding should be included in the power requirments interface."]
[2661,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2661-004"},"Building infrastructure compressed air interface with Vacuum Systems","Building infrastructures compressed air connects to distribution points along the Linac allowing its use on the insulating vacuum systems","The physical interfaces are at the ends of the compressed air hoses at the beam valves","Inspection; Demonstration","121.3.06 Vac","121.3.06 Vac shall provide requirements for compressed air used to actuate gate valves as well as end connection details","121.4.04 BldgI","121.4.04 BldgI shall provide hoses, valves and instrumentation for the compressed air distribution for Vac sub-systems","121.4.05 LI","LI shall install and connect compressed air hoses and instrumentation between the headers and the port to the vacuum gate valves and perform the acceptance tests",null,"ED0012266 Building Infrastructure ISD; ED00xxxxx Vacuum Systems ISD","TBD"]
[2661,5,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2661-005"},"Cables for Vac systems","Vac shall specify all cables required for Vac systems.  BldgI shall supply any standard cables available in PIP2 cable stores.  Vac shall supply any non-standard cables","Handoff point is at the PIP2 dock","Inspection","121.3.06 Vac","Vac shall define all the cables","121.4.04 BldgI","BldgI shall collect all cable and connector requirements in the PIP-II cable database.  BldgI shall provide all standard cables and connectors","121.4.05 LI","121.4.05 LI shall perform all cable pulls",null," ","TBD"]
[2661,"006",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2661-006"},"Nitrogen - Portable cleanroom and purge flow","Portable cleanroom and purge flow in warm sections between each cryomodule and for cryomodule insulating vacuum let up.","The physical interfaces are at the valve on the main nitrogen line.","Inspection; Demonstration","121.4.04 BldgI","121.4.04 BldgI shall supply the valve and connection details.","121.3.06 Vac","Vac shall provide requirements and specifications for interface.",null,null,null,"ED0012266 Building Infrastructure ISD; ED00xxxxx Vacuum Systems ISD","TBD"]
[2662,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2662-001"},"Linac/TLBA Interface Gate Valve - delivery","The interface between the Linac and the TLBA shall be a gate valve downstream of the final future-HB650 slot and upstream of the first bend dipole.  ","0-Interface","Demonstration","121.4.05 LI","All referenced WBSs converge at this interface and share ownership","121.3.06 Vac","Vac provides the gate valve, associated fasteners, underlying structure and pressure restraint","121.4.05 LI;\n121.5.03 BTLI","LI performs particle-free assembly upstream of this gate valve.  Rinst performs conventional assembly downstream of the gate valve",null," ","TBD"]
[2662,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2662-002"},"Vac equipment common requirements - rigging","Large Vac components, or any dismountable part thereof bigger than what can be handled by a single individual, shall include rigging interfaces for vertical lifting with a crane and/or  forklifting interfaces for lifting with a forklift or pallet jack.  All lifting interfaces shall be clearly marked.  Rigging components shall satisfy the requirements of the relevant FESHM chapters (e.g. marking of rigging components).  All payload weights shall be clearly marked.  ","0-Interface","Inspection ","121.3.06 Vac; 121.4.05 LI","Vac will define the design","121.3.06 Vac","Vac will provide the rigging interfaces","121.4.05 LI","LI will integrate these systems within the PIP2 footprint",null," ","TBD"]
[2662,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2662-003"},"Vac systems common requirements - alignment referencing","Vac beamline components shall come with permanently affixed fiducials.  Fiducials shall accept standard 1.5\" Dia. SMR balls or SMR nests.  Fiducials shall be visible from the beam-right side of the accelerator.   Redundant fiducials are encouraged.  Adhesive bonded fiducials are discouraged.    No magnetic fiducials permitted in close proximity to the beamline.  ","0-Interface","Demonstration","121.3.06 Vac","Vac will define the fiducial arrangment","121.3.06 Vac","Vac will provide the fiducials","121.4.05 LI","Fiducials are used by LI-Alignment during integration",null," ","TBD"]
[2672,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2672-001"},"BTL to Booster Connection","Coordinate interface between BTL vacuum and components and Booster injection girder",null,"Leak check","121.5.04 BSTR","Specify and provide and vacuum interface and isolation valve between the Booster and BTL vacuum sections","121.3.06 Vac","Provide the necessary vacuum components that meet theBLT and Booster vacuum requirements","121.5.04 BSTR;\n121.5.03 BTLI","Oversee installation of the vacuum component interface",null," ","TBD"]
[2672,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2672-002"},"VAC-BSTR","VAC shall match booster vacuum system and operation requirement",null,"design drawings; Inspection; Demonstration; ","121.3.06 Vac;\n121.5.04 BSTR","VAC and BSTR shall agree on vacuum specification, installation integration","121.3.06 Vac","VAC provide  vacuum system configuration of BTL - Booster  region","121.3.06 Vac","quality vacuum achieved","ED0004444"," ","TBD",null,"Rinst may be the Integrator on this one."]
[2674,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2674-001"},"VAC-TLBA","the design of Beam transfer line and beam absorber shall integrated with vacuum system design",null,"design drawings; Inspection; Demonstration; Measurement","\n121.5.02 TLBA","VAC and TLBA shall agree on vacuum specification, installation integration","\n121.3.06 Vac","TLBA provide lattice and integration, VAC provide vacuum system beamtubes, and vacuum equipment","121.3.06 Vac","quality vacuum achieved","ED0004444"," ","TBD"]
[2674,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2674-002"},"TLBA Vacumm (Vac)","Vacumm should connect the design of Transfer Line and the Beam Absorber to obtain the size of the beam pipe.",null,"Inspection","121.5.02 TLBA;\n","TLBA shall give the size of beam profile","121.3.06 Vac","Vac should supply the beam pipes and support stands for the elements","121.5.03 BTLI;\n121.3.06 Vac","rings installation(Rinst) should connect the the design of Transfer Line and the Beam Absorber to install the stands and beam pipes",null," ","TBD",null,"Is Vac an Owner and Integrator or only the supplier. (DM)"]
[2675,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2675-001"},"Linac to BTL Connection","Coordinate interface between Linac particle free vacuum and BTL conventional vacuum",null,"Leak check","121.5.03 BTLI","Specify and provide and vacuum interface and isolation valve between the Linac and BTL vacuum sections","121.3.06 Vac","Provide the necessary vacuum components that meet the Linac and BTL vacuum requirements","121.4.05 LI;\n121.5.03 BTLI","Oversee installation of the vacuum component interface",null," ","TBD"]
[2694,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2694-001"},"SS CDC Control Interface to Cntrl Safety Network CDC Controllers","SS shall provide status and control signals from its CDCs to Cntrl for remote control of the CDCs with their controls network.","Cntrl will read the status and enable the interlock permits for the CDCs remotely over its controls network.","Cntrl personnel will test that their network  communicates with the CDC.","121.3.08 SS","SS owns the CDC Control Interfaces.  SS provides CDCs with their interfaces consisting of status outputs and control inputs.  CDCs for critical devices for WFE / Linac, Transfer Line / Beam Absorber, and Booster.","121.3.07 Cntrl","Cntrl supplies the hardware for interfacing to the CDC I/O.  Cntrl also supplies a connection to its controls network.","121.3.07 Cntrl","SS will wire the CDC I/O to its network hardware interfacing for its controls network.  Cntrl will also configure its network and software to connect to the CDC interface.",null,"- CDC Functional Description","TBD","Safety Systems subsystem test procedures. "]
[2694,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2694-002"},"Cntrl Safety Network VLAN Interface to SS","Cntrl shall provide network access to the SS LEPRs and PLCs with its \"VLAN 15\" network.","Cntrl will pass communication from SS's subsystems via SS's LEPR devices and PLCs over its safety \"VLAN 15\" network.","SS personnel will verify communications to the subsystems via LEPRs and PLCs over Cntrl's safety network.","121.3.07 Cntrl","Cntrl owns the Safety Network VLAN Interface.  Cntrl provides the network and connections into it.","121.3.08 SS","SS supplies LEPRs and PLCs with connections for its  Linac RSIS Main Rack and BAL / BTL RSIS Main Rack and also Cyroplant and Linac ODH SS along with Linac Laser.","121.3.07 Cntrl;\n121.3.08 SS","Cntrl will configure the VLAN safety network to include the LEPR devices and PLCS.\nLI will pull cables from controls network to SS.\nSS will connect the network cable into the LEPRs and PLCS.",null,"- LEPR Functional Description\n- ODH SS PLC functional description\n- Laser lab PLC functional description","TBD","Safety Systems subsystem test procedures. ","Consolodated interface for all VLAN connections\n\nIncluded PLCs for the laser/ODH SS\n-AO 2/7/19\n\nAdd LI as an integrator for this instead of making a separate dedicated interface for hte cable pulling\n-AO 2/12/19"]
[2694,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2694-003"},"Cntrl FIRUS System ODH Alarm Interfaces to SS ODH SS","SS shall provide emergency ODH alarm signals to Cntrl's FIRUS system.","Cntrl's FIRUS system and SS's ODH SS both monitor cryo hazard zones.  The ODH SS will provide an ODH emergency alarm signal to the FIRUS system when  unsafe ODH conditions are detected.  ","SS personnel will trigger an alarm signal from the ODH SS to Cntrl's FIRUS system and FIRUS personnel verify that their system detects the alarm.","121.3.07 Cntrl","Cntrl owns the FIRUS System Emergency ODH Alarm Interface.  Cntrl provides the emergency ODH alarm input connection.","121.3.08 SS","SS supplies the signal cable and ODH SS in Linac and Cryoplant Building","121.3.08 SS","SS will pull and connect the emergency ODH alarm signal cable from their ODH SS’s relay contact outputs to the FIRUS system.",null,"- FIRUS Interface Specification (placeholder)\n- ODH SS Functional Description (placeholder)","TBD","ODH SS Test Procedure"]
[2695,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2695-001"},"Beam Instrumentation Control System Interface","Hardware interface and communication protocol if appropriate to controls front-ends.",null,null,"121.3.09 BI;\n121.3.07 Cntrl","Cntrl with input from BI shall specify the communication protocol  for instrumentation devices to attach to the control system. ","121.3.09 BI","BI shall provide crates that house instrumentation, processors that interface with the control system, and the associated front-end software. Cntrl shall provide the associated application software. Cntrl shall provide required network connections.","121.3.07 Cntrl;\n121.3.09 BI","Cntrl and BI shall provide integration and testing for all relevant BI devices.",null,"ED0007694 - Beam Instrumentation Interface Document","TBD",null,"Details needed, will not be defined soon."]
[2695,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2695-002"},"Beam Instrumentation Timing Interface","Interface to the linac timing distribution system. Instrumentation requirements of the timing system",null,null,"121.3.07 Cntrl;\n121.3.09 BI","Cntrl with the input of BI shall specify the interface to the timing system. BI shall provide BI specific requirements.","121.3.07 Cntrl","Cntrl shall provide the timing signals and interface boards and/or FPGA logic for the interface","121.3.09 BI;\n121.3.07 Cntrl","Cntrl and BI shall provide integration and testing of the timing interface",null,"ED0007694 - Beam Instrumentation Interface Document","TBD",null,"Details needed, will not be defined soon."]
[2695,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2695-003"},"Timing and control signals","Timing and controls signals from Controls to laser diagnostics room. These include triggers, events, clocks.",null,null,"121.3.07 Cntrl;\n121.3.09 BI","Controls and BI shall both define clocks signals for instrumentation in the laser room.","121.3.07 Cntrl","Cntrl shall provide the timing signals and interface boards and/or FPGA logic for the interface","121.3.09 BI;\n121.3.07 Cntrl","Cntrl and BI shall provide integration and testing of the timing interface.",null," ","TBD",null,"Clarification needed."]
[2695,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2695-004"},"Network interface","Laser diagnostics room connections to accelerator controls network. Usually an ethernet connection.",null,null,"121.3.07 Cntrl","Controls defines networks connections.","121.3.07 Cntrl","Cntrl shall provide the connection to the controls network","121.3.09 BI;\n121.3.07 Cntrl","Cntrl and BI shall provide integration and testing of the laser room connection",null," ","TBD",null,"Clarification needed."]
[2696,"001",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2696-001"},"Controls/MPS interface","The MPS shall provide Linac beam permit status to the accelerator complex control system.",null,"Demonstration","121.3.02 MPS;",null,"121.3.07 Cntrl",null,"121.3.02 MPS; 121.3.07 Cntrl",null,"ED0004250 - MPS FRS"," "]
[2696,"002",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2696-002"},"Controls/MPS interface","The MPS shall provide post-mortem data to the control system upon detected loss of an MPS permit.",null,"Demonstration","121.3.02 MPS;",null,"121.3.07 Cntrl",null,"121.3.02 MPS; 121.3.07 Cntrl",null,"ED0004250 - MPS FRS"," "]
[2696,"003",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2696-003"},"Controls/MPS interface","The MPS shall provide a trigger to the timing systems (linac and accelerator complex) so that synchronized pre and post data can be collected from all beam related systems for fault analysis.",null,"Demonstration","121.3.02 MPS;",null,"121.3.07 Cntrl",null,"121.3.02 MPS; 121.3.07 Cntrl",null,"ED0004250 - MPS FRS"," "]
[2705,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2705-001"},"WFE timing interface","The WFE timing interface shall connect the clock generator to the ion source timing & triggering system.","The physical interface is the IS timing signal generator located in the HV cabinet of each of 2 ion sources.","Inspection; Demonstration; Measurement","121.4.02 WFE","121.4.2 WFE shall provide the timing signal generators, which will be mounted inside of the IS HV cabinets","121.3.07 Cntrl","121.3.07 Cntrl shall provide all cables appropriately terminated and any required hardware and software.","121.4.05 LI","121.4.05 LI shall provide installation support to Cntrl and WFE",null," ","TBD"]
[2705,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2705-002"},"WFE motion control interface","The WFE motion control interface shall connect all insertion device assemblies (e.g.: scraper, wire scanner) to stepper motor motion drivers.","The physical interfaces are the motion cable receptacles located on each insertion device assembly.","Inspection; Demonstration; Measurement","121.4.02 WFE","121.4.2 WFE shall provide all receptacles to which the motion control cables attached to; 121.4.2 WFE shall determine the electrical characteristics of the stepper motor, as well as requirements for remote control","121.3.07 Cntrl","121.3.07 Cntrl shall provide all stepper motor motion drivers appropriate to drive the stepper motors chosen by 121.4.2 WFE; 121.3.07 Cntrl shall provide all cables and front-end hardware and software.","121.4.05 LI;\n121.3.09 BI","121.4.05 LI and 121.3.09 BI shall provide installation support to Cntrl and WFE","ED0004340 - MEBT Wire Scanner FRS; ED0001306 - MEBT Scraper FRS"," ","TBD"]
[2705,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2705-003"},"WFE power supplies control interface","The WFE power supplies control interface shall connect all LEBT and MEBT magnets/solenoids power supplies to the control system ","The physical interfaces are the power supplies remote control outputs","Inspection; Demonstration; Measurement","121.4.02 WFE","121.4.2 WFE shall provide all power supplies; 121.4.2 WFE shall provide specifications for remote control operation e.g.: min/max output, increments size, on/off capability... ","121.3.07 Cntrl","121.3.07 Cntrl shall provide all cables appropriately terminated and front-end hardware and software.","121.4.05 LI","121.4.05 LI shall provide installation support to Cntrl and WFE",null," ","TBD"]
[2705,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2705-004"},"WFE fluids control interface","The WFE fluids control interface shall connect all fluid measuring devices (flowmeters, temperatures) and valves to the control system","The physical interfaces are the instruments remote control ouput connectors","Inspection; Demonstration; Measurement","121.4.02 WFE","121.4.2 WFE shall provide all fluid measuring devices and valves; 121.4.2 WFE shall provide specifications for remote control operation e.g.: min/max output, open/close capability…","121.3.07 Cntrl","121.3.07 Cntrl shall provide all cables appropriately terminated and front-end hardware and software.","121.4.05 LI","121.4.05 LI shall provide installation support to Cntrl and WFE",null," ","TBD"]
[2706,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2706-001"},"Controls rack space and cabling at PIP2IT","The installation of the Controls system requires rack space and cabling from Test Infrastructure",null,"Inspection","121.3.07 Cntrl","121.3.07 Cntrl shall define the rack space and location necessary to install the Control system, as well as cable type and lengths to connect the Control system to the necessary equipment","121.4.03 TI","121.4.03 TI shall provide the rack space and cable routing necessary to install and operate the Control system at PIP2IT","121.4.03 TI","121.4.03 TI shall provide the installation support and coordination for the Control installation at PIP2IT","ED000xxxx - Control FRS ","ED000xxxx - Control ISD","TBD"]
[2707,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2707-001"},"Building Infrastructure Controls Cable Plant","Cable plant for networking, timing, and machine protection.",null,null,"121.4.04 BldgI;\n121.3.07 Cntrl","Cntrl shall specify requirements for controls related cables.","121.4.04 BldgI","BldgI shall collect all cable and connector requirements in the PIP-II cable database.  BldgI shall provide all standard cables and connectors","121.4.05 LI","121.4.05 LI shall perform all cable pulls",null," ","TBD",null,"Need to understand procedure for cable procurement and installation"]
[2707,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2707-002"},"Building Infrastructure Controls Racks","Racks for controls hardware including console computers",null,null,"121.4.04 BldgI;\n121.3.07 Cntrl","Cntrl shall specify requirements for racks and associated power to house controls hardware","121.4.04 BldgI","BldgI shall provide the required controls racks and shall design the necessary hardware to extend the electrical service from the panel or disconnect to the racks","121.3.07 Cntrl, 121.4.05 LI","Cntrl shall verify the funtionality of the installed equipment and provide feedback to LI.  LI shall install the racks and the necessary hardware to connect the racks to the AC distribution",null," ","TBD",null,"Details under discussion."]
[2707,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2707-003"},"Building Infrastructure Controls Cooling","Cooling of controls hardware",null,null,"121.4.04 BldgI;\n121.3.07 Cntrl","Cntrl shall specify requirements for cooling of controls hardware racks","121.4.04 BldgI","121.4.04 BldgI shall provide the piping, hoses, connectors, and clamps necessary to connect the PIP-II water distribution to the hardware racks.","121.4.05 LI, 121.3.07 Cntrl","121.4.05 LI shall install the necessary piping, hoses, connectors, and clamps between the PIP-II water distribution and the hardware racks. Cntrl shall verify the functionality of the cooling and provide feedback to LI",null," ","TBD",null,"Details under discussion"]
[2707,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2707-004"},"Power","BldgI shall provide power for control system equipment.",null,"Inspection","121.3.07 Cntrl","121.3.07 Cntrl shall define power requirements for control system equipment","121.4.04 BldgI","121.4.04 BldgI shall design and procure the necessary hardware to extend the electrical service from the panel or disconnect to the control system equipment","121.4.05 LI","121.4.05 LI shall install the necessary hardware to connect the control system equipment to the AC distribution.","TBD","TBD","TBD",null,"Details under discussion."]
[2707,5,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2707-005"},"Grounding","BldgI shall provide proper grounding of equipment.",null,"Inspection","121.3.07 Cntrl","121.3.07 Cntrl shall define grounding requirements for the control system equipment","121.4.04 BldgI","121.4.04 BldgI shall provide the grounding infrastructure required for 121.3.07 Cntrl equipment","121.4.05 LI","121.4.05 LI shall provide installation support to Cntrl and BldgI","TBD","TBD","TBD"]
[2707,6,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2707-006"},"Equipment Cooling Controls","Control of LCW system for equipment cooling",null,null,"121.4.04 BldgI","BldgI shall provide requirements for the LCW system.","121.3.07 Cntrl","Cntrl shall provide the controls for the LCW system.","121.3.07 Cntrl","BldgI and Cntrl shall test the LCW control system",null," ","TBD",null,"Absorder piping is provided by others.  BldgI provides the LCW that will exchange heat with the Absorber, and that is the interface."]
[2707,7,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2707-007"},"Cables for Cntrl systems","Cntrl shall specify all cables required for Cntrl systems.  BldgI shall supply any standard cables available in PIP2 cable stores.  Cntrl shall supply any non-standard cables","Handoff point is at the PIP2 dock","Inspection","121.3.07 Cntrl","Cntrl shall define all the cables","121.3.07 Cntrl;\n121.4.04 BldgI","BldgI shall deliver standard cables available in PIP2 stores. Cntrl shall deliver any speciality cables","121.4.05 LI","LI shall perform all cable pulls","TBD","TBD","TBD",null,"I removed the cable trays from this interface.  I feel that the trays do not interface with other L3s.  BldgI lays out the cable trays based on L3 cable requirements (JH)"]
[2708,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2708-001"},"Cntrl systems common requirements - rigging","The Cntrl systems, or any dismountable part thereof bigger than what can be handled by a single individual, shall include rigging interfaces for vertical lifting with a crane as well as forklifting interfaces for lifting with a forklift or pallet jack.  All lifting interfaces shall be clearly marked.  Rigging components shall satisfy the requirements of the relevant FESHM chapters (e.g. marking of rigging components).  All payload weights shall be clearly marked.  ","0-Interface","Inspection ","121.3.07 Cntrl; 121.4.05 LI","Cntrl will define the geometry of the systems","121.3.07 Cntrl","Cntrl will provide the rigging interfaces","121.4.05 LI","LI will integrate these systems within the PIP2 footprint",null," ","TBD",null,"Needs discussion"]
[2708,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2708-002"},"Cntrl systems common requirements - geometry and envelope","The Cntrl systems shall meet the geometry and interface requirements of the referenced interface specification drawing","0-Interface","Inspection ","121.3.07 Cntrl; 121.4.05 LI","Cntrl will define the geometry of the systems","121.3.07 Cntrl","Cntrl will deliver the systems","121.4.05 LI","LI will integrate these systems within the PIP2 footprint",null," ","TBD",null,"Need to create drawing"]
[2708,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2708-003"},"Cntrl systems common requirements - special location requirements","Cntrl shall define any special location requirements or conditions for Cntrl components (e.g. proximity to penetrations or other equipment) for use in CAD layout","0-Interface","Demonstration","121.3.07 Cntrl; 121.4.05 LI","Cntrl will define the systems","121.3.07 Cntrl","Cntrl will deliver the systems","121.4.05 LI","LI will integrate these systems within the PIP2 footprint, and manage CAD data responding to these requirements (if any)",null," ","TBD",null,"Details under discussion"]
[2708,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2708-004"},"Cntrl Hardware - rack mounted -delivery","Cntrl shall deliver rack-mounted hardware to LI for integration in PIP2 standard racks.  Note that LI only integrates in the highbay, linac tunnel, and linac gallery.  Hardware installed elsewhere (e.g. BTL, Utility Building, Cryo Building) is covered by other WBS elements.","Handoff point is at the PIP2 dock","Demonstration","121.3.07 Cntrl; 121.4.05 LI","Cntrl will define the design of the systems","121.3.07 Cntrl","Cntrl will deliver the systems","121.4.05 LI","LI will integrate these systems within the PIP2 footprint",null," ","TBD",null,"Clarification needed. What does \"integrate\" mean?"]
[2708,5,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2708-005"},"Cntrl Hardware - free-standing - delivery","Cntrl shall deliver free-standing equipment (if any) in a complete state.  LI integrates in the PIP2 footprint.  Note that LI only integrates in the highbay, linac tunnel, and linac gallery.  Hardware installed elsewhere (e.g. BTL, Utility Building, Cryo Building) is covered by other WBS elements.","Handoff point is at the PIP2 dock","Demonstration","121.3.07 Cntrl; 121.4.05 LI","Cntrl will define the design of the systems","121.3.07 Cntrl","Cntrl will deliver the systems","121.4.05 LI","LI will integrate these systems within the PIP2 footprint",null," ","TBD",null,"Clarification needed."]
[2708,6,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2708-006"},"Cntrol hardware - facility mounted - delivery","Cntrl shall deliver facilty-mounted hardware (e.g. wireless routers) to LI for integration within the PIP2 footprint. Note that LI only integrates in the highbay, linac tunnel, and linac gallery.  Hardware installed elsewhere (e.g. BTL, Utility Building, Cryo Building) is covered by other WBS elements.","Handoff point is at the PIP2 dock","Demonstration","121.3.07 Cntrl; 121.4.05 LI","Cntrl will define the design of the systems","121.3.07 Cntrl","Cntrl will deliver the systems","121.4.05 LI","LI will integrate these systems within the PIP2 footprint",null," ","TBD",null,"Clarification needed. PLC equipment is in this category"]
[2708,7,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2708-007"},"Connectors for Cntrl systems - delivery","Cntrl shall specify, procure and deliver all connectors required for Cntrl systems.  Terminations of pulled cables shall the responsibility of LI","Handoff point is at the PIP2 dock","Demonstration","121.3.07 Cntrl; 121.4.05 LI","Cntrl will define the design of the systems","121.3.07 Cntrl","Cntrl will deliver the hardware","121.4.05 LI","LI will perform terminations after cable pulls are complete",null," ","TBD",null,"Will this apply to all cables?"]
[2708,8,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2708-008"},"Fasteners for Cntrl systems - delivery","Cntrl shall specify, procure and deliver appropriate fasteners required for Cntrl systems integration.  For example, this includes concrete anchors (if any), flanged connections (if any), or fasteners required to mount system component to a support structure.  ","Handoff point is at the PIP2 dock","Demonstration","121.3.07 Cntrl; 121.4.05 LI","Cntrl will define the fasteners","121.3.07 Cntrl","Cntrl will deliver the fasteners","121.4.05 LI","LI will install the fasteners",null," ","TBD",null,"Will this apply to any controls equipment?"]
[2708,9,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2708-009"},"ACNET consoles - delivery","Cntrl shall deliver control system consoles for use in each area of the PIP2 footprint",null,"Demonstration","121.3.07 Cntrl; 121.4.05 LI","Cntrl will define the design of the systems","121.3.07 Cntrl","Cntrl will deliver the systems","121.4.05 LI","LI will integrate these systems within the PIP2 footprint",null," ","TBD",null,"May need to rewrite to say EPICS"]
[2718,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2718-001"},"Booster Timing Interface","Interface between the booster and PIP-II linac timing systems",null,null,"121.3.04 LLRF;\n121.3.07 Cntrl","Cntrl and LLRF shall specify the requirements to properly synchronize the timing systems of the booster and PIP-II linac.","121.3.04 LLRF","Cntrl and LLRF shall provide the required interface hardware and associated firmware.","121.3.07 Cntrl;\n121.3.04 LLRF","Cntrl and LLRF shall test the timing interface.",null," ","TBD",null,"Details needed, will not be defined soon."]
[2731,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2731-001"},"Network Equipment","Network equipment for cabling throughout the Cryo Plant Building",null,"Inspection","121.3.07 Cntrl;\n121.6.03 CryoB","121.03.07 and 121.06.03 will define the location and type of equipment needed for network installation in the Cryo Plant Building","121.6.03 CryoB","121.06.03 will provide space and electrical power for the network racks","121.3.07 Cntrl","Design, procure, install and commission the networking connections within the Cryo Plant Building including racks,switches, cabling and wireless access points",null," ","TBD"]
[2733,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2733-001"},"Space","Cmplx shall provide space for communication racks.",null,"Inspection","121.3.07 Cntrl","121.3.07 Cntrl shall define sizes and numbers of control system equipment","121.6.05 Cmplx","121.6.05 Cmplx shall provide the required space for 121.3.07 Cntrl equipment","121.4.04 BldgI \n121.4.05 LI","121.4.04 BldgI and 121.4.05 LI shall coordinate the required space and integrate the locations for Cntrl equipment with Cmplx","TBD","ED0006757 - High Bay Building TRS;  ED0006791 - Linac Tunnel TRS;  ED0006793 - Linac Gallery TRS;  ED0006786 - Beam Transfer Line TRS;  CF Assumptions Document","TBD",null,"Details under discussion"]
[2740,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2740-001"},"BI's Linac Laser Lab Interface to SS's Linac LSS.","BI shall interlock its Linac laser lab enclosure with SS's LSS enclosure hardware.","BI's laser lab enclosure will be equipped with SS's LSS enclosure personnel protection interlock equipment  (gates, switches, control boxes, sirens, strobes, etc.).","SS personnel will visually verify the installations.","121.3.09 BI","BI owns the Laser Lab Enclosure Interface.  BI provides the laser lab enclosure.","121.3.08 SS","- SS supplies interlock permits.  Supplies enclosure personnel protection equipment  (gates, switches, control boxes, sirens, strobes, etc.) and their wiring.\n","121.3.08 SS","SS will install the LSS enclosure hardware into the laser lab. ",null,"- Laser Lab ESS Installation Plan/Drawing (placeholder)\n- LSS Functional Description (placeholder)\n\n","TBD","LSS Test Procedure","Consolidated all laser lab interfaces to the SS LSS and will define further with ISD and functional descriotions"]
[2741,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2741-001"},"Safety Systems MPS Interface","Hardware interface and communication protocol to provide required safety system status to the machine protection system",null,null,"121.3.02 MPS","MPS with input from SS shall specify the required signals, the hardware interface and any communication protocol between SS and the machine protection system. ","121.3.02 MPS;\n121.3.08 SS","MPS shall provide signal receiver hardware and machine protection logic. SS shall provide the required signals. ","121.3.02 MPS;\n121.3.08 SS","MPS and SS shall provide testing of the machine protection interface",null,"ED0007693 - Safety System Interface Document","TBD",null,"Need to switch from Cntrls to new MPS L3."]
[2750,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2750-001"},"SS RSIS CDC Critical Device Interlock Permit Interface to WFE critical devices","SS RSIS shall provide permit signals to WFE's interlocked critical devices.","SS will interlock WFE's ion source High Voltage Power Supply, LEBT Bend magnet power supplies and possibly RFQ amplifier critical devices to SS's RSIS with a CDC.","SS personnel will test the hardware and system with a CDC test procedure.","121.3.08 SS","SS owns the RSIS CDC Critical Device Permit Interface.  SS provides the CDC and the relay contact permit signals for the critical devices.","121.4.02 WFE","- WFE supplies the critical devices and hardware for them to be inhibited and permited by a CDC's relay contact signals.\n\n- SS supplies the signal cables","121.4.02 WFE;\n121.3.08 SS","- WFE will install the critical device permit interface hardware onto their critical devices.\n\n- SS will pull and connect the CDC's permit contact signal cables to each of the critical device's permit interfaces","FESHM Chapter 10 (how this flows into PIP2 reqs?)","- CDC Functional Description","TBD",null,"Integrator is different from WFE's version of this interface\n-AO 2/7/19"]
[2751,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2751-001"},"ODH and RF interlocks","The Test Infrastructure needs to accommodate the ODH systems and RF interlocks for PIP2IT provided by the Safety Systems",null,"Inspection; Demonstration; Analysis","121.3.08 SS","121.3.08 SS shall design the ODH system and RF interlock system for the TI test caves, based on input/analysis from Cryo ODH analysis and Radiation Shielding Assesment","121.4.03 TI","121.4.03 TI shall provide the infrastucture (supports, ducting, gates and fans) required for the ODH system and RF interlock system for the TI test caves.  SS shall provide the ODH and RF Interlock monitors, chassis, alamrs, and electronics","121.4.03 TI","121.4.03 TI shall provide the coordination and necessary infrastructure for the SS group to install and operate the ODH and Interlock systems","ED000xxxx - PIP2IT shielding assesment; ED000xxxx- PIP2IT ODH analysis; ED000xxx-CMTS1 shielding assesment; ED000xxx-CMTS1 ODH analysis"," ","TBD",null,"Not sure if this should be included or if it is the right L3 interface\n-AO 2/7/19"]
[2752,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2752-002"},"BldgI Rack Interface for SS subsystems chassis.","BldgI shall provide racks and cabling for installation of SS subsystem chassis.","BldgI will provide racks, floor space (including leaving space for an end-rack at the Linac RSIS rack near front of Linac),  and BAL - BTL RSIS rack power distribution and cabling for SS's subsystem chassis. Along with Linac ODH rack (near center of gallery)","SS personnel will visually verify the installation.","121.4.04 BldgI","BldgI owns the Rack Interface.  BldgI provides relay racks, standard cables and connectors, and power distribution cables.","121.3.08 SS","SS supplies the chassis components to go into the racks for Linac RSIS SS, BAL - BTL RSIS SS, Linac SSIU chassis, Linac ODH SS, and the Linac LSS.  SS also supplies an end-rack for the Linac RSIS rack, BAL - BLT RSIS rack, and the Linace ODH rack  SS supplies signal cables.","121.3.08 SS, 121.4.05 LI","LI will install and prepare the relay racks and pull power distribution cables to the SS chassis.\n\n- SS will install the chassis components into their racks.  SS will pull signal cables to the components through the cable trays.","","-RSIS Functional Description (placeholder)","TBD",null,"SS consolidated version of racks/power/grounding interface to BldgI\n-AO 2/7/19"]
[2753,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2753-003"},"LI Enclosures Interface to SS Linac ESS Hardware","LI shall interlock its enclosures with SS's ESS hardware.","LI's enclosures will be equipped with SS's ESS enclosure personnel protection interlock equipment  (gates, switches, control boxes, sirens, strobes, etc.).","SS personnel will visually verify the installations.","121.4.05 LI","LI owns the Enclosures Interface.  LI provides access and installation locations for its enclosures.","121.3.08 SS","SS supplies the ESS hardware (gates, switches, control boxes, sirens, etc) and wiring and cables.","121.3.08 SS","SS will install the ESS hardware into the enclosures.  SS will also pull and connect cables from the hardware to its ESS.",null,"- Enclosure ESS Installation Plan/Drawings (placeholder)\n- ESS Functional Description (placeholder)","TBD","ESS Test Procedure"]
[2763,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2763-001"},"SS Booster RSIS CDC Critical Device Permit Interface to BSTR Critical Devices","SS Booster RSIS shall provide permit signals to BSTR's interlocked critical devices.","BSTR's critical devices will be interlocked and permitted from SS's CDC.","SS personnel will test the CDC signal conditions and verify critical device responses with a CDC test procedure.","121.3.08 SS","SS owns the Booster RSIS CDC Critical Device Permit Interface.  SS provides the CDC and the relay contact permit signals for the critical devices.","121.5.04 BSTR","- BSTR supplies the critical devices and hardware for them to be inhibited and permited by a CDC's relay contact signals.\n\n- SS supplies the signal cables","121.5.04 BSTR;\n121.3.08 SS","- BSTR will install the critical device permit interface hardware onto their critical devices.\n\n- SS will pull and connect the CDC's permit contact signal cables to each of the critical device's permit interfaces","FESHM Chapter 10 (how this flows into PIP2 reqs?)","- CDC Functional Description\n- CDC Test Procedure","TBD","CDC Test Procedure","Pretty much interchangeable with the other interface I marked as redundant, however this entry has both BSTR and SS as integrator since SS will not be wiring up the critical device to accept the permit interface\n-AO //"]
[2763,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2763-002"},"BSTR Enclosure Interface to SS Booster ESS Hardware","BSTR shall interlock its enclosures with SS's ESS hardware.","BSTR's enclosures will be equipped with SS's ESS enclosure personnel protection interlock equipment  (gates, switches, control boxes, sirens, strobes, etc.).","SS personnel will visually verify the installations.","121.5.04 BSTR","BSTR owns the Enclosures Interface.  BSTR provides access and installation locations for its enclosures.","121.3.08 SS","SS supplies the ESS hardware (gates, switches, control boxes, sirens, etc) and wiring and cables.","121.3.08 SS","SS will install the ESS hardware into the enclosures.  SS will also pull and connect cables from the hardware to its ESS.",null,"- Enclosure ESS Installation Plan/Drawings\n- ESS Functional Description","TBD","ESS Test Procedure"]
[2765,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2765-001"},"SS BAL-BTL RSIS CDC Critical Device Permit Interface to TLBA critical devices","SS BAL-BTL RSIS shall provide permit signals to TLBA interlocked critical devices.","TLBA's critical devices will be interlocked and permitted from SS's CDC.","SS personnel will test the CDC signal conditions and verify critical device responses with a CDC test procedure.","121.3.08 SS","SS owns the RSIS CDC Critical Device Permit Interface.  SS provides the CDC and the relay contact permit signals for the critical devices.","121.5.02 TLBA","- TLBA supplies the critical devices and hardware for them to be inhibited and permited by a CDC's relay contact signals.\n\n- SS supplies the signal cables","121.5.02 TLBA;\n121.3.08 SS","- TLBA will install the critical device permit interface hardware onto their critical devices.\n\n- SS will pull and connect the CDC's permit contact signal cables to each of the critical device's permit interfaces","FESHM Chapter 10 (how this flows into PIP2 reqs?)","- CDC Functional Description","TBD","CDC Test Procedure"]
[2765,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2765-002"},"TLBA Enclosure Interface to SS Transfer Line and Beam Absorber ESS Hardware","TLBA shall interlock its enclosures with SS's ESS hardware.","TLBA's enclosures will be equipped with SS's ESS enclosure personnel protection interlock equipment  (gates, switches, control boxes, sirens, strobes, etc.).","SS personnel will visually verify the installations.","121.5.02 TLBA","TLBA owns the Enclosures Interface.  TLBA provides access and installation locations for its enclosures.","121.3.08 SS","SS supplies the ESS hardware (gates, switches, control boxes, sirens, etc) and wiring and cables.","121.3.08 SS","SS will install the ESS hardware into the enclosures.  SS will also pull and connect cables from the hardware to its ESS.",null,"- Enclosure ESS Installation Plan/Drawings (placeholder)\n- ESS Functional Description (placeholder)","TBD","ESS Test Procedure"]
[2778,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2778-004"},"Cmplx ODH Alarm Safety Equipment Interface to SS ODH SS","Cmplx shall actuate its ODH alarm safety equipment when it receives an ODH alarm signal from SS ODH SS.","Cmplxwill turn on ODH safety equipment installed in the building (fans, louvres, etc.) when it receives an ODH alarm signal from SS's ODH SS.","SS personnel will test the hardware and system with an ODH SS test procedure.  SS personnel will verify building ODH safety equipment responds correctly.","121.6.05 Cmplx","Cmplx owns the ODH Alarm Safety Equipment Interface.  Cmplx provides access and control to each piece of the building's ODH emergency safety equipment.","121.3.08 SS","- Cmplx supplies the hardware required to actuate its safety equipment\n\n- SS supplies the signal cables needed to conect each of the building's ODH alarm safety equipment.","121.6.05 Cmplx;\n121.3.08 SS","- Cmplx will install the actuator hardware interfaces to its safety equipment.\n\n- SS will pull and connect the ODH SS actuator contact signal cables to each of the building's ODH safety equipment. "," - ODH analysis","- ODH SS Functional Description (placeholder)","TBD","ODH SS Test Procedure"]
[2785,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2785-001"},"Beam Instrumentation MPS Interface","Hardware interface and communication protocol for instrumentation connected to the machine protection system",null,null,"121.3.02 MPS;\n121.3.09 BI","MPS with the input of BI shall specify the required information, hardware interface and any communication protocol between BI and the machine protection system.","121.3.09 BI;\n121.3.02 MPS","BI shall supply the required hardware and software or firmware to generate the required information. MPS shall provide signal receiver hardware and machine protection logic.","121.3.02 MPS;\n121.3.09 BI","MPS and BI shall provide testing of the machine protection interface",null,"ED0007694 - Beam Instrumentation Interface Document","TBD",null,"This interface needs to be transferred to new MPS WBS."]
[2794,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2794-001"},"IS emittance scanners interface","The IS emittance scanners interface shall connect the IS emittance scanner assembly to the IS vacuum enclosures (2) while ensuring vacuum integrity.","The physical interfaces between WFE and BI are the emittance scanner assembly flanges that mate to the ports of the IS vacuum chambers.","Inspection; Demonstration; Measurement","121.4.02 WFE;\n121.3.09 BI","121.4.02 WFE shall provide two IS vacuum chambers each with 2 ports for installation of the emittance scanners; 121.4.02 WFE shall define the size, materials and finish of the mating surfaces; 121.4.02 WFE & 121.3.09 BI shall agree on range limits for the stepper motor driver, data resolution and other miscellaneous requirements","121.3.09 BI","121.3.09 BI shall provide 4 complete emittance scanner units, which include the detectors, mounting flanges, drives, motion controls, HV equipment and software","121.4.05 LI","121.4.05 LI shall provide installation support to BI and WFE; 121.4.05 LI shall vacuum leak check the assemblies after installation",null," ","TBD"]
[2794,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2794-002"},"LEBT DCCT interface","The LEBT DCCT interface shall connect the DCCT assembly to the LEBT beam line and ensure vacuum integrity. Availibility of commercial units in standard sizes shall ultimately determine the physical aperture of the unit, hence of the mounting flanges.","The physical interfaces between WFE and BI are the upstream and downstream flanges of the DCCT assembly.","Inspection; Demonstration; Measurement","121.4.02 WFE","121.4.02 WFE shall provide space for one DCCT for each of the two legs upstream of the switching dipole magnet; For each leg the DCCT will be located downstream of the EID mounting flange; 121.4.02 WFE shall provide magnetic shielding, stands and spool pieces needed for the installation; Not withstanding the limits of the device minimum physical dimensions, 121.4.02 WFE shall define the length of beam line available for the DCCT assembly (including magnetic shielding); 121.4.02 WFE shall define the size, materials and finish of the mating surfaces (both upstream and downstream).","121.3.09 BI","121.3.09 BI shall provide 2 DCCTs including the readout electronics; 121.3.09 BI shall provide guidance for dimensions based on the availability of commercial units and magnetic shielding requirements","121.4.05 LI","121.4.05 LI shall provide installation support to BI and WFE; 121.4.05 LI shall vacuum leak check the assemblies after installation",null," ","TBD"]
[2794,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2794-003"},"LEBT toroid/ACCT interface","The LEBT toroid/ACCT interface shall connect the toroid/ACCT assembly to the LEBT beam line and ensure vacuum integrity. Availability of commercial units in standard sizes shall ultimately determine the physical aperture of the units, hence of the mounting flanges.","The physical interfaces between WFE and BI are the upstream and downstream flanges of the toroid/ACCT assembly.","Inspection; Demonstration; Measurement","121.4.02 WFE","121.4.02 WFE shall provide room for one toroid (or ACCT) downstream of the LEBT chopping assembly but upstream of the last LEBT solenoid; 121.4.02 WFE shall provide magnetic shielding, stand and spool pieces needed for the installation; Not withstanding the limits of the device minimum physical dimensions, 121.4.02 WFE shall define the length of beam line availlable for the toroid/ACCT assembly (including magnetic shielding); 121.4.02 WFE shall define the size, materials and finish of the mating surfaces both upstream and downstream)","121.3.09 BI","121.3.09 BI shall provide 1 toroid/ACCT including readout electronics; 121.3.09 BI shall provide guidance for dimensions based on the availability of commercial units and magnetic shielding requirements","121.4.05 LI","121.4.05 LI shall provide installation support to BI and WFE; 121.4.05 LI shall vacuum leak check the assemblies after installation",null," ","TBD",null,"The Toroid/ACCT must be the same model as the MEBT's"]
[2794,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2794-004"},"LEBT EIDs interface","The LEBT EIDs interface shall provide the capability to bias the EID electrode to several hundreds volts as well as to measure the current that the EID electrode intercepts. Hence, the EID electronics should be floating with respect to the beam pipe ground.","The physical interface between WFE and BI is the water-tubes that come out of the EID flange. This is where the bias voltage is applied to the EID electrode and the current read back.","Inspection; Demonstration; Measurement","121.4.02 WFE","121.4.02 WFE shall provide a total of 5 EIDs to be installed in the LEBT beam line: 1 in each of 2 solenoids upstream of the switching dipole magnet and 3 downstream of the switching dipole magnet. There are a supply and a return water feed-through and tubing for each EID; 121.4.02 WFE shall define the size (diameter) of the tubing and the materials.","121.3.09 BI","121.3.09 BI shall provide connectors and electrical components (including cabling) necessary to bias each EID independently up to +300V and read back the the current intercepted by each EID (total of 5 'modules'); 121.3.09 BI shall provide all power supply modules and electronics read out for each of 5 EIDs","121.4.05 LI","121.4.05 LI shall provide installation support to BI and WFE",null," ","TBD"]
[2794,5,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2794-005"},"LEBT bend beam dumps electrical interface","The LEBT bend beam dumps electrical interface shall provide the capability to  bias the bending dipole magnet's beam collectors to several hundred volts as well as to measure the current that the dumps collect. Hence, the dumps electronics should be floating with respect to the beam pipe ground.","The physical interface between WFE and BI is the water-tubes that come out of the bending magnet's vacuum chamber. This is where the bias voltage is applied to the dumps and the current read back.","Inspection; Demonstration; Measurement","121.4.02 WFE","121.4.02 WFE shall provide the bend assembly wihtin which the beam dumps are located and install the assembly onto the beam line. There are supply and return water feedthroughs and tubings for each dump; WFE shall define the size (diameter) of the tubing and the materials.","121.3.09 BI","121.3.09 BI shall provide connectors and electrical components (incluiding cabling and protection resistors) necessary to bias each beam dump independently to up to +300V and read back the current deposited to the dumps; 121.3.09 BI shall provide all power supply modules and electronics read out for each beam dump.","121.4.05 LI","121.4.05 LI shall provide installation support to BI and WFE",null," ","TBD"]
[2794,6,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2794-006"},"LEBT absorber electrical interface","The LEBT absorber electrical interface shall provide the capability to read the current deposited to the absorber surface. Biasing of the absorber is not required.","The physical interface between WFE and BI is the feedthrough that connects the absorber plate in vacuum to the outside.","Inspection; Demonstration; Measurement","121.4.02 WFE","121.4.02 WFE shall provide the feedthrough that connects to the LEBTabsorber surface, which will be mounted on the same flange as the LEBT chopper proper","121.3.09 BI","121.3.09 BI shall provide connectors and electrical components (incluiding cabling and protection resistors) necessary to read back the current deposited to the LEBT absorber; 121.3.09 BI shall provide all electronics read out.","121.4.05 LI","121.4.05 LI shall provide installation support to BI and WFE",null," ","TBD"]
[2794,7,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2794-007"},"DPI electrical interface","The DPI electrical interface shall provide the capability of biasing the DPI body as well as measuring the current that impinges onto the DPI electrically isolated body. Hence, the DPI electronics should be floating with respect to the beam pipe ground.","The physical interface between WFE and BI is the feed-throughs at the upstream end of the DPI vacuum assembly.","Inspection; Demonstration; Measurement","121.4.02 WFE","121.4.02 WFE shall provide the DPI assembly with appropriate feed-throughs","121.3.09 BI","121.3.09 BI shall provide connectors and electrical components (including cables) necessary to bias the DPI up to +100V and read back the current intercepted by the DPI; 121.3.09 BI shall provide power supply modules and electronics read out for the DPI","121.4.05 LI","121.4.05 LI shall provide installation support to BI and WFE",null," ","TBD"]
[2794,8,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2794-008"},"MEBT scrapers electrical interface","The MEBT scrapers electrical interface shall provide the capability to bias each scraper paddle to several hundreds volts as well as to measure the current that the scraper paddle intercepts. Hence, the scraper electronics should be floating with respect to the beam pipe ground.","The physical interface between WFE and BI is the HV feed-throughs.","Inspection; Demonstration; Measurement","121.4.02 WFE","121.4.02 WFE shall provide all scraper paddles to be installed in the MEBT beam line","121.3.09 BI","121.3.09 BI shall provide connectors and electrical components (including cables and protection resistors) necessary to bias each scrapper paddle independently up to +100V and read back the current intercepted by each paddle; 121.3.09 BI shall provide all power supply modules and electronics read out.","121.4.05 LI","121.4.05 LI shall provide installation support to BI and WFE",null," ","TBD"]
[2794,9,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2794-009"},"MEBT kickers masks electrical interface","The MEBT kickers masks electrical interface shall provide the capability of biasing the electrodes protecting the kicker electrodes (a.k.a. masks), upstream and downstream of each kicker assembly, as well as measuring the current that the masks intercept. Hence, the masks electronics should be floating with respect to the beam pipe ground.","The physical interface between WFE and BI is the HV feed-throughs.","Inspection; Demonstration; Measurement","121.4.02 WFE","121.4.02 WFE shall provide 2 kicker systems to be installed in the MEBT beam line, each with masking electrodes at the entrance and exit of each kicker assembly equipped with the appropriate HV feed-through.","121.3.09 BI","121.3.09 BI shall provide connectors and electrical components (including cables and protection resistors) necessary to bias each mask independently up to +100V and read back the current intercepted by each mask (for a total of 4 'modules' or 'channels'); 121.3.09 BI shall provide power supply modules and electronics read out for each of 4 kicker masks","121.4.05 LI","121.4.05 LI shall provide installation support to BI and WFE",null," ","TBD"]
[2794,10,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2794-010"},"MEBT BPMs mechanical interface","The MEBT BPMs mechanical interface shall connect the button BPM assembly to the WFE vacuum enclosure (i.e. beam tube). The interface shall ensure vacuum integrity.","The physical interfaces between WFE and BI are the welds of the button BPM assembly to the vacuum pipe (upstream and downstream).","Inspection; Demonstration; Measurement","121.4.02 WFE;\n121.3.09 BI","121.4.02 WFE shall provide the beam tube to which the button BPMs will be welded to; 121.4.02 WFE includes button BPMs at each transverse focusing station in the MEBT (total of 12); 121.4.02 WFE and 121.3.09 shall agree on the button size and intrinsic position measurement resolution, as well as of specific instructions for welding the buttons to the beam tube.","121.3.09 BI","121.3.09 BI shall provide at least 12 button BPM for installation in the MEBT beam line",null,null,null," ","TBD",null,"Before assembly on the beam line, button BPMs are welded to the beam tube"]
[2794,11,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2794-011"},"MEBT toroid/ACCT interface","The MEBT toroid/ACCT interface shall connect the toroid/ACCT assemblies to the MEBT beam line and ensure vacuum integrity. Availability of commercial units in standard sizes shall ultimately determine the physical aperture of the units, hence of the mounting flanges.","The physical interfaces between WFE and BI are the upstream and downstream flanges of the toroid/ACCT assembly.","Inspection; Demonstration; Measurement","121.4.02 WFE","121.4.02 WFE shall provide space for installation of a toroid/ACCT just downstream of the RFQ and upstream of the first quadrupole doublet as well as near the end of the MEBT; 121.4.02 WFE shall provide magnetic shielding, stand and spool pieces needed for installation; Not withstanding the limits of the device minimum physical dimensions, 121.4.02 WFE shall define the length of beam line availlable for the toroid/ACCT assemblies (including magnetic shielding);  121.4.02 WFE shall define the size, materials and finish of the mating surfaces both upstream and downstream","121.3.09 BI","121.3.09 BI shall provide at least 2 toroid/ACCT including readout electronics and cables; 121.3.09 BI shall provide guidance for dimensions based on the availability of commercial units and magnetic shielding requirements","121.4.05 LI","121.4.05 LI shall provide installation support to BI and WFE; 121.4.05 LI shall vacuum leak check the assemblies after installation",null," ","TBD",null,"The Toroid/ACCT must be the same model as the LEBT's"]
[2794,12,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2794-012"},"MEBT other current measuring devices interface","The MEBT other current measuring devices interface shall connect these devices (TBD) to the MEBT beam line and ensure vacuum integrity. This interface does not concern the MEBT DCCT for radiation safety.","The physical interfaces between WFE and BI are the upstream and downstream flanges of the devices to be considered.","Inspection; Demonstration; Measurement","121.4.02 WFE","121.4.02 WFE shall provide space in the MEBT beam line for installation of at least 4 current measuring devices (TBD) to be used with the MPS: one at the exit of the RFQ, downstream of the MEBT toroid/ACCT but upstream of the first bunching cavity; one downstream of the 2nd kicker assembly but upstream of the MEBT abssorber; one downstream of the MEBT absorber but upstream of the DPI; and one at the end of the WFE beam line, upstream of the WFE/HWR interface; 121.4.02 WFE shall provide stands and spool pieces as needed for installation; 121.4.02 WFE shall define the size, materials and finish of the mating surfaces both upstream and downstream)","121.3.09 BI","121.3.09 BI shall provide at least 4 current measuring devices (TBD) including read out electronics and cables","121.4.05 LI","121.4.05 LI shall provide installation support to BI and WFE; 121.4.05 LI shall vacuum leak check the assemblies after installation",null," ","TBD"]
[2794,13,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2794-013"},"MEBT DCCT interface","The MEBT DCCT interface shall connect the DCCT assembly to the MEBT beam line and ensure vacuum integrity. Availability of commercial units in standard sizes shall ultimately determined the physical aperture of the unit, hence of the mounting flanges","The physical interface between WFE and BI are the upstream and downstream flanges of the DCCT assembly.","Inspection; Demonstration; Measurement","121.4.02 WFE","121.4.02 WFE shall provide space in the MEBT beam line for installation of a DCCT near the end of the MEBT, before transition into SRF; 121.4.02 WFE shall provide magnetic shielding, stand and spool pieces for installation; Not withstanding the limits of the DCCT minimal physical dimensions, 121.4.02 WFE shall define the length of beam line available for the DCCT assembly; 121.4.02 WFE shall define the size, materials and finish of the mating surfaces both upstream and downstream.","121.3.09 BI","121.3.09 BI shall provide the DCCT including readout electronics and cables","121.4.05 LI","121.4.05 LI shall provide installation support to B! and WFE.",null," ","TBD"]
[2794,14,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2794-014"},"MEBT wire scanners interface","The MEBT wire scanners interface shall connect the wire scanners to the proper vacuum chamber ports on the MEBT beam line and ensure vacuum integrity.","The physical interfaces between WFE and BI are the mounting flanges that mate the wire scanner assemblies to the ports of the vacuum chambers.","Inspection; Demonstration; Measurement","121.4.02 WFE","121.4.02 WFE shall provide space and the appropriate vacuum enclosures in the MEBT beam line for installation of the wire scanners; 121.4.02 WFE shall define the size, materials and finish of the mating surfaces","121.3.09 BI","121.3.09 BI shall provide complete wire scanner assemblies, including the drives, electronics read out, cables and software for data acquisition","121.4.05 LI","121.4.05 LI shall provide installation support to BI and WFE; 121.4.05 LI shall vacuum leak check the assemblies after installation",null," ","TBD",null,"The wire scanner may be located in the same vacuum chamber as one of the scraping stations"]
[2794,15,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2794-015"},"MEBT emittance scanners interface","The MEBT emittance scanners interface shall connect the MEBT emittance scanner assembly to the MEBT beam line while ensuring vacuum integrity.","The physical interfaces between WFE and BI are the emittance scanner's vacuum enclosure flanges that mate to the beam line vacuum enclosure (upstream and downstream).","Inspection; Demonstration; Measurement","121.4.02 WFE;\n121.3.09 BI","121.4.02 WFE shall provide space in the MEBT beam line for installation of the emittance scanner station between the 2nd transverse focusing station and the 2nd scraping station; 121.4.02 WFE shall provide the stand and spool pieces needed for installation; 121.4.02 WFE shall define the size, materials and finish of the mating surfaces; 121.4.02 WFE & 121.3.09 BI shall agree on range limits for the stepper motor driver, data resolution and other miscellaneous requirements","121.3.09 BI","121.3.09 BI shall provide 2 complete emittance scanner units, which include the drives, motion control, HV equipment and software; 121.3.09 shall provide the vacuum chamber that houses the 2 units (one in the vertical direction and one in the horizontal direction), including the vacuum equipment","121.4.05 LI","121.4.05 LI shall provide installation support to BI and WFE; 121.4.05 LI shall vacuum leak check the assemblies after installation",null," ","TBD"]
[2794,16,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2794-016"},"MEBT laser wire interface","The MEBT laser wire interface shall connect the MEBT laser wire assemblies to the MEBT beam line while ensuring vacuum integrity.","The physical interfaces between WFE and BI are the laser wire's vacuum enclosures flanges that mate to the beam line vacuum enclosure (upstream and downstream).","Inspection; Demonstration; Measurement","121.4.02 WFE;\n121.3.09 BI","121.4.02 WFE shall provide space in the MEBT beam line for installation of the laser wire stations; 121.4.02 WFE shall provides the stand and spool pieces needed for installation; 121.4.02 WFE shall define the size, materials and finish of the mating surfaces; 121.4.02 WFE and 121.3.09 BI shall define together specifics of  the beam line configuration, for instance vacuum requirements at the location of the laser wire","121.3.09 BI","121.3.09 BI shall provide complete laser wire units, including the vacuum chambers, all optical elements, all electronics, cables and vacuum equipment","121.4.05 LI","121.4.05 LI shall provide installation support to BI and WFE; 121.4.05 LI shall vacuum leak check the assemblies after installation",null," ","TBD"]
[2794,17,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2794-017"},"MEBT RWCM interface","The MEBT RWCM interface shall connect the RWCM assembly to the MEBT beam line while ensuring vacuum integrity.","The physical interfaces between WFE and BI are the RWCM assembly flanges that mate to the beam line vacuum enclosure (upstream and downstream)","Inspection; Demonstration; Measurement","121.4.02 WFE","121.4.02 WFE shall provide space in the MEBT beam line for installation of the RWCM; 121.4.02 WFE shall provide the stand and spool pieces needed for installation; 121.4.02 WFE shall define the size, materials and finish of the mating surfaces","121.3.09 BI","121.3.09 BI shall provide a RWCM assembled with appropriate flanges for installation; 121.3.09 BI shall provide all electronics read out and cables","121.4.05 LI","121.4.05 LI shall provide installation support to BI and WFE; 121.4.05 LI shall vacuum leak check the assemblies after installation",null," ","TBD"]
[2794,18,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2794-018"},"MEBT laser wire interface","The MEBT laser wire interface shall connect the MEBT laser wire assemblies to the MEBT beam line while ensuring vacuum integrity.","The physical interfaces between WFE and BI are the laser wire's vacuum enclosures flanges that mate to the beam line vacuum enclosure (upstream and downstream).","Inspection; Demonstration; Measurement","121.4.02 WFE;\n121.3.09 BI","121.4.02 WFE shall provide space in the MEBT beam line for installation of the laser wire stations; 121.4.02 WFE shall provides the stand and spool pieces needed for installation; 121.4.02 WFE shall define the size, materials and finish of the mating surfaces; 121.4.02 WFE and 121.3.09 BI shall define together specifics of  the beam line configuration, for instance vacuum requirements at the location of the laser wire","121.3.09 BI","121.3.09 BI shall provide complete laser wire units, including the vacuum chambers, all optical elements, all electronics, cables and vacuum equipment","121.4.05 LI","121.4.05 LI shall provide installation support to BI and WFE; 121.4.05 LI shall vacuum leak check the assemblies after installation",null," ","TBD"]
[2796,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2796-001"},"Laser Transport","Transport of laser light form laser diagnostics room to beamline instruments",null,null,"121.4.04 BldgI;\n121.3.09 BI","Laser light transport defined by both Bldgl and BI","121.4.04 BldgI",null,null,null,null," ","TBD"]
[2796,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2796-001"},"Instrumentation racks","19\" racks available for instrumentaton front-end electronics. Includes AC power.",null,null,"121.3.09 BI","Rack requirements are defined by BI","121.4.04 BldgI","121.4.04 BldgI shall provide the racks, as well as layout of the racks for BI to populate","121.4.05 LI","121.4.05 LI shall provide installation support to BI and BldgI",null," ","TBD"]
[2796,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2796-002"},"Power","BldgI shall provide power for Beam Instrumentation equipment.",null,"Inspection","121.3.09 BI","121.3.09 BI shall define power requirements for the Beam Instrumentation equipment","121.4.04 BldgI","121.4.04 BldgI shall design and procure the necessary hardware to extend the electrical service from the panel or disconnect to the beam instrumentation equipment","121.4.05 LI","121.4.05 LI shall install the necessary hardware to connect the instrumentation equipment to the AC distribution.","TBD","TBD","TBD"]
[2796,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2796-003"},"Grounding","BldgI shall provide grounding of equipment.",null,"Inspection","121.3.09 BI","121.3.09 BI shall define any special grounding requirements for beam instrumentation equipment","121.4.04 BldgI","121.4.04 BldgI shall provide the grounding infrastructure required for 121.3.09 BI equipment","121.4.05 LI","121.4.05 LI shall provide installation support to BI","TBD","TBD","TBD"]
[2796,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2796-004"},"Cables for BI systems","BI shall specify all cables required for BI systems.  BldgI shall supply any standard cables available in PIP2 cable stores.  BI shall supply any non-standard cables","Handoff point is at the PIP2 dock","Inspection","121.3.09 BI","BI shall define all the cables","121.3.09 BI;\n121.4.04 BldgI","BldgI shall deliver standard cables available in PIP2 stores. BI shall deliver any speciality cables","121.4.05 LI","LI shall perform all cable pulls","TBD","TBD","TBD",null,"I removed the cable trays from this interface.  I feel that the trays do not interface with other L3s.  BldgI lays out the cable trays based on L3 cable requirements"]
[2797,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2797-001"},"BI equipment common requirements - rigging","Large BI components, or any dismountable part thereof bigger than what can be handled by a single individual, shall include rigging interfaces for vertical lifting with a crane and/or  forklifting interfaces for lifting with a forklift or pallet jack.  All lifting interfaces shall be clearly marked.  Rigging components shall satisfy the requirements of the relevant FESHM chapters (e.g. marking of rigging components).  All payload weights shall be clearly marked.  ","0-Interface","Inspection ","121.3.09 BI; 121.4.05 LI","BI will define the design","121.3.09 BI","BI will provide the rigging interfaces","121.4.05 LI","LI will integrate these systems within the PIP2 footprint",null," ","TBD"]
[2809,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2809-001"},"TLBA Beam instrumentation "," Provide all the instrumentation required to ensure the efficient operation of the Tranfer and Beam Absorber lines.",null,"Inspection","121.5.02 TLBA;\n121.3.09 BI","TLBA shall give the request for the type  and the number of beam instruments, and leave enough space in the lattice for the instruments.","121.3.09 BI","Beam Instrument should supply the BPM, Loss monitors, Toriods, beam current monitors, beam profile monitors such as multiwires and emittance measurements devisecs. ","121.5.03 BTLI","Rings installation(Rinst) should connect the the design of Transfer Line and the Beam Absorber to install all the beam instruments.",null," ","TBD"]
[2810,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2810-001"},"BTL Instrumentation","Instrumentation required for the BTL and BAL beam lines",null,"Visual, electrical, leak check","121.3.09 BI","BI will specify the appropriate instrumentation and Vac wil assemble and leak check where appropriate","121.3.09 BI;\n121.3.06 Vac","BI will supply instrumentation and verify electrical functionality.  Vac will leak check and certify components that integrate with the vacuum","121.5.03 BTLI","Rinst will install provided instrumentation including stands where needed",null," ","TBD"]
[2822,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2822-001"},"Laser Room","The Linac Complex will house the Laser Room",null,"Inspection","121.3.09 BI;\n121.6.05 Cmplx","121.03.09 and 121.06.05 will determine spatial and infrastructure requirements for the Laser Room","121.6.05 Cmplx","Design and construct the conventional portion of the Laser Room enclosure","121.3.09 BI","Design, procure and install the technical equipment for the Laser Room",null," ","TBD"]
[2822,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2822-002"},"Space","Cmplx shall provide space for Beam Instrumentation racks and equipment.",null,"Inspection","121.3.09 BI","121.3.09 BI shall define space requirements for beam instrumentation racks and equipment","121.6.05 Cmplx","121.6.05 Cmplx shall provide the required space for 121.3.09 BI equipment","121.4.04 BldgI\n121.4.05 LI","121.4.04 BldgI and 121.4.05 LI shall coordinate the required space and integrate the locations for BI equipment with Cmplx","TBD","ED0006757 - High Bay Building TRS;  ED0006791 - Linac Tunnel TRS;  ED0006793 - Linac Gallery TRS;  ED0006786 - Beam Transfer Line TRS;  CF Assumptions Document","TBD"]
[2823,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2823-001"},"Shielding","The Booster Connectiom shall be constructed with radiation sheilding.",null,"Inspection","121.4.07 AP","Determine radiation shielding requirements.","121.6.06 BstrC","Design, construct and install the radiation shielding","121.4.07 AP","Review and approve radiation shielding methods and installation",null," ","TBD"]
[2837,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2837-001"},"WFE MPS control interface","The WFE MPS control interface shall connect agreed upon WFE sub-systems to the control system","The physical interfaces are the appropriate devices' output signal connectors","Inspection; Demonstration; Measurement","121.4.02 WFE;\n121.3.02 MPS","121.4.2 WFE and 121.3.02 MPS shall specify the devices to be used for the MPS, as well as the type of signals that are required for communication; 121.4.2 WFE and 121.3.7 Cntrl shall provide specifications for signal processing and logic (e.g.: speed, latency)","121.3.02 MPS","121.3.02 MPS shall provide the MPS processors and auxialliary equipment for the MPS to perform its function; 121.3.02 MPS shall provide all cables appropriately terminated; 121.3.02 MPS may also provide specific hardware to be used only by the MPS system","121.4.05 LI","121.4.05 LI shall provide installation support to Cntrl and WFE",null," ","TBD"]
[2839,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"2839-001"},"LLRF/MPS signal interfaces",null,null,null,"121.3.02 MPS",null,"121.4.04 BldgI","Provides all standard cables and cable tray necessary.","121.4.04 BldgI","BldgI collects all cable requirements and coordinates layout of cable trays and rack locations.",null," ","TBD",null,"I think this should go to new L3, MPS  Needs to be transferred to new MPS WBS. (AM)\n-AO 2/7/19"]
[3181,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3181-001"},"Building infrastructure electrical interface","The building infrastructure electrical interface shall connect the building's electrical infrastructure to distribution points allowing powering up all WFE equipment","The physical interfaces are electrical disconnects","Inspection; Demonstration","121.4.02 WFE","121.4.2 WFE shall provide electrical requirements to power and operate its components; it includes but is not limited to power ratings, current ratings and voltage ratings; 121.4.2 WFE shall provide guidance as to the location of the electrical disconnects","121.4.04 BldgI","121.4.04 BldgI shall design and procure the necessary hardware to extend the electrical service from the panel or disconnect to all WFE equipment.","121.4.05 LI","121.4.05 LI shall install the necessary hardware to connect the WFE equipment to the AC distribution.",null," ","TBD"]
[3181,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3181-002"},"Building infrastructure LCW interface","The building infrastructure LCW interface shall connect the building's LCW infrastructure to distribution points allowing cooling the LEBT and MEBT equipment.","The physical interfaces are piping headers","Inspection; Demonstration","121.4.02 WFE","121.4.2 WFE shall provide cooling requirements to operate its components; it includes but is not limited to water flows, water pressures, water conductivity; 121.4.2 WFE shall provide guidance as to the location of the manifolds","121.4.04 BldgI","121.4.04 BldgI shall provide valves and instrumentation up to agreed upon breaking points, at which the WFE takes over the water distribution for its sub-systems","121.4.05 LI","121.4.05 LI shall install the LCW connections for LEBT and MEBT equipment",null,"ED0006218 - PIP-II LCW System FRS","TBD"]
[3181,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3181-003"},"Building infrastructure chilled water interface","The building infrastructure chilled water interface shall connect the building's chilled piping to the RFQ cooling skid","The physical interfaces are isolating valves, upstream of the RFQ cooling skid.","Inspection; Demonstration","121.4.02 WFE","121.4.2 WFE shall provide cooling requirements to operate the RFQ cooling system; it includes but is not limited to water flows, water pressures, water temperature; 121.4.2 WFE shall provide guidance as to the location of the valves","121.4.04 BldgI","121.4.04 BldgI shall provide all necessary cooling skids needed to fulfill the RFQ cooling requirements; 121.4.04 BldgI shall provide piping, hoses, valves and instrumentation up to the agreed upon isolated valve(s).","121.4.05 LI","121.4.05 LI shall install chilled water connections for the RFQ cooling skid.",null," ","TBD"]
[3181,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3181-004"},"Building infrastructure compressed air interface","The building infrastructure compressed air interface shall connect the building's compressed air to distribution points allowing its use on the WFE equipment","The physical interfaces are compressed air headers","Inspection; Demonstration","121.4.02 WFE","121.4.2 WFE shall provide requirements for compressed air used to actuate vacuum valves","121.4.04 BldgI","121.4.04 BldgI shall provide piping, valves and instrumentation up to agreed upon breaking point, at which the WFE takes over the compressed air distribution for its sub-systems","121.4.05 LI","121.4.05 LI shall install compressed air connections for WFE equipment.",null," ","TBD"]
[3181,5,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3181-005"},"Power","BldgI shall provide power for the Ion Source, LEBT, RFQ, and MEBT.",null,"Inspection","121.4.02 WFE","121.4.02 WFE shall define power requirements for the Ion Source, LEBT, RFQ, and MEBT","121.4.04 BldgI","121.4.04 BldgI shall design and procure the necessary hardware to extend the electrical service from the panel or disconnect to the WFE equipment","121.4.05 LI","121.4.05 LI shall install the wire and conduit between the feeder terminations and the WFE equipment.","TBD","TBD","TBD"]
[3181,6,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3181-006"},"LCW Supply and Return Piping","BldgI shall provide LCW piping header for the LEBT and MEBT",null,"Inspection","121.4.02 WFE","121.4.02 WFE shall define cooling requirements for the LEBT and MEBT.","121.4.04 BldgI","121.4.04 BldgI shall provide LCW supply and return final connection materials between the main headers and the LEBT and MEBT","121.4.05 LI","121.4.05 LI shall install final LCW connections for LEBT and MEBT equipment.","TBD","ED0006218 - PIP-II LCW System FRS","TBD"]
[3181,7,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3181-007"},"Chilled Water Supply and Return Piping","BldgI shall provide Chilled Water for the Ion Source and RFQ Vane",null,"Inspection","121.4.02 WFE","121.4.02 WFE shall define chilled water requirements for the Ion Source and the RFQ Vane.","121.4.04 BldgI","121.4.04 BldgI shall provide CHW supply and return final connection materials between the main headers and the Ion Source and the RFQ Vane.","121.4.05 LI","121.4.05 LI shall install final CHW connections for the Ion Source and RFQ Vane.","TBD","TBD","TBD"]
[3181,9,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3181-009"},"Grounding","BldgI shall provide grounding of equipment.",null,"Inspection","121.4.02 WFE","121.4.02 WFE shall define any special  grounding requirements for the WFE equipment","121.4.04 BldgI","121.4.04 BldgI shall provide the grounding infrastructure required for 121.4.02 WFE equipment","121.4.05 LI","121.4.05 LI shall provide installation support to WFE","TBD","TBD","TBD"]
[3182,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3182-001"},"Linac installation interface","The Linac installation interface shall ensure the readiness of the WFE equipment for ownership transfer to LI","No physical interface",null,"121.4.02 WFE","121.4.2 WFE shall document the status of the WFE at PIP2IT and inform LI of its availability for disassembly and transportation to the PIP-II High Bay","121.4.05 LI","121.4.05 LI shall take ownership of the WFE equipment when agreed upon with WFE; 121.4.05 LI wshall disassemble, transport and reassemble the Warm Fonrt End","121.4.04 BldgI;\n121.6.05 Cmplx","121.4.04 BldgI and 121.6.05 Cmplx shall provide coordination and installation support to LI",null," ","TBD"]
[3207,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3207-001"},"WFE Linac space allocation interface","The WFE Linac space allocation interface shall ensure that space requirements for installation of the WFE are included in Cmplx floor plan","No physical interface","Inspection","121.4.02 WFE","121.4.02 WFE shall document space requirements (beamline footprint, auxiliary equipment) for installation of the WFE","121.6.05 Cmplx","121.6.05 Cmplx shall provide adequate space for installation of the WFE equipment, including (but not limited to) the beam line, 2 ion sources, cooling skids, power supplies...","121.4.04 BldgI; 121.4.05 LI","121.4.04 BldgI and 121.4.05 LI shall coordinate the required space and integrate the locations for WFE equipment with Cmplx",null,"ED0006757 - High Bay Building TRS;  CF Assumptions Document","TBD"]
[3207,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3207-002"},"Highbay wall beamline aperture","In the shielding separating the highbay from the tunnel, Cmplx shall provide an aperture thorugh which the beam passes.  Tolerancing of this aperture relative to the beamline shall be as defined in the referenced drawing.  ","0-Interface","Inspection ","121.6.05 Cmplx; 121.4.02 WFE","Cmplx owns the design of this area","121.6.05 Cmplx","Cmplx supplies this feature","121.4.05 LI","LI utilizes this feature",null," ","TBD"]
[3259,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3259-001"},"LCW Supply and Return Piping","BldgI shall provide LCW piping for transfer line magnets",null,"Inspection","121.5.02 TLBA","121.5.02 TLBA shall define cooling requirements for transfer line magnets","121.4.04 BldgI","121.4.04 BldgI shall provide LCW supply and return piping and define pipe size requirements between the main supply and return flanges into the building and the interface flanges for 121.5.02 TLBA","121.5.03 BTLI","121.5.03 BTLI shall provide installation support to TLBA and BldgI","TBD","ED0006786 - Beam Transfer Line TRS;\nED0006218 - PIP-II LCW System FRS","TBD",null,"May be too broad to include TLBA.  (DM) "]
[3259,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3259-002"},"Cables for TLBA systems","TLBA shall specify all cables required for TLBA systems.  BldgI shall supply any standard cables available in PIP2 cable stores.  TLBA shall supply any non-standard cables","Handoff point is at the PIP2 dock","Inspection","121.5.02 TLBA","TLBA shall define all the cables","121.4.04 BldgI","BldgI shall deliver standard cables available in PIP2 stores.  TLBA shall deliver any speciality cables","121.4.05 LI","LI shall perform all cable pulls","TBD","ED0006786 - Beam Transfer Line TRS","TBD"]
[3259,"003",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3259-003"},"Water connection from RAW Skid to the Absorber","This interface details the water connections from the RAW skid to the beam absorber.","The physical connections are at the supply and return connections on the RAW skid.","Inspection; Demonstration","121.5.02 TLBA","TLBA shall provide the flow rate, pipe size connections, and pressure requirements for the RAW Skid interface with the Beam Absorber","121.4.04 BldgI","BldgI shall design and provide the RAW Skid to the correct specifications to support the Beam Absorber","121.5.03 BTLI","BTLI shall install the RAW Skid and make final connections between the RAW system and the Beam Absorber.","TBD","ED0012266 Building Infrastructure ISD; ED00xxxxx TLBA ISD","TBD"]
[3271,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3271-001"},"Space","121.6.04 UtilB shall provide space inside the Utility Plant for LCW tanks, heat exchangers, pumps, valves, and all other piping infrastructure.",null,"Inspection","121.4.04 BldgI","121.4.04 BldgI shall define the space requirements for the LCW system","121.6.04 UtilB","121.6.04 UtilB shall provide the required space for 121.4.04 BldgI LCW system","121.3.07 Cntrl","Design, procure and install process LCW equipment and provide the interface to the control system.","TBD","ED0006749 - Utility Plant Building TRS;  CF Assumptions Document","TBD"]
[3271,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3271-003"},"Floor Flatness/Levelness","The Utility Plant Building floor construction and equipment stands will need to accommodate normal construction tolerances","ASTM E1155 floor flatness value of F(F) 25 and a floor levelness F(L) of 20;","Inspection","121.6.04 UtilB;\n121.4.04 BldgI","121.04.04 and 121.06.04 will determine construction tolerances","121.6.04 UtilB","Design and construct floor slabs and equipment pads within the specified tolerances","121.4.04 BldgI","Design, procure and install equipment stands that accomodates specified tolernaces",null," ","TBD"]
[3271,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3271-004"},"LCW Equipment - Spatial","The Utilty Plant Building will house process LCW equipment",null,"Inspection","121.6.04 UtilB;\n121.4.04 BldgI","121.04.04 and 121.06.04 will determine spatial  requirements for the process LCW equipment","121.6.04 UtilB","Design and construct space needed to install and operate process LCW equipment","121.4.04 BldgI","Design, procure and install process LCW equipment ",null," ","TBD"]
[3271,5,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3271-005"},"LCW Equipment - Electrical","The Utility Plant Building will provide electrical power for the process LCW equipment",null,"Inspection","121.6.04 UtilB;\n121.4.04 BldgI","121.04.04 and 121.06.04 will determine electrical requirements for the process LCW equipment","121.6.04 UtilB","Design and construct electrical capability for the process LCW equipment.  Interface point is a panelboard","121.4.04 BldgI","Design, procure and install extension of electrical service to point of use.",null," ","TBD"]
[3271,7,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3271-007"},"LCW Equipment - Cooling Tower Water","The Utility Plant Building will provide  piping connections for cooling tower water in order to tie into the LCW heat exchanger.",null,"Inspection","121.4.04 BldgI","121.06.04 will determine cooling tower water requirements for the LCW heat exchnager.","121.6.04 UtilB","Design and construct cooling tower water capability for the LCW heat exchanger.  Interface point is a valved connection inside the utility room of the Cryoplant building.","121.4.04 BldgI","Design, procure and install extension of the cooling tower water service to point of use.",null," ","TBD"]
[3271,8,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3271-008"},"LCW Supply and Return Piping","BldgI shall provide LCW pumps, stainless steel piping, filters, de-oxygenator system skids, tanks, polishing bottles and a makeup water system inside the Utility Plant.",null,"Inspection","121.4.04 BldgI","121.4.04 BldgI shall define the pumping system requirements, tank sizing, and makeup water system to be installed inside the Utility Plant.\n","121.6.04 UtilB","121.6.04 UtilB shall provide LCW supply and return piping to the Utility Plant and between the Utility Plant and the LINAC building.","121.4.04 BldgI","121.4.04 BldgI shall provide installation support to UtilB","TBD","ED0006749 - Utility Plant Building TRS;  CF Assumptions Document;\nED0006218 - PIP-II LCW System FRS","TBD"]
[3272,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3272-001"},"Electrical Connection","The Linac Complex shall provide electrical power for the technical equipment housed in the Linac Complex",null,"Inspection;","121.6.05 Cmplx;\n121.4.04 BldgI","121.06.05 and 121.04.04 will determine the system characteristics  (voltage, amperage) and size and location of the incoming service","121.6.05 Cmplx","Design, procure and install electrical distribution of the required characterisics to a electrical panel","121.4.04 BldgI","Design, procure and install the extension of the electrical service from the panel to the point of use.",null," ","TBD"]
[3272,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3272-002"},"UPS Power","Critical systems within the Linac Complex (ODH controls, Interlock controls) requires uninteruptible power including standby generator",null,"Inspection","121.6.05 Cmplx;\n121.4.04 BldgI","Determine the size, capacity and location of the UPS equipment","121.6.05 Cmplx","Design, procure, install and commission the UPS inside the building as well as alternate source (feeder or standby generator)","121.4.04 BldgI","Design, procure, install and commission the extension of the UPS panelboard to the point of use.",null,"20.00 kVA","TBD"]
[3272,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3272-003"},"Standby Power","Technical systems within the Linac Complex require standby power for proper operation.  This could be from an alternate feeder or a standby generator",null,"Inspection","121.6.05 Cmplx;\n121.4.04 BldgI","Determine the size, capacity and location of the UPS equipment","121.6.05 Cmplx","Design, procure, install and commission the UPS inside the building as well as alternate source (feeder or standby generator)","121.4.04 BldgI","Design, procure, install and commission the extension of the electrical service from the panelboarf to the point of use.",null," ","TBD"]
[3272,5,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3272-005"},"RF Equipment - LCW","The Linac Gallery portion of the Linac Complex will house radio frequency (RF) amplifiers and support equipment which will be water cooled.",null,"Inspection","121.6.05 Cmplx;\n121.4.04 BldgI","121.06.05 and 121.04.04 will determine the spatial requirements for the cooling equipment associated with the RF equipment","121.6.05 Cmplx","Design and construct the space needed for the water cooling piping and equipment for the RF equipment","121.4.04 BldgI","Design, procure and install the water cooling system including piping and related equipment",null," ","TBD"]
[3272,6,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3272-006"},"RF Equipment - HLA","The Linac Gallery portion of the Linac Complex will house radio frequency (RF) amplifiers and support equipment which will reject heat load to air (HLA)",null,"Inspection","121.6.05 Cmplx;\n121.4.04 BldgI","121.06.05 and 121.04.04 will determine the HLA requirements for the RF equipment","121.6.05 Cmplx","Design and construct a HVAC system that can handle the HLA from the RF equipment","121.4.05 LI","121.4.05 LI shall install the RF equipment",null,"550.00 Tons (in CW operaion)","TBD"]
[3272,7,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3272-007"},"Power","Cmplx shall provide power feeders installed from the site utility corridor to the Linac Complex",null,"Inspection","121.4.04 BldgI","121.4.04 BldgI shall provide power requirements for their various systems/equipment","121.6.05 Cmplx","121.6.05 Cmplx shall provide the main power feeders from the main substations to the main panels inside the buildings","121.4.04 BldgI","121.4.04 BldgI shall provide installation support to Cmplx","TBD","ED0006789 - Site Preparation TRS;  CF Assumptions Document","TBD"]
[3272,8,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3272-008"},"Chilled Water Supply and Return Piping","Cmplx shall provide the main chilled water supply and return piping, that come from the Utility Plant, and terminate at valve and flanges inside the building.",null,"Inspection","121.4.04 BldgI","121.4.04 BldgI shall design and procure the necessary connections between the headers and the RFQ intermediate cooling skid.\n","121.6.05 Cmplx","121.6.05 Cmplx shall provide the main chilled water supply and return headers and pipe flanges inside the building.","121.6.05 Cmplx","121.6.05 Cmplx shall install the chilled water piping system connections to the RFQ intermediate cooling skid.","TBD","ED0006749 - Utility Plant Building TRS;  CF Assumptions Document","TBD"]
[3272,"009",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3272-009"},"Pneumatic Supply","Cmplx shall provide the main pneumatic air supply and BldgI shall provide the requirements and locations of drops.",null,"Inspection","121.4.04 BldgI","BldgI shall design the PIP-II compressed air system, with all necessary infrastructure specified.","121.6.05 Cmplx","Cmplx shalll provide the main compressed air supply.","121.6.05 Cmplx","Cmplx shall install the main compressed air headers in the LINAC Tunnel.",null,null,"TBD"]
[3280,"001",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3280-001"},"Lattice Coordinates","AP shall provide lattice positions for Linac beamline coordinates for installation.",null,"Demonstration","121.4.07 AP","AP owns the PIP-II lattice and defines the coordinates for all beamline components.","121.4.05 LI","LI utilizes lattice coordinate data and works with alignment to install beamline components in the correct location.","121.4.05 LI","LI installs beamline components.","DocDB #119 for Lattice"," ","TBD"]
[3290,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3290-001"},"Linac straight-ahead absorber beamline - delivery","TLBA shall deliver and Rinst shall install all hardware in the tunnel downstream of the Linac/TLBA Interface gate valve, including the straight-ahead commissioning beamline and dump",null,"Demonstration","121.5.02 TLBA","TLBA owns this design","121.5.02 TLBA; 121.5.03 BTLI","TLBA delivers the hardware","121.5.03 BTLI","Rinst installs this hardware",null," ","TBD"]
[3290,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3290-002"},"TLBA common requirements - rigging","TLBA components, or any dismountable part thereof bigger than what can be handled by a single individual, shall include rigging interfaces for vertical lifting with a crane and/or forklifting interfaces for lifting with a forklift or pallet jack.  All lifting interfaces shall be clearly marked.  Rigging components shall satisfy the requirements of the relevant FESHM chapters (e.g. marking of rigging components).  All payload weights shall be clearly marked.  ","0-Interface","Inspection ","121.5.02 TLBA; 121.4.05 LI","TLBA will define the design","121.5.02 TLBA","TLBA will provide the rigging interfaces","121.4.05 LI;\n121.5.03 BTLI","Hardware craned in through major access in LI area.  Rinst performs the work",null," ","TBD"]
[3303,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3303-001"},"Floor Flatness/Levelness","The Linac Complex floor construction and equipment stands will need to accommodate normal construction tolerances","ASTM E1155 floor flatness value of F(F) 25 and a floor levelness F(L) of 20;","Inspection","121.4.05 LI;\n121.6.05 Cmplx","121.04.05 and 121.06.05 will determine construction tolerances","121.6.05 Cmplx","Design and construct floor slabs within the specified tolerances","121.4.05 LI","Design, procure and install equipment stands that accomodates sprecified tolernaces",null," ","TBD"]
[3303,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3303-002"},"Embedded Anchors","In order to install equipment, cable trays and related attachments, the walls and ceilings of the Linac Tunnel and Beam Transfer Line portions of the Linac Complex will have embedded anchors","Unistrut channels","Inspection","121.4.05 LI;\n121.6.05 Cmplx","121.04.05 and 121.06.05 shall determine the type and spacing of the embedded anchors","121.6.05 Cmplx","Design and construct wall and ceiling with embedded anchors","121.4.05 LI","Design, procure and install hangers, equiment and accessories utilzing embedded anchors",null," ","TBD"]
[3303,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3303-003"},"Cmplx fabrication tolerances","Except where specified otherwise, construction tolerances of the cmplx shall be within +/-50mm for walls and penetrations and +/-25mm for floor heights","0-Interface","Inspection ","121.6.05 Cmplx","Cmplx owns the design of this area","121.6.05 Cmplx","Cmplx supplies the areas meeting this tolerance","121.4.05 LI","LI uses this information to plan for the amount of field fitting and adjustment required",null," ","TBD"]
[3303,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3303-004"},"Lay-down area at major access","Cmplex shall provide a lay-down zone in the highbay between the radiation fence separating ion source from RFQ and the wall separating tunnel from gallery.  This lay-down zone shall be big enough to accommodate the largest PIP2 cryomodule without disturbing any radiation barrier","0-Interface","Demonstration","121.6.05 Cmplx","Cmplx owns the design of this area","121.6.05 Cmplx","Cmplx supplies the lay-down zone","121.4.05 LI","LI uses the lay-down zone",null," ","TBD"]
[3303,5,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3303-005"},"Lay-down area at ion source","Cmplx shall provide a small lay-down zone in the ion source area.  This zone shall permit craning of small equipment to the ion source with the machine running and interlocks fully active","0-Interface","Demonstration","121.6.05 Cmplx","Cmplx owns the design of this area","121.6.05 Cmplx","Cmplx supplies the lay-down zone","121.4.05 LI","LI uses the lay-down zone",null," ","TBD"]
[3303,6,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3303-006"},"HWR under crane coverage","Cmplx shall ensure that the HWR is under the crane coverage of the highbay","0-Interface","Demonstration","121.6.05 Cmplx; 121.4.05 LI","Cmplx owns the design of this area","121.6.05 Cmplx","Cmplx supplies this feature","121.4.05 LI","LI utilizes this feature",null," ","TBD"]
[3303,7,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3303-007"},"Penetrations","The Linac Complex shall provide power, RF and communication penetrations between the below grade (Linac Tunnel) and above grade (Linac Gallery) structures",null,"Inspection","121.6.05 Cmplx;\n121.4.05 LI","121.04.05 and 121.06.05 shall determine the type, size and location of the penetrations","121.6.05 Cmplx","Design and construct penetrations","121.4.05 LI","Design, procure and install cabling, RF and power conductors in penetrations.  Seal as required for fire and radiation protection",null," ","TBD"]
[3303,8,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3303-008"},"Beam Absorber","The Beam Transfer Line portion of the Linac Complex shall accommodate the beam absorber",null,"Inspection","121.4.05 LI;\n121.6.05 Cmplx","Deterime the spatial and installation requirements for the beam aborber","121.6.05 Cmplx","Design and construct the space needed to house the beam absorber","121.4.05 LI","Design, procure and install the beam absorber",null," ","TBD"]
[3303,9,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3303-009"},"RAW Skid","The Beam Transfer Line portion of the Linac Complex shall accommodate the radioactive water (RAW) skid that serves the beam absorber",null,"Inspection","121.4.05 LI;\n121.6.05 Cmplx","Deterime the spatial and installation requirements for the RAW skid that serves the beam aborber","121.6.05 Cmplx","Design and construct the space needed to house the RAW skid","121.4.05 LI","Design, procure and install the RAW skid",null," ","TBD"]
[3362,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3362-001"},"Shielding","The Booster Connection shall be constructed with radiation sheilding.",null,"Inspection","121.4.07 AP","Determine radiation shielding requirements.","121.6.05 Cmplx","Design, construct and install the radiation shielding","121.4.07 AP","Review and approve radiation shielding methods and installation",null," ","TBD"]
[3546,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3546-001"},"Connect Transfer Line Vacum to Booster","Provide the vacuum connection from the Linac Transfer line to the new Booster Injection Region",null,null,"121.5.04 BSTR","Specify vacuum connection requirements to the new Booster Injection Girder.","121.5.03 BTLI","Connect the Transfer line vacuum to the new Booster Injection Girder","121.3.06 Vac;\n121.5.03 BTLI","Provide the vacuum beam pipe and hardware and make the vacuum connection.",null," ","TBD"]
[3559,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3559-001"},"Connect the linac tunnel to the Booster.","Inject from the new PIP II linac to the new Booster Injection region.","20 Hz operations at PIP II intensity.",null,"121.5.04 BSTR;\n121.6.06 BstrC","Specify Booster injection and girder requirements, all necessary beam line and vacuum connection.","121.6.06 BstrC","121.6.06 shall provide the connection from the new PIP II linac to the new Booster Injection region.","121.6.06 BstrC","Provide the connection from the new PIPII Linac and transfer line to the Booster Injection Area.",null," ","TBD",null,"Very generic.  May be covered elsewhere.  "]
[3585,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3585-001"},"BTL component location","Generate lattice coordinates for locating tunnel components",null,"Measurement","121.5.02 TLBA; 121.5.03 BTLI","TLBA will provide and maintain lattice coordinates in a standard format used by metrology to locate tunnel component","121.5.02 TLBA","TLBA will provide lattice coordinates in a standard format used by metrology to locate tunnel component for initial allignment","121.5.03 BTLI","Install and allign magnet, instrumentation and collimators to lattice as specified",null," ","TBD"]
[3585,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3585-002"},"BTL Collimators","Design and produce three collimators for BTL line",null,"Visual","121.5.02 TLBA; 121.5.03 BTLI","Design three collimators for the BTL","121.5.02 TLBA","Fabricate, test, leak check and deliver three collimators with control cables and identify cable termination locations","121.5.03 BTLI","Install BTL Collimators",null," ","TBD"]
[3585,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3585-003"},"BAL Absorber","Design and produce the BAL Absorber",null,"Visual","121.5.02 TLBA; 121.5.03 BTLI","Design a 50kW beam absorber","121.5.02 TLBA","Fabricate, test, leak check and deliver a 50 kW beam absorber","121.5.03 BTLI","Install BAL Absorber",null," ","TBD"]
[3597,"001",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3597-001"},"Space","Cmplx shall provide space for RAW skid in the Beam Absorber",null,"Visual","121.5.02 TLBA","121.5.02 TLBA shall define space requirements for the RAW system at the transfer line beam absorber.","121.6.05 Cmplx","121.6.05 Cmplx shall provide the required space for the RAW system.","121.5.02 TLBA, 121.6.05 Cmplx","121.5.02 TLBA and 121.6.05 Cmplx shall coordinate the required space",null,null,"TBD"]
[3615,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3615-001"},"Main Ring Crossing","Construction of the Beam Transfer Line portion of the Linac Complex will cross the existing Main Ring tunnel.",null,"Inspection","121.6.05 Cmplx;\n121.5.03 BTLI","Determine the quantities and extents of the existing Main Ring tehcnical components will need to be removed for construction of the Beam Transfer Line portion of the Linac Complex","121.6.05 Cmplx","Design and construct the conventional portion of the Beam Transfer Line that crosses the existing Main Ring tunnel.","121.5.03 BTLI","Prior to construction, remove the identifed beamline components. Re-install after construction is complete",null," ","TBD"]
[3616,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3616-001"},"Floor Flatness/Levelness","The Booster Connection tunnel floor construction and equipment stands will need to accommodate normal construction tolerances","ASTM E1155 floor flatness value of F(F) 25 and a floor levelness F(L) of 20;","Inspection","121.6.06 BstrC;\n121.5.03 BTLI","121.05.05 and 121.06.06 shall determine construction tolerances","121.6.06 BstrC","Design and construct floor slabs within the specified tolerances","121.5.03 BTLI","Design, procure and install equipment stands that accomodates specified tolernaces",null," ","TBD"]
[3730,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3730-001"},"ICW Connection","Site Preparation shall provide ICW for use as a cooling medium and fire supression for the Cryo Plant Building",null,"Inspection","121.6.03 CryoB","Provide ICW requirements (flow, water quality)","121.6.02 SitePrep","Design, procure and install ICW extension from lab system","121.6.03 CryoB","Design, procure and install extension to building",null,"1400.00 gpm","TBD"]
[3730,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3730-002"},"ICW Return Path","Site Preparation shall provide a return path from the Cryo Plant Building to the existing sitewide ICW system",null,"Inspection","121.6.03 CryoB","Provide return path from a point ~25 feet from Cryo Plant Building to the sitewide ICW system","121.6.02 SitePrep","Design, procure and install ICW return path","121.6.03 CryoB","Design, procure and install return path from CPB to the interface point ~25 feet from building",null,"1400.00 gpm","TBD"]
[3730,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3730-003"},"Electrical Connection","Site Preparation shall provide electrical service for process and building loads for the Cryo Plant Building",null,"Inspection","121.6.03 CryoB","Provide medium voltage electrical power requirements","121.6.02 SitePrep","Design, procure and install  medium voltage electrical power from existing site wide distribution system to the primary side of the electrical transformers","121.6.03 CryoB","Design, procure and install extension to building, including transformers, secondary conductors and service panels.",null," ","TBD"]
[3730,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3730-004"},"Chilled Water Connection","Site Preparation shall provide chilled water piping to accommodate process  loads in the Cryo Plant Building",null,"Inspection","121.6.03 CryoB","Provide chilled water requirements for the  Cryo Plant Building","121.6.02 SitePrep","Design, procure and install chilled water extensions from existing lab systems  at CUB to a point ~25 feet from Cryo Plant Building","121.6.03 CryoB","Design, procure and install piping from connection point into the building",null,"150.00 gpm","TBD"]
[3730,5,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3730-005"},"Sanitary Sewer Connection","Site Preparation shall provide a sanitary sewer connection to the existing sitewide system",null,"Inspection","121.6.03 CryoB","Provide sanitary sewer requirements","121.6.02 SitePrep","Design, procure and install sanitary sewer connections to a point ~25' from the building","121.6.03 CryoB","Design, procure and install piping from connection point into the building",null," ","TBD"]
[3730,6,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3730-006"},"Domestic Water Service Connection","Site Preparation shall provide a domestic water service (DWS) connection to the existing sitewide system",null,"Inspection","121.6.03 CryoB","Provide DWS requirements","121.6.02 SitePrep","Design, procure and install DWS connections to a point ~25' from the building","121.6.03 CryoB","Design, procure and install piping from connection point into the building",null," ","TBD"]
[3730,8,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3730-008"},"Roads","Site Preparation shall provide connection from existing sitewide road network to the building",null,"Inspection","121.6.03 CryoB","Provide parking and truck access requirements","121.6.02 SitePrep","Design, procure and install roadwork from existing sitewide road network  to a point ~25 feet from the building","121.6.03 CryoB","Design, procure and install roadwork extensions from connection point to building",null," ","TBD"]
[3731,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3731-001"},"ICW Connection","Site Preparation shall provide ICW for use as fire supression for Utility Plant Building",null,"Inspection","121.6.04 UtilB","Provide ICW  requirements (flow, water quality)","121.6.02 SitePrep","Design, procure and install ICW extension from lab system","121.6.04 UtilB","Design, procure and install extension to building",null," ","TBD"]
[3731,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3731-002"},"Electrical Connection","Site Preparation shall provide electrical service for process and building loads for Utility Plant Building",null,"Inspection","121.6.04 UtilB","Provide medium voltage electrical power requirements","121.6.02 SitePrep","Design, procure and install  medium voltage electrical power from existing site wide distribution system to the primary side of the electrical transformers","121.6.04 UtilB","Design, procure and install extension to building, including transformers, secondary conductors and service panels.",null," ","TBD"]
[3731,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3731-003"},"Chilled Water Connection","Site Preparation shall provide chilled water piping to accommodate process and building loads under CW operations",null,"Inspection","121.6.04 UtilB","Provide chilled water requirements for the Utility Plant Building","121.6.02 SitePrep","Design, procure and install chilled water extensions from existing lab systems  at CUB to a point ~25 feet from Utility Plant Building","121.6.04 UtilB","Design, procure and install piping from connection point into the building",null,"250.00 tons","TBD"]
[3731,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3731-004"},"Sanitary Sewer Connection","Site Preparation shall provide a sanitary sewer connection to the existing sitewide system",null,"Inspection","121.6.04 UtilB","Provide sanitary sewer requirements","121.6.02 SitePrep","Design, procure and install sanitary sewer connections to a point ~25' from the building","121.6.04 UtilB","Design, procure and install piping from connection point into the building",null," ","TBD"]
[3731,5,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3731-005"},"Domestic Water Service Connection","Site Preparation shall provide a domestic water service (DWS) connection to the existing sitewide system",null,"Inspection","121.6.04 UtilB","Provide DWS requirements","121.6.02 SitePrep","Design, procure and install DWS connections to a point ~25' from the building","121.6.04 UtilB","Design, procure and install piping from connection point into the building",null," ","TBD"]
[3731,6,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3731-006"},"LCW Connection","Site Prepration shall provide low conductivity water (LCW) piping runs between the Utility Plant Building and the Linac Complex",null,"Inspection","121.6.04 UtilB","Provide LCW requirements","121.6.02 SitePrep","Design, procure and install LCW piping runs  to a point ~25 feet from the building","121.6.04 UtilB","Design, procure and install piping from connection point into the building",null," ","TBD"]
[3731,8,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3731-008"},"Roads","Site Preparation shall provide connection from existing sitewide road network to the building",null,"Inspection","121.6.04 UtilB","Provide parking and truck access requirements","121.6.02 SitePrep","Design, procure and install roadwork from existing sitewide road network  to a point ~25 feet from the building","121.6.04 UtilB","Design, procure and install roadwork extensions from connection point to building",null," ","TBD"]
[3731,"009",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3731-009"},"Make-Up Water Connection","Site Preparation shall provide make-up water piping to accommodate process and building loads under CW operations.",null,"Inspection","121.6.04 UtilB","Provide make-up water requirements for the Utility Plant Building","121.6.02 SitePrep","Design, procure and install make-up water extensions from existing lab systems  at CUB to a point ~25 feet from Utility Plant Building","121.6.04 UtilB","Design, procure and install piping from connection point into the building"]
[3732,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3732-001"},"ICW Connection","Site Preparation shall provide ICW for use as fire supression for the Linac Complex",null,"Inspection","121.6.05 Cmplx","Provide ICW requirements (flow, water quality)","121.6.02 SitePrep","Design, procure and install ICW extension from lab system","121.6.05 Cmplx","Design, procure and install extension to building",null," ","TBD"]
[3732,2,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3732-002"},"Electrical Connection","Site Preparation shall provide electrical service for process and building loads for Linac Complex",null,"Inspection","121.6.05 Cmplx","Provide medium voltage electrical power requirements","121.6.02 SitePrep","Design, procure and install  medium voltage electrical power from existing site wide distribution system to the primary side of the electrical transformers","121.6.05 Cmplx","Design, procure and install extension to building, including transformers, secondary conductors and service panels.",null," ","TBD"]
[3732,3,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3732-003"},"Chilled Water Connection","Site Preparation shall provide chilled water piping to accommodate process and building loads under CW operations",null,"Inspection","121.6.05 Cmplx","Provide chilled water requirements for the Linac Complex","121.6.02 SitePrep","Design, procure and install chilled water runs from to a point ~25 feet from Utility Plant Building to a point ~25' from Linac Complex","121.6.05 Cmplx","Design, procure and install piping from connection point into the building",null,"250.00 tons","TBD"]
[3732,4,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3732-004"},"Sanitary Sewer Connection","Site Preparation shall provide a sanitary sewer connection to the existing sitewide system",null,"Inspection","121.6.05 Cmplx","Provide sanitary sewer requirements","121.6.02 SitePrep","Design, procure and install sanitary sewer connections to a point ~25' from the building","121.6.05 Cmplx","Design, procure and install piping from connection point into the building",null," ","TBD"]
[3732,5,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3732-005"},"Domestic Water Service Connection","Site Preparation shall provide a domestic water service (DWS) connection to the existing sitewide system",null,"Inspection","121.6.05 Cmplx","Provide DWS requirements","121.6.02 SitePrep","Design, procure and install DWS connections to a point ~25' from the building","121.6.05 Cmplx","Design, procure and install piping from connection point into the building",null," ","TBD"]
[3732,6,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3732-006"},"LCW Connection","Site Prepration shall provide low conductivity water (LCW) piping runs between the Utility Plant Building and the Linac Complex",null,"Inspection","121.6.05 Cmplx","Provide LCW requirements","121.6.02 SitePrep","Design, procure and install LCW piping runs  to a point ~25 feet from the building","121.6.05 Cmplx","Design, procure and install piping from connection point into the building",null," ","TBD"]
[3732,8,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3732-008"},"Roads","Site Preparation shall provide connection from existing sitewide road network to the building",null,"Inspection","121.6.05 Cmplx","Provide parking and truck access requirements","121.6.02 SitePrep","Design, procure and install roadwork from existing sitewide road network  to a point ~25 feet from the building","121.6.05 Cmplx","Design, procure and install roadwork extensions from connection point to building",null," ","TBD"]
[3733,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3733-001"},"Electrical Connection","Site Preparation shall provide electrical service for process and building loads for Booster Connection",null,"Inspection","121.6.06 BstrC","Provide medium voltage electrical power requirements","121.6.02 SitePrep","Design, procure and install  medium voltage electrical power from existing site wide distribution system to the primary side of the electrical transformers","121.6.06 BstrC","Design, procure and install extension to building, including transformers, secondary conductors and service panels.",null," ","TBD"]
[3754,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"3754-001"},"Enclosure Interface","The Booster Connection shall a physical interface with the Beam Transfer Line portion of the Linac Complex",null,"Inspection","121.6.05 Cmplx;\n121.6.06 BstrC","121.06.05 and 121.06.06 shall determine the characteristics of phtsical interface.","121.6.05 Cmplx","Design, construct and install the conventional facilities to the interface.","121.6.06 BstrC","Design, construct and install the conventional facilities to the interface.",null," ","TBD"]
[5012,1,{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"5012-001"},"HB650 bare cavity interface with RRCAT cavity processing facility (EP and HPR).","Internal HB650 interface 115.  HB650 bare cavity interface with RRCAT cavity processing facility (EP and HPR).","The RRCAT Cavity Processing facility (EP and HPR) needs to be compatible with the bare cavity.","Inspection, Demonstration, Measurement, Analysis","121.2.04 650MHz","121.2.04 650MHz shall specify bare cavity interface requirements.","RRCAT (Partner)","RRCAT shall specify the cavity processing facility (EP and HPR) requirements.","RRCAT (Partner)","RRCAT shall integrate the bare cavity into the cavity processing facility (EP and HPR).",null,"ED0011227 HB650 Internal ISD","TBD"]
[5012,"002",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"5012-002"},"HB650 bare cavity interface with RRCAT cavity testing facility (VTS).","Internal HB650 interface 116.  HB650 bare cavity interface with RRCAT cavity testing facility (VTS).","The RRCAT Cavity Testing facility (VTS) needs to be compatible with the bare cavity.","Inspection, Demonstration, Measurement, Analysis","121.2.04 650MHz","121.2.04 650MHz shall specify bare cavity interface requirements.","RRCAT (Partner)","RRCAT shall specify the cavity testing facility (VTS) requirements.","RRCAT (Partner)","RRCAT shall integrate the bare cavity into the cavity testing facility (VTS).",null,"ED0011227 HB650 Internal ISD","TBD"]
[5012,"003",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"5012-003"},"HB650 jacketed cavity interface with RRCAT cavity processing facility (HPR).","Internal HB650 interface 214.  HB650 jacketed cavity interface with RRCAT cavity processing facility (HPR).","The RRCAT Cavity Processinging facility (HPR) needs to be compatible with the jacketed cavity.","Inspection, Demonstration, Measurement, Analysis","121.2.04 650MHz","121.2.04 650MHz shall specify jacketed cavity interface requirements.","RRCAT (Partner)","RRCAT shall specify the cavity processing facility (HPR) requirements.","RRCAT (Partner)","RRCAT shall integrate the jacketed cavity into the cavity processing facility (HPR).",null,"ED0011227 HB650 Internal ISD","TBD"]
[5012,"004",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"5012-004"},"HB650 jacketed cavity interface with RRCAT cavity testing facility (VTS).","Internal HB650 interface 215.  HB650 jacketed cavity interface with RRCAT cavity testing facility (VTS).","The RRCAT Cavity Testing facility (VTS) needs to be compatible with the jacketed cavity.","Inspection, Demonstration, Measurement, Analysis","121.2.04 650MHz","121.2.04 650MHz shall specify jacketed cavity interface requirements.","RRCAT (Partner)","RRCAT shall specify the cavity testing facility (VTS) requirements.","RRCAT (Partner)","RRCAT shall integrate the jacketed cavity into the cavity testing facility (VTS).",null,"ED0011227 HB650 Internal ISD","TBD"]
[5012,"005",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"5012-005"},"HB650 tuner interface with RRCAT cavity testing facility (VTS).","Internal interface 314.  HB650 tuner interface with RRCAT cavity testing facility (VTS).","RRCAT cavity testing facility (VTS) needs to be compatible with the tuner.","Inspection, Demonstration, Measurement, Analysis","121.2.04 650MHz","121.2.04 650MHz shall specify tuner interface requirements.","RRCAT (Partner)","RRCAT shall specify the cavity testing facility (VTS) requirements.","RRCAT (Partner)","RRCAT shall integrate the tuner into the cavity testing facility (VTS).",null,"ED0011227 HB650 Internal ISD","TBD"]
[5012,"006",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"5012-006"},"HB650 coupler cold part interface with RRCAT cavity testing facility (VTS).","Internal interface 413.  HB650 coupler cold part interface with RRCAT cavity testing facility (VTS).","RRCAT cavity testing facility (VTS) needs to be compatible with the coupler cold part.","Inspection, Demonstration, Measurement, Analysis","121.2.04 650MHz","121.2.04 650MHz shall specify the coupler cold part inteface requirements.","RRCAT (Partner)","RRCAT shall specify the cavity testing facility (VTS) requirements.","RRCAT (Partner)","RRCAT shall integrate the coupler cold part into the cavity testing facility (VTS).",null,"ED0011227 HB650 Internal ISD","TBD"]
[5012,"007",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"5012-007"},"HB650 coupler warm part interface with RRCAT thermal shield.","Internal interface 504.  HB650 coupler warm part interface with RRCAT thermal shield.","The thermal shield designed by RRCAT needs to be compatible with the coupler warm part.","Inspection, Demonstration, Measurement, Analysis","121.2.04 650MHz","121.2.04 650MHz shall specify the coupler warm part inteface requirements.","RRCAT (Partner)","RRCAT shall specify the thermal shield interface requirements and details.",null,null,null,"ED0011227 HB650 Internal ISD","TBD"]
[5012,"008",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"5012-008"},"HB650 cryomodule interface with RRCAT thermal shield.","Internal interface 603.  HB650 cryomodule interface with RRCAT thermal shield.","The design of the thermal shield needs to be compatible with the cryomodule (assembly process and interface on the G11 support posts).","Inspection, Demonstration, Measurement, Analysis","121.2.04 650MHz","121.2.04 650MHz shall specify cryomodule interface requirements.","RRCAT (Partner)","RRCAT shall specify the thermal shield interface requirements and details.","121.2.04 650MHz","121.2.04 650MHz shall integrate the thermal shield into the cryomodule.",null,"ED0011227 HB650 Internal ISD","TBD"]
[5111,"001",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"5111-001"},"SSR Solenoid mechanical","Dimensions of flanges and position of support points of the solenoid package",null,"Inspection, demonstration, measurement","121.2.03 SSR","SSR shall provide allowed maximum distance between beam pipe flange and type of flange. SSR shall provide maximum radial space available.","BARC (Partner)","BARC shall provide drawings and 3D model of the final design with details of flanges and supports.","121.2.03 SSR","Perform cold test of the solenoid/current lead unit and integrate in the CM","ED0011402","ED0011960 SC Solenoids ISD"]
[5111,"002",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"5111-002"},"SSR Solenoid electrical","Interfaces for the electrical connections of the solenoid packages including power leads",null,"Inspection, demonstration, measurement","121.2.03 SSR","SSR shall provide type of feedthroughs","BARC (Partner)","BARC shall provide drawings and 3D model of the current leads, qualification criteria and test procedures.","121.2.03 SSR","Perform cold test of the solenoid/current lead unit and integrate in the CM","ED0011402","ED0011960 SC Solenoids ISD"]
[5111,"003",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"5111-003"},"SSR Solenoid thermal","Interfaces for the thermal straps included in the solenoid package",null,"Inspection, demonstration, measurement","121.2.03 SSR","SSR shall provide position of tabs where a thermal connection can be made at 2K for the solenoid, at 4K/50K for the current leads . SSR shall provide the thermal loads of the system from beam.","BARC (Partner)","BARC shall provide drawings and 3D model of the thermal straps, calculations showing that they are sufficient to cope with the  thermal loads of the system (supports, beam, radiation, conduction, current leads)","121.2.03 SSR","Perform cold test of the solenoid/current lead unit and integrate in the CM","ED0011402","ED0011960 SC Solenoids ISD"]
[5111,"004",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"5111-004"},"SSR Solenoid instrumentation","Interfaces required for instrumentation included in the solenoid package (voltage taps, temperature sensors)",null,"Inspection, demonstration, measurement","121.2.03 SSR","SSR shall indicate minimum number of temperature sensors and voltage taps","BARC (Partner)","BARC shall provide type, position and when needed calibration of all instrumentation","121.2.03 SSR","Perform cold test of the solenoid/current lead unit and integrate in the CM","ED0011402","ED0011960 SC Solenoids ISD"]
[5312,"001",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"5312-001"},"HB650 cryomodule interface with CEA strongback.","Internal interface 601.  HB650 cryomodule interface with CEA strongback.","The strongback designed by CEA needs to be compatible with the location of the G11 support post, with the vacuum vessel, and the tooling to support the beam pipe end assemblies.","Inspection, Demonstration, Measurement, Analysis","121.2.04 650MHz","121.2.04 650MHz shall specify cryomodule interface requirements.","CEA (Partner)","CEA shall specify the strongback interface requirements and details.","121.2.04 650MHz","121.2.04 650MHz shall integrate the strongback into the cryomodule.",null,"ED0011227 HB650 Internal ISD","TBD"]
[5612,"001",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"5612-001"},"HB650 jacketed cavity interface with STFC cavity processing facility (HPR).","Internal interface 212. HB650 jacketed cavity interface with STFC cavity processing facility (HPR).","The STFC Cavity Processing facility (HPR) needs to be compatible with the jacketed cavity.","Inspection, Demonstration, Measurement, Analysis","121.2.04 650MHz","121.2.04 650MHz shall specify jacketed cavity interface requirements.","UKRI-STFC (Partner)","STFC shall specify the cavity processing facility (HPR) interface requirements and details.","UKRI-STFC (Partner)","UKRI-STFC shall integrate the jacketed cavity into the cavity processing facility (HPR).",null,"ED0011227 HB650 Internal ISD","TBD"]
[5612,"002",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"5612-002"},"HB650 jacketed cavity interface with STFC cavity testing facility (VTS).","Internal interface 213.  HB650 jacketed cavity interface with STFC cavity testing facility (VTS).","The STFC Cavity Testing facility (VTS) needs to be compatible with the jacketed cavity.","Inspection, Demonstration, Measurement, Analysis","121.2.04 650MHz","121.2.04 650MHz shall specify jacketed cavity interface requirements.","UKRI-STFC (Partner)","STFC shall specify the cavity testing facility (VTS) interface requirements and details.","UKRI-STFC (Partner)","UKRI-STFC shall integrate the jacketed cavity into the cavity testing facility (VTS).",null,"ED0011227 HB650 Internal ISD","TBD"]
[5612,"003",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"5612-003"},"HB650 tuner interface with STFC cavity testing facility (VTS).","Internal interface 312.  HB650 tuner interface with STFC cavity testing facility (VTS).","STFC cavity testing facility (VTS) needs to be compatible with the tuner.","Inspection, Demonstration, Measurement, Analysis","121.2.04 650MHz","121.2.04 650MHz shall specify tuner interface requirements.","UKRI-STFC (Partner)","STFC shall specify the cavity testing facility (VTS) interface requirements and details.","UKRI-STFC (Partner)","UKRI-STFC shall integrate the tuner into the cavity testing facility (VTS).",null,"ED0011227 HB650 Internal ISD","TBD"]
[5612,"004",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"5612-004"},"HB650 coupler cold part interface with STFC cavity testing facility (VTS).","Internal interface 411.  HB650 coupler cold part interface with STFC cavity testing facility (VTS).","STFC cavity testing facility (VTS) needs to be compatible with the coupler cold part.","Inspection, Demonstration, Measurement, Analysis","121.2.04 650MHz","121.2.04 650MHz shall specify the coupler cold part inteface requirements.","UKRI-STFC (Partner)","STFC shall specify the cavity testing facility (VTS) interface requirements and details.","UKRI-STFC (Partner)","UKRI-STFC shall integrate the coupler cold part into the cavity testing facility (VTS).",null,"ED0011227 HB650 Internal ISD","TBD"]
[5612,"005",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"5612-005"},"HB650 coupler warm part interface with STFC cryomodule.","Internal interface 503.  HB650 coupler warm part interface with STFC cryomodule.","The cryomodule needs to be compatible with the design of the coupler warm part.","Inspection, Demonstration, Measurement, Analysis","121.2.04 650MHz","121.2.04 650MHz shall specify the coupler warm part inteface requirements.","UKRI-STFC (Partner)","STFC shall specify the cryomodule interface requirements and details.","UKRI-STFC (Partner)","UKRI-STFC shall integrate the coupler warm part into the cryomodule.",null,"ED0011227 HB650 Internal ISD","TBD"]
[5612,"006",{"$f":"CONCATENATE(HPRF3[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF3[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF3[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF3[[#This Row],[Interface '#]])","v":"5612-006"},"HB650 transport frame interface with STFC cryomodule.","Internal interface 602.  HB650 transport frame interface with STFC cryomodule.","The transport frame needs to be compatible with the design of the cryomodule considering especially the interface with the vacuum vessel and the envelope of the cryomodule.","Inspection, Demonstration, Measurement, Analysis","121.2.04 650MHz","121.2.04 650MHz shall specify th HB650 transport frame interface requirements.","UKRI-STFC (Partner)","STFC shall specify the cryomodule interface requirements and details.","UKRI-STFC (Partner)","UKRI-STFC shall integrate the transport frame on to the cryomodule.",null,"ED0011227 HB650 Internal ISD","TBD"]

{"sheet":"Revision History","index":1,"n_rows":97,"n_cols":4,"rows_kept":97,"cut":false,"hidden":false,"merged":[]}
[]
["Date","Unique L3-L3 ID","System A, System B, Integrator","Revision Comment"]
["2020-07-31","3259-003","121.5.02 TLBA; 121.4.04 BldgI; 121.5.03 BTLI","Created new interface between BldgI, TLBA and BTLI on the water connection between the RAW skid and the BAL absorber."]
["2020-07-31","2661-006","121.3.06 Vac; 121.4.04 BldgI","Created new interface between BldgI and Vacuum on nitrogen interface in the Linac tunnel for portable clean room and purge flow between cryomodules."]
["2020-07-31","2661-004","121.3.06 Vac; 121.4.04 BldgI; 121.4.05 LI","Added updated scope and ISD information."]
["2020-06-30","1789-001, 002, 003, 1851-002, 004, 1972-002, 003, 2146-001","121.4.04 BldgI; 121.2.02 HWR; 121.4.05; 121.2.03 SSR; 121.2.04 650MHz; 121.2.06 CDS","Added ISD information."]
["2020-06-30","3271-007","121.4.04 BldgI; 121.6.04 UtilB","Added additional clarifications to interface."]
["2020-06-30","2707-006","121.4.04 BldgI; 121.3.07 Cntrl","Added additional clarifications to interface."]
["2020-06-30","3259-003","121.4.04 BldgI; 121.5.02 TLBA; 121.5.03 BTLI","Added new interface for LCW heat exchange with RAW skid"]
["2020-06-30","3271-006","121.4.04 BldgI; 121.6.04 UtilB","Deleted interface.  No glycol chilled water is needed."]
["2020-06-30","3272-008","121.4.04 BldgI; 121.6.05 Cmplx","Added additional clarifications to interface."]
["2020-06-30","2661-004","121.4.04 BldgI; 121.3.06 Vac; 121.4.05 LI","Added additional clarifications to interface."]
["2020-06-30","2517-016, 064, 066, 075, 076 and 077","121.4.04 BldgI; 121.3.03  121.4.05 LI","Deleted interfaces.  Interfaces were for water connections to cavity circulators.  Actual circulators are covered in other interfaces."]
["2020-06-01","1947-006 and 1947-007","121.2.04 650MHz; 121.2.06 CDS ","Added LB650 and HB650 fast cooldown rate interfaces."]
["2020-06-01","1947-004 and 1947-005","121.2.04 650MHz; 121.2.06 CDS ","Added LB650 and HB650 thermal shield cooldown constraint interfaces."]
["2020-06-01","1826-004 and 1826-005","121.2.03 SSR; 121.2.06 CDS ","Added SSR1 and SSR2 thermal shield cooldown constraint interfaces."]
["2020-06-01","1764-005","121.2.02 HWR; 121.2.06 CDS; 121.4.05 LI","Deleted interface.  This interface is covered in 1764-003."]
["2020-05-01","5111-001 to 004","121.2.03 SSR; BARC (DAE)","Added updated ISD information."]
["2020-05-01","2064-001, 002, 2075-001 and 2076-001","121.2.05 CP; 121.2.06 CDS","Added updated ISD information."]
["2020-05-01","1947-001 to 003, 1954-001 to 005, 1955-001 to 003, 005, 1957-002, 003, 1958-001 to 003, 1971-002, 1972-001 to 004, 1973-001 to 003 and 1975-001","121.2.04 650MHz; 121.2.06 CDS; 121.4.05 LI; 121.3.07 Cntrl; 121.4.04 BldgI; 121.3.03 HPRF; 121.4.03 TI; 121.3.04 LLRF; 121.3.06 Vac; 121.4.07 AP","Added updated ISD information."]
["2020-05-01","1826-001 to 003, 1833-001 to 004, 1834-001 to 003, 1835-001 to 003, 1837-001 to 003, 1839-001, 1849-001, 1850-001 to 003, 1851-002 to 005 and 1854-001","121.2.03 SSR; 121.2.06 CDS; 121.4.05 LI; 121.3.07 Cntrl; 121.4.04 BldgI; 121.3.03 HPRF; 121.4.03 TI; 121.3.04 LLRF; 121.3.05 MagPS; 121.3.06 Vac; 121.3.09 BI; 121.4.02 WFE; 121.4.07 AP","Added updated ISD information."]
["2020-05-01","1764-001, 002, 003, 005 and 1789-004","121.2.02 HWR; 121.2.06 CDS; 121.4.05 LI; 121.3.07 Cntrl; 121.4.04 BldgI;","Added updated ISD information."]
["2020-05-01","3731-009","121.6.04 UtilB; 121.6.02 SitePrep","Added make-up water connection interface between site preparation and the utility plant."]
["2020-03-30","1947-001 to 002, 1954-001 to 005, 1955-001 to 005, 1957-002 to 003, 1958-001 to 003, 1971-002, 1972-001 to 004, 1973-001 to 003 and 1075-001","121.2.04 650MHz; 121.2.06 CDS; 121.4.05 LI; 121.3.03 HPRF; 121.3.04 LLRF; 121.3.06 Vac; 121.3.07 Cntrl; 121.4.03 TI; 121.4.04 BldgI; 121.4.07 AP","Added ED0007562 HB650 CM ISD information in the interface detail column."]
["2020-03-30","5111-001 to 004","121.2.03 SSR; BARC (DAE)","Added new Partner interfaces with SSR related to solenoids."]
["2020-03-30","1789-005, 1851-005, 1972-004","121.2.02 HWR; 121.2.03 SSR; 121.2.04 650MHz; 121.4.04 BldgI; 121.4.05 LI","Added a Cryomodule grounding interface to each class of cryomodule."]
["2020-02-28","1789-001","121.2.02 HWR; 121.4.04 BldgI; 121.4.05 LI","Removed CF from interface.  Interface only pertains to air hose connections from the main header to point of use."]
["2020-02-28","3272-008","121.4.04 BldgI; 121.6.05 Cmplx","Provided scope clarification for BldgI."]
["2020-02-28","3272-009","121.6.05 Cmplx; 121.4.04 BldgI","Created new interface for pneumatic connections."]
["2020-02-28","2640-002","121.3.05 MagPS; 121.6.05 Cmplx","Added new interface regarding heat load to air removal."]
["2020-02-28","2614-002","121.3.05 MagPS; 121.4.04 BldgI; 121.5.03 BTLI; 121.6.05 Cmplx","Removed LI as Integrator and added BTLI in its place.  Added Room Data Sheet information."]
["2020-02-28","2707-001","121.3.07 Cntrl; 121.4.04 BldgI; 121.4.05 LI","Removed CF from interface."]
["2020-02-28","2661-002, 004 and 005","121.3.06 Vac; 121.4.04 BldgI; 121.4.05 LI","Clarified BldgI scope."]
["2020-02-28","2566-006 to 023 and 027, 028","121.3.04 LLRF; 121.4.04 BldgI; 121.4.05 LI; 121.6.05 Cmplx","Removed CF from interface."]
["2020-02-28","2517-084","121.3.03 HPRF; 121.4.04 BldgI; 121.4.05 LI","Deleted interface regarding cable trays that no longer applies to BldgI."]
["2020-02-28","3597-001","121.5.02 TLBA; 121.6.05 Cmplx","Added new interface regarding space for RAW skid."]
["2020-02-28","3279-009","121.4.04 BldgI; 121.6.05 Cmplx","Delete since interface should be between Cmplx and TLBA.  New interface will be created."]
["2020-02-28","3272-010 and 011","121.6.05 Cmplx; 121.4.04 BldgI","Deleted these interfaces since no PCW is in the Linac Complex that involves BldgI.  Cooling of RF will use LCW."]
["2020-02-28","3597-001","121.5.02 TLBA; 121.6.05 Cmplx; 121.4.05 LI; 121.5.03 BTLI","Deleted this interface since it is a very generic interface regarding space which is covered in the Room Data Sheets (RDS)."]
["2020-01-31","3181-001 to 007 and 009","121.4.02 WFE; 121.4.04 BldgI; 121.4.05 LI","Clarified scope between BldgI and LI."]
["2020-01-31","2796-002 and 2796-003","121.3.09 BI; 121.4.04 BldgI; 121.4.05 LI","Clarified scope between BldgI and LI."]
["2020-01-31","2707-002, 003 and 004","121.3.07 Cntrl; 121.4.04 BldgI; 121.4.05 LI","Clarified scope between BldgI and LI."]
["2020-01-31","2661-001","121.3.06 Vac; 121.4.04 BldgI; 121.4.05 LI","Clarified scope between BldgI and LI."]
["2020-01-31","2614-003 and 2614-005","121.3.05 MagPS; 121.4.04 BldgI; 121.4.05 LI","Clarified scope between BldgI and LI."]
["2020-01-31","2566-026","121.3.04 LLRF; 121.4.04 BldgI; 121.4.05 LI","LI added as an Integrator."]
["2020-01-31","2566-024 and 2566-025","121.3.04 LLRF; 121.4.04 BldgI; 121.4.05 LI","Deleted since this information is covered in the Room Data Sheets (RDS)."]
["2020-01-31","2517-086 and 2517-087","121.3.03 HPRF; 121.4.04 BldgI; 121.4.05 LI","Deleted interface since they are covered elsewhere."]
["2020-01-31","2517-001, 004, 007, 010, 013, 016, 019, 022, 025, 028, 031, 034, 037, 040, 043, 046, 049, 052, 055, 058, 060, 061, 064, 069, 072, 075, 078, 081, 088, 089, 092, 095 ","121.3.03 HPRF; 121.4.04 BldgI; 121.4.05 LI","Clarified scope between BldgI and LI."]
["2020-01-31","5012-001 to 008, 5312-01, 5612-001 to 006","121.2.04 650MHz; RRCAT; CEA; UKRI-STFC","Added new Partner interfaces with HB650"]
["2020-01-21","3181-001, 003 and 004","121.4.04 BldgI; 121.4.02 WFE; 121.4.05 LI","Changes to scope wording for System B and Integrator."]
["2020-01-21","1789-004","121.2.02 HWR; 121.2.06 CDS; 121.4.05 LI","Replaced 121.4.04 BldgI with 121.2.06 CDS as Syst B since all helium supplies are provided by CDS and not BldgI.  Clarified wording for scope."]
["2020-01-17","1773-003 and 1773-004","121.2.02 HWR; 121.3.05 MagPS; 121.4.03 TI; 121.4.05 LI","Created two new interface for HWR CM Power Coupler High Voltage Supply. One for PIP2IT an d one for PIP-II."]
["2020-01-17","1788-002","121.2.02 HWR; 121.4.03 TI","Clarified that this interface is at PIP2IT."]
["2020-01-17","1789-001","121.2.02 HWR; 121.6.05 Cmplx; 121.4.04 BldgI; 121.4.05 LI","Added additiona scope and clarification to HWR Control Valve Pneumatic Connnection interface for PIP-II."]
["2020-01-17","1788-004 and 1789-002","121.2.02 HWR; 121.4.03 TI; 121.4.04 BldgI; 121.4.05 LI","Separated HWR Beam Line Gate Valve Compressed Air connection to a PIP2IT version and a PIP-II version."]
["2020-01-17","1788-003 and 1789-004","121.2.02 HWR; 121.4.03 TI; 121.4.04 BldgI; 121.4.05 LI; 121.6.05 Cmplx","Separated HWR CM Slow Tuner Pneumatic Connection to a PIP2IT version and a PIP-II version and added Cmplx as an Integrator for the PIP-II interface."]
["2020-01-17","1788-001 and 1789-003","121.2.02 HWR; 121.4.03 TI; 121.4.04 BldgI; 121.4.05 LI","Separated HWR CM Power Coupler Dry Air Connections to a PIP2IT version and a PIP-II version."]
["2020-01-14","2554-001, 002, 003, 004","121.3.04 LLRF; 121.3.09 BI; 121.4.02 LI","Updated and added three additional interfaces between LLRF and BI for 162.5 MHz and 1.3 GHz phase reference signals for instrumentation electronics and laser profile system."]
["2019-12-23","1851-001","121.2.03 SSR; 121.4.04 BldgI; 121.4.05 LI","Deleted this interface.   SSR solenoids are now conduction cooled and therefore do not require a helium guard."]
["2019-12-23","3271-008","121.4.04 BldgI; 121.6.04 UtilB","Changed PUB to Utility Plant and clarified installation scope."]
["2019-12-23","3271-002","121.4.04 BldgI; 121.6.04 UtilB","Deleted this interface.  Duplicate interface to 3271-005."]
["2019-12-23","3271-001","121.4.04 BldgI; 121.6.04 UtilB; 121.3.07 Cntrl","Changed wording in Interface Description from PUB to Utility Plant."]
["2019-12-23","3181-008","121.4.02 WFE; 121.4.04 BldgI; 121.4.05 LI","Deleted this interface.  Duplicate interface to 3181-004."]
["2019-12-23","2517-012, 024, 036, 048, 071 and 083","121.3.03 HPRF; 121.4.04 BldgI;","Updated scope information for BldgI."]
["2019-12-23","2659-004 and 2659-005","121.3.06 Vac; 121.4.02 WFE; 121.4.05 LI","Status and Verification document information has been added."]
["2019-12-23","2659-003","121.3.06 Vac; 121.4.02 WFE; 121.4.05 LI","Deleted interface.  Redundant and more specific interfaces exist."]
["2019-12-23","1849-001","121.2.03 SSR; 121.4.02 WFE; 121.4.03 TI","Requirements, Status and Verification document information has been added."]
["2019-12-23","1787-002","121.2.02 HWR; 121.4.02 WFE; 121.4.03 TI","Comment in comments column have been deleted after resolution and status/verification documents have been added."]
["2019-12-23","1787-001","121.2.02 HWR; 121.4.02 WFE; 121.4.05 LI","Comment in comments column have been deleted after resolution."]
["2019-11-22","1850-003","121.2.03 SSR; 121.4.03 TI","Comment in comments column have been deleted after resolution."]
["2019-11-22","1954-002","121.2.04 650MHz; 121.3.03 HPRF; 121.4.03 TI; 121.4.05 LI","Comment in comments column have been deleted after resolution."]
["2019-11-22","1954-003","121.2.04 650MHz; 121.3.03 HPRF; 121.4.03 TI; 121.4.05 LI","Comment in comments column have been deleted after resolution."]
["2019-11-22","2500-027","121.3.04 LLRF; 121.3.03 HPRF; 121.4.03 TI; 121.4.05 LI","Changed Integrator scope discription to state PIP2IT instead of CMTS."]
["2019-11-22","2500-028","121.3.04 LLRF; 121.3.03 HPRF; 121.4.03 TI; 121.4.05 LI","Changed Integrator scope discription to state PIP2IT instead of CMTS."]
["2019-11-22","2500-046","121.3.04 LLRF; 121.3.03 HPRF; 121.4.03 TI; 121.4.05 LI","Changed Integrator scope discription to state PIP2IT instead of CMTS."]
["2019-11-22","2500-047","121.3.04 LLRF; 121.3.03 HPRF; 121.4.03 TI; 121.4.05 LI","Changed Integrator scope discription to state PIP2IT instead of CMTS."]
["2019-11-22","2516-130","121.3.03 HPRF; 121.4.03 TI","Added PIP2IT to System B and Integrator Scope columns."]
["2019-11-22","2516-131","121.3.03 HPRF; 121.4.03 TI","Added PIP2IT to System B and Integrator Scope columns."]
["2019-11-22","2706-001","121.3.07 Cntrl; 121.4.03 TI","Removed STC from Interface Name column and added PIP2IT to System B and Integrator Scope columns."]
["2019-11-22","1971-002","121.2.04 650MHz; 121.4.03 TI","Updated wording in Integrator Scope column to state that TI shall provide installation support."]
["2019-11-22","2565-001","121.3.04 LLRF; 121.4.03 TI","Removed STC reference from all columns."]
["2019-11-22","2565-002","121.3.04 LLRF; 121.4.03 TI","Created new interface between LLRF and TI regarding cabling and cabling support."]
["2019-10-08","1973-004","121.2.04 650MHz; 121.4.05 LI","Added interface drawing reference to Interface Detail Documents column."]
["2019-10-08","1852-003","121.2.03 SSR; 121.4.05 LI","Added interface drawing reference to Interface Detail Documents column."]
["2019-07-26","3359-001","121.5.04 BSTR; 121.6.06 BstrC","Deleted interface between AP and SitePrep regarding survey monuments.  This is more of an external interface with the alignment group."]
["2019-07-26","3362-002","121.4.07 AP; 121.6.05 Cmplx","Deleted interface between AP and Cmplx regarding survey monuments.  This is more of an external interface with the alignment group."]
["2019-07-26","3730-007","121.4.07 AP; 121.6.02 SitePrep; 121.6.03 CryoB","Deleted interface between AP and SitePrep with CryoB as the Integrator.  AP does not provide data/communication duct work requirements."]
["2019-07-26","3731-007","121.4.07 AP; 121.6.02 SitePrep; 121.6.04 UtilB","Deleted interface between AP and SitePrep with UtilB as the Integrator.  AP does not provide data/communication duct work requirements."]
["2019-07-26","3732-007","121.4.07 AP; 121.6.02 SitePrep; 121.6.05 Cmplx","Deleted interface between AP and SitePrep with Cmplx as the Integrator.  AP does not provide data/communication duct work requirements."]
["2019-07-26","3280-001","121.4.07 AP; 121.4.05 LI","Added a new interface between AP and LI for exchange of lattice coordinate information for installing beamline components."]
["2019-07-17","2129-001","121.3.04 LLRF; 121.2.06 CDS; 121.3.07 Cntrl; 121.4.05 LI; 121.3.02 MPS","Added 121.3.02 MPS as Integrator"]
["2019-07-17","2603-002","121.3.05 MagPS; 121.3.02 MPS; 121.3.07 Cntrl","Created new interface, 650 MHz magnet power supply control between MagPS and MPS"]
["2019-07-17","2603-003","121.3.05 MagPS; 121.3.02 MPS; 121.3.07 Cntrl","Created new interface, controls for BTL power supplies between MagPS and MPS"]
["2019-07-17","2555-004","121.3.04 LLRF; 121.3.02 MPS; 121.2.05 CP","Created new interface, Cryo system and cryomodule status to LLRF between LLRF and MPS"]
["2019-07-17","2696-001","121.3.02 MPS; 121.3.07 Cntrl","Created new interface, Linac beam permit status between MPS and Cntrls"]
["2019-07-17","2696-002","121.3.02 MPS; 121.3.07 Cntrl","Created new interface, post-mortem status between MPS and Cntrls"]
["2019-07-17","2696-003","121.3.02 MPS; 121.3.07 Cntrl","Created new interface, trigger to timing systems between MPS and Cntrls"]

{"sheet":"Blank Sheet","index":2,"n_rows":35,"n_cols":18,"rows_kept":35,"cut":false,"hidden":false,"merged":[[0,0,0,17]]}
["Use this sheet to create new interfaces.  When updating existing interfaces either modify the interfaces on the Master ICD tab or paste them here and modify as needed.  All modifications need to be made in a red font so it is clear what is being modified.  For cases where the interface is being deleted, mark in red and cross out the text.  This sheet should then be returned to the Integration Coordinator to start the formal process of modifying the Master ICD sheet."]
[]
["Unique L3-L3 ID is a four-digit numerical string which represents the intersection of two L3 systems (see Matrix tab).","Interface # is a numerical string starting from 001 and increasing sequentially for each Unitque L3-L3 ID.","Interface ID is the full numerical string consisting of the Unique L3-L3 ID and the Interface #.","Interface Name is a short text string which briefly identifies and describes the interface.","Requirements Description is a string of text which defines the primary purpose and requirements of the interface.","Requirements Clarification is an optional field which identifies conditions when requirements may or may not be applicable (e.g. during commissioning only).  May not be applicable to all interfaces.","Verification Method is a text string to identify how interfaces shall be verified.  At least one of the following methods shall be identified:  Inspection - using drawings, test reports, etc.  Demonstration - manipulation of the component or system as it is intended to be used.  Measurement - taking of measurements to verify compliance.  Analysis - verification using models, calculations.","System A WBS is an alpanumeric string which identifies the L3 system responsible for one boundary of the interface.  Select using the drop-down list.","System A Scope is the scope definition of the interface for System A, essentially what is covered by System A for this interface.","System B WBS is an alphanumeric string which identifies the L3 system responsible for the other corresponding boundary of the interface.  Select using the drop-down list","System B Scope is the scope definition of the interface for System B, essentially what is covered by System A for this interface.","Integrator WBS is an L3 system responsible for integrating, installing, providing needed information, and/or commissioning the interface if applicable.  There can be multiple Integrators listed.","Integrator Scope is the scope definition of the integrator, essentially what is covered by the Integrator for this interface.","Requirements Documents lists the reference source for the Requirements Description.  Types of Requirements Documents include, but are not limited to:  Functional Requirements Specifications (FRS), Technical Requirements Specifications (TRS), Engineerign Specification Documents (ESD).","Interface Detail Documents is an alphanumeric string which identifies the documents containing the technical details regarding the interface.  Types of Interface Documents include, but are not limited to:  Interface Specification Documents (ISD), Drawings, Engineering Documents.","Status is a text string which identifies the accepatance maturity of the interface.  Values shall include one of the following:  TBD, Accepted, Verified.  TBD means that the interface requirement is not fully confirmed, determined, or yet to be agreed upon.  Accepted means that the interface requirement is accepted and agreed upon by the L3 system owners.  Select using the drop-down list.","Verfication Documents is an alphanumeric string which identifies the documents containing the verificaiton details to confirm the interface Status as Verified.","Comments is for describing relevant interface information which cannot be captured within the other existing table columns."]
[]
["Unique L3-L3 ID","Interface #","Interface ID","Interface Name","Interface Requirements Description","Requirements Clarification","Verification Method","System A WBS","System A Scope","System B WBS","System B Scope","Integrator WBS","Integrator Scope","Requirements Documents","Interface Detail Documents","Status","Verification Documents","Comments"]
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[null,null,{"$f":"CONCATENATE(HPRF32[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF32[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF32[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF32[[#This Row],[Interface '#]])","v":"-00"},null,null,null,null,"-",null,"-"]
[null,null,{"$f":"CONCATENATE(HPRF32[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF32[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF32[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF32[[#This Row],[Interface '#]])","v":"-00"},null,null,null,null,"-",null,"-"]
[null,null,{"$f":"CONCATENATE(HPRF32[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF32[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF32[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF32[[#This Row],[Interface '#]])","v":"-00"},null,null,null,null,"-",null,"-"]
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[null,null,{"$f":"CONCATENATE(HPRF32[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF32[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF32[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF32[[#This Row],[Interface '#]])","v":"-00"},null,null,null,null,"-",null,"-"]
[null,null,{"$f":"CONCATENATE(HPRF32[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF32[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF32[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF32[[#This Row],[Interface '#]])","v":"-00"},null,null,null,null,"-",null,"-"]
[null,null,{"$f":"CONCATENATE(HPRF32[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF32[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF32[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF32[[#This Row],[Interface '#]])","v":"-00"},null,null,null,null,"-",null,"-"]
[null,null,{"$f":"CONCATENATE(HPRF32[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF32[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF32[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF32[[#This Row],[Interface '#]])","v":"-00"},null,null,null,null,"-",null,"-"]
[null,null,{"$f":"CONCATENATE(HPRF32[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF32[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF32[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF32[[#This Row],[Interface '#]])","v":"-00"},null,null,null,null,"-",null,"-"]
[null,null,{"$f":"CONCATENATE(HPRF32[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF32[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF32[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF32[[#This Row],[Interface '#]])","v":"-00"},null,null,null,null,"-",null,"-"]
[null,null,{"$f":"CONCATENATE(HPRF32[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF32[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF32[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF32[[#This Row],[Interface '#]])","v":"-00"},null,null,null,null,"-",null,"-"]
[null,null,{"$f":"CONCATENATE(HPRF32[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF32[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF32[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF32[[#This Row],[Interface '#]])","v":"-00"},null,null,null,null,"-",null,"-"]
[null,null,{"$f":"CONCATENATE(HPRF32[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF32[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF32[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF32[[#This Row],[Interface '#]])","v":"-00"},null,null,null,null,"-",null,"-"]
[null,null,{"$f":"CONCATENATE(HPRF32[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF32[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF32[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF32[[#This Row],[Interface '#]])","v":"-00"},null,null,null,null,"-",null,"-"]
[null,null,{"$f":"CONCATENATE(HPRF32[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF32[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF32[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF32[[#This Row],[Interface '#]])","v":"-00"},null,null,null,null,"-",null,"-"]
[null,null,{"$f":"CONCATENATE(HPRF32[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF32[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF32[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF32[[#This Row],[Interface '#]])","v":"-00"},null,null,null,null,"-",null,"-"]
[null,null,{"$f":"CONCATENATE(HPRF32[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF32[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF32[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF32[[#This Row],[Interface '#]])","v":"-00"},null,null,null,null,"-",null,"-"]
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[null,null,{"$f":"CONCATENATE(HPRF32[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF32[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF32[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF32[[#This Row],[Interface '#]])","v":"-00"},null,null,null,null,"-",null,"-"]
[null,null,{"$f":"CONCATENATE(HPRF32[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF32[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF32[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF32[[#This Row],[Interface '#]])","v":"-00"},null,null,null,null,"-",null,"-"]
[null,null,{"$f":"CONCATENATE(HPRF32[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF32[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF32[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF32[[#This Row],[Interface '#]])","v":"-00"},null,null,null,null,"-",null,"-"]
[null,null,{"$f":"CONCATENATE(HPRF32[[#This Row],[Unique L3-L3 ID]],\"-\",IF(HPRF32[[#This Row],[Interface '#]]<10,\"00\",IF(HPRF32[[#This Row],[Interface '#]]<100,\"0\",\"\")),HPRF32[[#This Row],[Interface '#]])","v":"-00"},null,null,null,null,"-",null,"-"]

{"sheet":"ID Matrix","index":3,"n_rows":47,"n_cols":49,"rows_kept":47,"cut":false,"hidden":false,"merged":[]}
["Level","WBS","System","SRF & Cryogenic Systems","Half Wave Resonator CM (HWR)","Single Spoke Resonator CM (SSR)","650 MHz CryoModules (650MHz)","Cryogenic Plant (CP)","Cryogenic Distribution System (CDS)","Accelerator System","High Power RF and RF Distribution (HPRF)","Low Level Radio Frequency (LLRF)","Magnets and Power Supplies (MagPS)","Vacuum (Vac)","Controls (Cntrl)","Safety Systems (SS)","Beam Instrumentation (BI)","Machine Protection System (MPS)","Linac Installation & Commissioning","Warm Front End (WFE)","Test Infrastructure (TI)","Building Infrastructure (BldgI)","Linac Installation (LI)","Linac Commissioning (Comm)","Accelerator Physics (AP)","Accelerator Complex Upgrades","Booster (BSTR)","Main Injector and Recycler Ring (MIRR)","Transfer Line and Beam Absorber (TLBA)","Beam Transfer Line Installation (BTLI)","Conventional Facilities","Site Preparation (SitePrep)","Cryoplant Building (CryoB)","Utility Plant Building (UtilB)","Linac Complex (Cmplx)","Booster Connection (BstrC)","Fermilab External Interfaces","Booster Ring","Main Injector Ring","Main Ring","Partner Interfaces","RRCAT (DAE India)","BARC (DAE India)","VECC (DAE India)","CEA (France)","In2P3 (France)","INFN (Italy)","UKRI-STFC (UK)","WUST (Poland)"]
["L2",121.2,"SRF & Cryogenic Systems"]
["L3","121.2.02","Half Wave Resonator CM (HWR)",null,null,1759,1761,1763,1764,null,1771,1772,1773,1774,1775,1776,1777,1778,null,1787,1788,1789,1790,1791,1792,null,1800,1801,1802,1803,null,1812,1813,1814,1815,1816,null,{"$f":"E36","v":4010},{"$f":"E37","v":4110},{"$f":"E38","v":4210},null,{"$f":"E40","v":5010},{"$f":"E41","v":5110},{"$f":"E42","v":5210},{"$f":"E43","v":5310},{"$f":"E44","v":5410},{"$f":"E45","v":5510},{"$f":"E46","v":5610},{"$f":"E47","v":5710}]
["L3","121.2.03","Single Spoke Resonator CM (SSR)",null,1759,null,1823,1825,1826,null,1833,1834,1835,1836,1837,1838,1839,1840,null,1849,1850,1851,1852,1853,1854,null,1862,1863,1864,1865,null,1874,1875,1876,1877,1878,null,{"$f":"F36","v":4011},{"$f":"F37","v":4111},{"$f":"F38","v":4211},null,{"$f":"F40","v":5011},{"$f":"F41","v":5111},{"$f":"F42","v":5211},{"$f":"F43","v":5311},{"$f":"F44","v":5411},{"$f":"F45","v":5511},{"$f":"F46","v":5611},{"$f":"F47","v":5711}]
["L3","121.2.04","650 MHz CryoModules (650MHz)",null,1761,1823,null,1946,1947,null,1954,1955,1956,1957,1958,1959,1960,1961,null,1970,1971,1972,1973,1974,1975,null,1983,1984,1985,1986,null,1995,1996,1997,1998,1999,null,{"$f":"G36","v":4012},{"$f":"G37","v":4112},{"$f":"G38","v":4212},null,{"$f":"G40","v":5012},{"$f":"G41","v":5112},{"$f":"G42","v":5212},{"$f":"G43","v":5312},{"$f":"G44","v":5412},{"$f":"G45","v":5512},{"$f":"G46","v":5612},{"$f":"G47","v":5712}]
["L3","121.2.05","Cryogenic Plant (CP)",null,1763,1825,1946,null,2064,null,2071,2072,2073,2074,2075,2076,2077,2078,null,2087,2088,2089,2090,2091,2092,null,2100,2101,2102,2103,null,2112,2113,2114,2115,2116,null,{"$f":"H36","v":4013},{"$f":"H37","v":4113},{"$f":"H38","v":4213},null,{"$f":"H40","v":5013},{"$f":"H41","v":5113},{"$f":"H42","v":5213},{"$f":"H43","v":5313},{"$f":"H44","v":5413},{"$f":"H45","v":5513},{"$f":"H46","v":5613},{"$f":"H47","v":5713}]
["L3","121.2.06","Cryogenic Distribution System (CDS)",null,1764,1826,1947,2064,null,null,2128,2129,2130,2131,2132,2133,2134,2135,null,2144,2145,2146,2147,2148,2149,null,2157,2158,2159,2160,null,2169,2170,2171,2172,2173,null,{"$f":"I36","v":4014},{"$f":"I37","v":4114},{"$f":"I38","v":4214},null,{"$f":"I40","v":5014},{"$f":"I41","v":5114},{"$f":"I42","v":5214},{"$f":"I43","v":5314},{"$f":"I44","v":5414},{"$f":"I45","v":5514},{"$f":"I46","v":5614},{"$f":"I47","v":5714}]
["L2",121.3,"Accelerator System"]
["L3","121.3.03","High Power RF and RF Distribution (HPRF)",null,1771,1833,1954,2071,2128,null,null,2500,2501,2502,2503,2504,2505,2506,null,2515,2516,2517,2518,2519,2520,null,2528,2529,2530,2531,null,2540,2541,2542,2543,2544,null,{"$f":"K36","v":4020},{"$f":"K37","v":4120},{"$f":"K38","v":4220},null,{"$f":"K40","v":5020},{"$f":"K41","v":5120},{"$f":"K42","v":5220},{"$f":"K43","v":5320},{"$f":"K44","v":5420},{"$f":"K45","v":5520},{"$f":"K46","v":5620},{"$f":"K47","v":5720}]
["L3","121.3.04","Low Level Radio Frequency (LLRF)",null,1772,1834,1955,2072,2129,null,2500,null,2550,2551,2552,2553,2554,2555,null,2564,2565,2566,2567,2568,2569,null,2577,2578,2579,2580,null,2589,2590,2591,2592,2593,null,{"$f":"L36","v":4021},{"$f":"L37","v":4121},{"$f":"L38","v":4221},null,{"$f":"L40","v":5021},{"$f":"L41","v":5121},{"$f":"L42","v":5221},{"$f":"L43","v":5321},{"$f":"L44","v":5421},{"$f":"L45","v":5521},{"$f":"L46","v":5621},{"$f":"L47","v":5721}]
["L3","121.3.05","Magnets and Power Supplies (MagPS)",null,1773,1835,1956,2073,2130,null,2501,2550,null,2599,2600,2601,2602,2603,null,2612,2613,2614,2615,2616,2617,null,2625,2626,2627,2628,null,2637,2638,2639,2640,2641,null,{"$f":"M36","v":4022},{"$f":"M37","v":4122},{"$f":"M38","v":4222},null,{"$f":"M40","v":5022},{"$f":"M41","v":5122},{"$f":"M42","v":5222},{"$f":"M43","v":5322},{"$f":"M44","v":5422},{"$f":"M45","v":5522},{"$f":"M46","v":5622},{"$f":"M47","v":5722}]
["L3","121.3.06","Vacuum (Vac)",null,1774,1836,1957,2074,2131,null,2502,2551,2599,null,2647,2648,2649,2650,null,2659,2660,2661,2662,2663,2664,null,2672,2673,2674,2675,null,2684,2685,2686,2687,2688,null,{"$f":"N36","v":4023},{"$f":"N37","v":4123},{"$f":"N38","v":4223},null,{"$f":"N40","v":5023},{"$f":"N41","v":5123},{"$f":"N42","v":5223},{"$f":"N43","v":5323},{"$f":"N44","v":5423},{"$f":"N45","v":5523},{"$f":"N46","v":5623},{"$f":"N47","v":5723}]
["L3","121.3.07","Controls (Cntrl)",null,1775,1837,1958,2075,2132,null,2503,2552,2600,2647,null,2694,2695,2696,null,2705,2706,2707,2708,2709,2710,null,2718,2719,2720,2721,null,2730,2731,2732,2733,2734,null,{"$f":"O36","v":4024},{"$f":"O37","v":4124},{"$f":"O38","v":4224},null,{"$f":"O40","v":5024},{"$f":"O41","v":5124},{"$f":"O42","v":5224},{"$f":"O43","v":5324},{"$f":"O44","v":5424},{"$f":"O45","v":5524},{"$f":"O46","v":5624},{"$f":"O47","v":5724}]
["L3","121.3.08","Safety Systems (SS)",null,1776,1838,1959,2076,2133,null,2504,2553,2601,2648,2694,null,2740,2741,null,2750,2751,2752,2753,2754,2755,null,2763,2764,2765,2766,null,2775,2776,2777,2778,2779,null,{"$f":"P36","v":4025},{"$f":"P37","v":4125},{"$f":"P38","v":4225},null,{"$f":"P40","v":5025},{"$f":"P41","v":5125},{"$f":"P42","v":5225},{"$f":"P43","v":5325},{"$f":"P44","v":5425},{"$f":"P45","v":5525},{"$f":"P46","v":5625},{"$f":"P47","v":5725}]
["L3","121.3.09","Beam Instrumentation (BI)",null,1777,1839,1960,2077,2134,null,2505,2554,2602,2649,2695,2740,null,2785,null,2794,2795,2796,2797,2798,2799,null,2807,2808,2809,2810,null,2819,2820,2821,2822,2823,null,{"$f":"Q36","v":4026},{"$f":"Q37","v":4126},{"$f":"Q38","v":4226},null,{"$f":"Q40","v":5026},{"$f":"Q41","v":5126},{"$f":"Q42","v":5226},{"$f":"Q43","v":5326},{"$f":"Q44","v":5426},{"$f":"Q45","v":5526},{"$f":"Q46","v":5626},{"$f":"Q47","v":5726}]
["L3","121.3.02","Machine Protection System (MPS)",null,1778,1840,1961,2078,2135,null,2506,2555,2603,2650,2696,2741,2785,null,null,2837,2838,2839,2840,2841,2842,null,2850,2851,2852,2853,null,2862,2863,2864,2865,2866,null,{"$f":"R36","v":4027},{"$f":"R37","v":4127},{"$f":"R38","v":4227},null,{"$f":"R40","v":5027},{"$f":"R41","v":5127},{"$f":"R42","v":5227},{"$f":"R43","v":5327},{"$f":"R44","v":5427},{"$f":"R45","v":5527},{"$f":"R46","v":5627},{"$f":"R47","v":5727}]
["L2",121.4,"Linac Installation & Commissioning"]
["L3","121.4.02","Warm Front End (WFE)",null,1787,1849,1970,2087,2144,null,2515,2564,2612,2659,2705,2750,2794,2837,null,null,3180,3181,3182,3183,3184,null,3192,3193,3194,3195,null,3204,3205,3206,3207,3208,null,{"$f":"T36","v":4030},{"$f":"T37","v":4130},{"$f":"T38","v":4230},null,{"$f":"T40","v":5030},{"$f":"T41","v":5130},{"$f":"T42","v":5230},{"$f":"T43","v":5330},{"$f":"T44","v":5430},{"$f":"T45","v":5530},{"$f":"T46","v":5630},{"$f":"T47","v":5730}]
["L2","121.4.03","Test Infrastructure (TI)",null,1788,1850,1971,2088,2145,null,2516,2565,2613,2660,2706,2751,2795,2838,null,3180,null,3214,3215,3216,3217,null,3225,3226,3227,3228,null,3237,3238,3239,3240,3241,null,{"$f":"U36","v":4031},{"$f":"U37","v":4131},{"$f":"U38","v":4231},null,{"$f":"U40","v":5031},{"$f":"U41","v":5131},{"$f":"U42","v":5231},{"$f":"U43","v":5331},{"$f":"U44","v":5431},{"$f":"U45","v":5531},{"$f":"U46","v":5631},{"$f":"U47","v":5731}]
["L3","121.4.04","Building Infrastructure (BldgI)",null,1789,1851,1972,2089,2146,null,2517,2566,2614,2661,2707,2752,2796,2839,null,3181,3214,null,3247,3248,3249,null,3257,3258,3259,3260,null,3269,3270,3271,3272,3273,null,{"$f":"V36","v":4032},{"$f":"V37","v":4132},{"$f":"V38","v":4232},null,{"$f":"V40","v":5032},{"$f":"V41","v":5132},{"$f":"V42","v":5232},{"$f":"V43","v":5332},{"$f":"V44","v":5432},{"$f":"V45","v":5532},{"$f":"V46","v":5632},{"$f":"V47","v":5732}]
["L3","121.4.05","Linac Installation (LI)",null,1790,1852,1973,2090,2147,null,2518,2567,2615,2662,2708,2753,2797,2840,null,3182,3215,3247,null,3279,3280,null,3288,3289,3290,3291,null,3300,3301,3302,3303,3304,null,{"$f":"W36","v":4033},{"$f":"W37","v":4133},{"$f":"W38","v":4233},null,{"$f":"W40","v":5033},{"$f":"W41","v":5133},{"$f":"W42","v":5233},{"$f":"W43","v":5333},{"$f":"W44","v":5433},{"$f":"W45","v":5533},{"$f":"W46","v":5633},{"$f":"W47","v":5733}]
["L3","121.4.06","Linac Commissioning (Comm)",null,1791,1853,1974,2091,2148,null,2519,2568,2616,2663,2709,2754,2798,2841,null,3183,3216,3248,3279,null,3310,null,3318,3319,3320,3321,null,3330,3331,3332,3333,3334,null,{"$f":"X36","v":4034},{"$f":"X37","v":4134},{"$f":"X38","v":4234},null,{"$f":"X40","v":5034},{"$f":"X41","v":5134},{"$f":"X42","v":5234},{"$f":"X43","v":5334},{"$f":"X44","v":5434},{"$f":"X45","v":5534},{"$f":"X46","v":5634},{"$f":"X47","v":5734}]
["L3","121.3.07","Accelerator Physics (AP)",null,1792,1854,1975,2092,2149,null,2520,2569,2617,2664,2710,2755,2799,2842,null,3184,3217,3249,3280,3310,null,null,3347,3348,3349,3350,null,3359,3360,3361,3362,3363,null,{"$f":"Y36","v":4035},{"$f":"Y37","v":4135},{"$f":"Y38","v":4235},null,{"$f":"Y40","v":5035},{"$f":"Y41","v":5135},{"$f":"Y42","v":5235},{"$f":"Y43","v":5335},{"$f":"Y44","v":5435},{"$f":"Y45","v":5535},{"$f":"Y46","v":5635},{"$f":"Y47","v":5735}]
["L2",121.5,"Accelerator Complex Upgrades"]
["L3","121.5.04","Booster (BSTR)",null,1800,1862,1983,2100,2157,null,2528,2577,2625,2672,2718,2763,2807,2850,null,3192,3225,3257,3288,3318,3347,null,null,3544,3545,3546,null,3555,3556,3557,3558,3559,null,{"$f":"AA36","v":4040},{"$f":"AA37","v":4140},{"$f":"AA38","v":4240},null,{"$f":"AA40","v":5040},{"$f":"AA41","v":5140},{"$f":"AA42","v":5240},{"$f":"AA43","v":5340},{"$f":"AA44","v":5440},{"$f":"AA45","v":5540},{"$f":"AA46","v":5640},{"$f":"AA47","v":5740}]
["L3","121.5.05","Main Injector and Recycler Ring (MIRR)",null,1801,1863,1984,2101,2158,null,2529,2578,2626,2673,2719,2764,2808,2851,null,3193,3226,3258,3289,3319,3348,null,3544,null,3565,3566,null,3575,3576,3577,3578,3579,null,{"$f":"AB36","v":4041},{"$f":"AB37","v":4141},{"$f":"AB38","v":4241},null,{"$f":"AB40","v":5041},{"$f":"AB41","v":5141},{"$f":"AB42","v":5241},{"$f":"AB43","v":5341},{"$f":"AB44","v":5441},{"$f":"AB45","v":5541},{"$f":"AB46","v":5641},{"$f":"AB47","v":5741}]
["L3","121.5.02","Transfer Line and Beam Absorber (TLBA)",null,1802,1864,1985,2102,2159,null,2530,2579,2627,2674,2720,2765,2809,2852,null,3194,3227,3259,3290,3320,3349,null,3545,3565,null,3585,null,3594,3595,3596,3597,3598,null,{"$f":"AC36","v":4042},{"$f":"AC37","v":4142},{"$f":"AC38","v":4242},null,{"$f":"AC40","v":5042},{"$f":"AC41","v":5142},{"$f":"AC42","v":5242},{"$f":"AC43","v":5342},{"$f":"AC44","v":5442},{"$f":"AC45","v":5542},{"$f":"AC46","v":5642},{"$f":"AC47","v":5742}]
["L3","121.5.03","Beam Transfer Line Installation (BTLI)",null,1803,1865,1986,2103,2160,null,2531,2580,2628,2675,2721,2766,2810,2853,null,3195,3228,3260,3291,3321,3350,null,3546,3566,3585,null,null,3612,3613,3614,3615,3616,null,{"$f":"AD36","v":4043},{"$f":"AD37","v":4143},{"$f":"AD38","v":4243},null,{"$f":"AD40","v":5043},{"$f":"AD41","v":5143},{"$f":"AD42","v":5243},{"$f":"AD43","v":5343},{"$f":"AD44","v":5443},{"$f":"AD45","v":5543},{"$f":"AD46","v":5643},{"$f":"AD47","v":5743}]
["L2",121.6,"Conventional Facilities"]
["L3","121.6.02","Site Preparation (SitePrep)",null,1812,1874,1995,2112,2169,null,2540,2589,2637,2684,2730,2775,2819,2862,null,3204,3237,3269,3300,3330,3359,null,3555,3575,3594,3612,null,null,3730,3731,3732,3733,null,{"$f":"AF36","v":4050},{"$f":"AF37","v":4150},{"$f":"AF38","v":4250},null,{"$f":"AF40","v":5050},{"$f":"AF41","v":5150},{"$f":"AF42","v":5250},{"$f":"AF43","v":5350},{"$f":"AF44","v":5450},{"$f":"AF45","v":5550},{"$f":"AF46","v":5650},{"$f":"AF47","v":5750}]
["L3","121.6.03","Cryoplant Building (CryoB)",null,1813,1875,1996,2113,2170,null,2541,2590,2638,2685,2731,2776,2820,2863,null,3205,3238,3270,3301,3331,3360,null,3556,3576,3595,3613,null,3730,null,3739,3740,3741,null,{"$f":"AG36","v":4051},{"$f":"AG37","v":4151},{"$f":"AG38","v":4251},null,{"$f":"AG40","v":5051},{"$f":"AG41","v":5151},{"$f":"AG42","v":5251},{"$f":"AG43","v":5351},{"$f":"AG44","v":5451},{"$f":"AG45","v":5551},{"$f":"AG46","v":5651},{"$f":"AG47","v":5751}]
["L3","121.6.04","Utility Plant Building (UtilB)",null,1814,1876,1997,2114,2171,null,2542,2591,2639,2686,2732,2777,2821,2864,null,3206,3239,3271,3302,3332,3361,null,3557,3577,3596,3614,null,3731,3739,null,3747,3748,null,{"$f":"AH36","v":4052},{"$f":"AH37","v":4152},{"$f":"AH38","v":4252},null,{"$f":"AH40","v":5052},{"$f":"AH41","v":5152},{"$f":"AH42","v":5252},{"$f":"AH43","v":5352},{"$f":"AH44","v":5452},{"$f":"AH45","v":5552},{"$f":"AH46","v":5652},{"$f":"AH47","v":5752}]
["L3","121.6.05","Linac Complex (Cmplx)",null,1815,1877,1998,2115,2172,null,2543,2592,2640,2687,2733,2778,2822,2865,null,3207,3240,3272,3303,3333,3362,null,3558,3578,3597,3615,null,3732,3740,3747,null,3754,null,{"$f":"AI36","v":4053},{"$f":"AI37","v":4153},{"$f":"AI38","v":4253},null,{"$f":"AI40","v":5053},{"$f":"AI41","v":5153},{"$f":"AI42","v":5253},{"$f":"AI43","v":5353},{"$f":"AI44","v":5453},{"$f":"AI45","v":5553},{"$f":"AI46","v":5653},{"$f":"AI47","v":5753}]
["L3","121.6.06","Booster Connection (BstrC)",null,1816,1878,1999,2116,2173,null,2544,2593,2641,2688,2734,2779,2823,2866,null,3208,3241,3273,3304,3334,3363,null,3559,3579,3598,3616,null,3733,3741,3748,3754,null,null,{"$f":"AJ36","v":4054},{"$f":"AJ37","v":4154},{"$f":"AJ38","v":4254},null,{"$f":"AJ40","v":5054},{"$f":"AJ41","v":5154},{"$f":"AJ42","v":5254},{"$f":"AJ43","v":5354},{"$f":"AJ44","v":5454},{"$f":"AJ45","v":5554},{"$f":"AJ46","v":5654},{"$f":"AJ47","v":5754}]
["-","-","Fermilab External Interfaces"]
["-","-","Booster Ring",null,4010,{"$f":"E36+1","v":4011},{"$f":"F36+1","v":4012},4013,{"$f":"H36+1","v":4014},null,{"$f":"I36+6","v":4020},{"$f":"K36+1","v":4021},4022,4023,4024,4025,4026,4027,null,{"$f":"R36+3","v":4030},{"$f":"T36+1","v":4031},4032,4033,4034,4035,null,{"$f":"Y36+5","v":4040},{"$f":"AA36+1","v":4041},4042,4043,null,{"$f":"AD36+7","v":4050},{"$f":"AF36+1","v":4051},4052,4053,4054,null,null,{"$f":"AL37","v":4160},{"$f":"AL38","v":4260},null,{"$f":"AL40","v":5060},{"$f":"AL41","v":5160},{"$f":"AL42","v":5260},{"$f":"AL43","v":5360},{"$f":"AL44","v":5460},{"$f":"AL45","v":5560},{"$f":"AL46","v":5660},{"$f":"AL47","v":5760}]
["-","-","Main Injector Ring",null,4110,4111,4112,4113,4114,null,{"$f":"I37+6","v":4120},4121,4122,4123,4124,4125,4126,4127,null,{"$f":"R37+3","v":4130},4131,4132,4133,4134,4135,null,{"$f":"Y37+5","v":4140},4141,4142,4143,null,{"$f":"AD37+7","v":4150},4151,4152,4153,4154,null,{"$f":"AJ37+6","v":4160},null,{"$f":"AM38","v":4261},null,{"$f":"AM40","v":5061},{"$f":"AM41","v":5161},{"$f":"AM42","v":5261},{"$f":"AM43","v":5361},{"$f":"AM44","v":5461},{"$f":"AM45","v":5561},{"$f":"AM46","v":5661},{"$f":"AM47","v":5761}]
["-","-","Main Ring",null,4210,{"$f":"E38+1","v":4211},4212,4213,{"$f":"H38+1","v":4214},null,{"$f":"I38+6","v":4220},{"$f":"K38+1","v":4221},4222,4223,4224,4225,4226,4227,null,{"$f":"R38+3","v":4230},{"$f":"T38+1","v":4231},4232,4233,4234,4235,null,{"$f":"Y38+5","v":4240},{"$f":"AA38+1","v":4241},4242,4243,null,{"$f":"AD38+7","v":4250},{"$f":"AF38+1","v":4251},4252,4253,4254,null,{"$f":"AJ38+6","v":4260},{"$f":"AL38+1","v":4261},null,null,{"$f":"AN40","v":5062},{"$f":"AN41","v":5162},{"$f":"AN42","v":5262},{"$f":"AN43","v":5362},{"$f":"AN44","v":5462},{"$f":"AN45","v":5562},{"$f":"AN46","v":5662},{"$f":"AN47","v":5762}]
["-","-","Partner Interfaces"]
["-","-","RRCAT (DAE India)",null,5010,5011,{"$f":"F40+1","v":5012},5013,5014,null,{"$f":"I40+6","v":5020},5021,5022,5023,5024,5025,5026,5027,null,{"$f":"R40+3","v":5030},5031,5032,5033,5034,5035,null,{"$f":"Y40+5","v":5040},5041,5042,5043,null,{"$f":"AD40+7","v":5050},5051,5052,5053,5054,null,{"$f":"AJ40+6","v":5060},{"$f":"AL40+1","v":5061},{"$f":"AM40+1","v":5062},null,null,{"$f":"AP41","v":5170},{"$f":"AP42","v":5270},{"$f":"AP43","v":5370},{"$f":"AP44","v":5470},{"$f":"AP45","v":5570},{"$f":"AP46","v":5670},{"$f":"AP47","v":5770}]
["-","-","BARC (DAE India)",null,5110,5111,5112,5113,5114,null,5120,5121,5122,5123,5124,5125,5126,5127,null,5130,5131,5132,5133,5134,5135,null,5140,5141,5142,5143,null,5150,5151,5152,5153,5154,null,{"$f":"AJ41+6","v":5160},{"$f":"AL41+1","v":5161},5162,null,{"$f":"AN41+8","v":5170},null,{"$f":"AQ42","v":5271},{"$f":"AQ43","v":5371},{"$f":"AQ44","v":5471},{"$f":"AQ45","v":5571},{"$f":"AQ46","v":5671},{"$f":"AQ47","v":5771}]
["-","-","VECC (DAE India)",null,5210,5211,5212,5213,5214,null,5220,5221,5222,5223,5224,5225,5226,5227,null,5230,5231,5232,5233,5234,5235,null,5240,5241,5242,5243,null,5250,5251,5252,5253,5254,null,5260,{"$f":"AL42+1","v":5261},5262,null,5270,{"$f":"AP42+1","v":5271},null,{"$f":"AR43","v":5372},{"$f":"AR44","v":5472},{"$f":"AR45","v":5572},{"$f":"AR46","v":5672},{"$f":"AR47","v":5772}]
["-","-","CEA (France)",null,5310,5311,5312,5313,5314,null,5320,5321,5322,5323,5324,5325,5326,5327,null,5330,5331,5332,5333,5334,5335,null,5340,5341,5342,5343,null,5350,5351,5352,5353,5354,null,5360,{"$f":"AL43+1","v":5361},5362,null,5370,5371,{"$f":"AQ43+1","v":5372},null,{"$f":"AS44","v":5473},{"$f":"AS45","v":5573},{"$f":"AS46","v":5673},{"$f":"AS47","v":5773}]
["-","-","In2P3 (France)",null,5410,5411,5412,5413,5414,null,5420,5421,5422,5423,5424,5425,5426,5427,null,5430,5431,5432,5433,5434,5435,null,5440,5441,5442,5443,null,5450,5451,5452,5453,5454,null,5460,{"$f":"AL44+1","v":5461},5462,null,5470,5471,{"$f":"AQ44+1","v":5472},{"$f":"AR44+1","v":5473},null,{"$f":"AT45","v":5574},{"$f":"AT46","v":5674},{"$f":"AT47","v":5774}]
["-","-","INFN (Italy)",null,5510,5511,5512,5513,5514,null,5520,5521,5522,5523,5524,5525,5526,5527,null,5530,5531,5532,5533,5534,5535,null,5540,5541,5542,5543,null,5550,5551,5552,5553,5554,null,5560,{"$f":"AL45+1","v":5561},5562,null,5570,5571,{"$f":"AQ45+1","v":5572},{"$f":"AR45+1","v":5573},{"$f":"AS45+1","v":5574},null,{"$f":"AU46","v":5675},{"$f":"AU47","v":5775}]
["-","-","UKRI-STFC (UK)",null,5610,5611,5612,5613,5614,null,5620,5621,5622,5623,5624,5625,5626,5627,null,5630,5631,5632,5633,5634,5635,null,5640,5641,5642,5643,null,5650,5651,5652,5653,5654,null,5660,{"$f":"AL46+1","v":5661},5662,null,5670,5671,{"$f":"AQ46+1","v":5672},{"$f":"AR46+1","v":5673},{"$f":"AS46+1","v":5674},{"$f":"AT46+1","v":5675},null,{"$f":"AV47","v":5776}]
["-","-","WUST (Poland)",null,5710,5711,5712,5713,5714,null,5720,5721,5722,5723,5724,5725,5726,5727,null,5730,5731,5732,5733,5734,5735,null,5740,5741,5742,5743,null,5750,5751,5752,5753,5754,null,5760,{"$f":"AL47+1","v":5761},5762,null,5770,5771,{"$f":"AQ47+1","v":5772},{"$f":"AR47+1","v":5773},{"$f":"AS47+1","v":5774},{"$f":"AT47+1","v":5775},{"$f":"AU47+1","v":5776}]

{"sheet":"Heat Map","index":4,"n_rows":49,"n_cols":51,"rows_kept":49,"cut":false,"hidden":false,"merged":[[0,0,0,35]]}
["Heat Map - Lists running totals of all System A to System B Interfaces (Note, does not list Integrator contributions)"]
["Level","WBS","System","SRF & Cryogenic Systems","Half Wave Resonator CM (HWR)","Single Spoke Resonator CM (SSR)","650 MHz CryoModules (650MHz)","Cryogenic Plant (CP)","Cryogenic Distribution System (CDS)","Accelerator System","High Power RF and RF Distribution (HPRF)","Low Level Radio Frequency (LLRF)","Magnets and Power Supplies (MagPS)","Vacuum (Vac)","Controls (Cntrl)","Safety Systems (SS)","Beam Instrumentation (BI)","Machine Protection System (MPS)","Linac Installation & Commissioning","Warm Front End (WFE)","Test Infrastructure (TI)","Building Infrastructure (BldgI)","Linac Installation (LI)","Linac Commissioning (Comm)","Accelerator Physics (AP)","Accelerator Complex Upgrades","Booster (BSTR)","Main Injector and Recycler Ring (MIRR)","Transfer Line and Beam Absorber (TLBA)","Beam Transfer Line Installation (BTLI)","Conventional Facilities","Site Preparation (SitePrep)","Cryoplant Building (CryoB)","Utility Plant Building (UtilB)","Linac Complex (Cmplx)","Booster Connection (BstrC)","Fermilab External Interfaces","Booster Ring","Main Injector Ring","Main Ring","Partner Interfaces","RRCAT (DAE India)","BARC (DAE India)","VECC (DAE India)","CEA (France)","In2P3 (France)","INFN (Italy)","UKRI-STFC (UK)","WUST (Poland)","L3's with Integrator Scope"]
["L2",121.2,"SRF & Cryogenic Systems",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"SRF & Cryogenic Systems"]
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["L3","121.2.03","Single Spoke Resonator CM (SSR)",null,{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!E4)","v":0},null,{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!G4)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!H4)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!I4)","v":5},null,{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!K4)","v":4},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!L4)","v":5},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!M4)","v":1},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!N4)","v":3},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!O4)","v":3},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!P4)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!Q4)","v":1},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!R4)","v":0},null,{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!T4)","v":1},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!U4)","v":3},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!V4)","v":4},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!W4)","v":4},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!X4)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!Y4)","v":1},null,{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AA4)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AB4)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AC4)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AD4)","v":0},null,{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AF4)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AG4)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AH4)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AI4)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AJ4)","v":0},null,{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AL4)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AM4)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AN4)","v":0},null,{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AP4)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AQ4)","v":4},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AR4)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AS4)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AT4)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AU4)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AV4)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AW4)","v":0},{"$f":"COUNTIFS('Master ICD'!$L$9:$L$1016,\"*121.2.03*\")","v":5},"Single Spoke Resonator CM (SSR)"]
["L3","121.2.04","650 MHz CryoModules (650MHz)",null,{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!E5)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!F5)","v":0},null,{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!H5)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!I5)","v":7},null,{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!K5)","v":5},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!L5)","v":6},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!M5)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!N5)","v":3},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!O5)","v":3},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!P5)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!Q5)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!R5)","v":0},null,{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!T5)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!U5)","v":1},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!V5)","v":4},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!W5)","v":4},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!X5)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!Y5)","v":1},null,{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AA5)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AB5)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AC5)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AD5)","v":0},null,{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AF5)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AG5)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AH5)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AI5)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AJ5)","v":0},null,{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AL5)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AM5)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AN5)","v":0},null,{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AP5)","v":8},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AQ5)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AR5)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AS5)","v":1},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AT5)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AU5)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AV5)","v":6},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AW5)","v":0},{"$f":"COUNTIFS('Master ICD'!$L$9:$L$1016,\"*121.2.04*\")","v":3},"650 MHz CryoModules (650MHz)"]
["L3","121.2.05","Cryogenic Plant (CP)",null,{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!E6)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!F6)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!G6)","v":0},null,{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!I6)","v":3},null,{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!K6)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!L6)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!M6)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!N6)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!O6)","v":1},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!P6)","v":1},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!Q6)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!R6)","v":0},null,{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!T6)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!U6)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!V6)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!W6)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!X6)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!Y6)","v":0},null,{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AA6)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AB6)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AC6)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AD6)","v":0},null,{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AF6)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AG6)","v":9},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AH6)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AI6)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AJ6)","v":0},null,{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AL6)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AM6)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AN6)","v":0},null,{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AP6)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AQ6)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AR6)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AS6)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AT6)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AU6)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AV6)","v":0},{"$f":"COUNTIFS('Master ICD'!$A$9:$A$1016,'ID Matrix'!AW6)","v":0},{"$f":"COUNTIFS('Master ICD'!$L$9:$L$1016,\"*121.2.05*\")","v":15},"Cryogenic Plant (CP)"]
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[]
[null,"Level","WBS","System Name","System Abbreviation","WBS + System","Search Criteria"]
[null,null,null,null,null,"-","*",null,"Verification Methods"]
[null,"L3","121.2.02","Half Wave Resonator CM (HWR)","HWR",{"$f":"CONCATENATE(C4,\" \",E4)","v":"121.2.02 HWR"},"*121.2.02 HWR*",null,"Inspection"]
[null,"L3","121.2.03","Single Spoke Resonator CM (SSR)","SSR","121.2.03 SSR","*121.2.03 SSR*",null,"Demonstration"]
[null,"L3","121.2.04","650 MHz CryoModules (650MHz)","650MHz","121.2.04 650MHz","*121.2.04 650MHz*",null,"Measurement"]
[null,"L3","121.2.05","Cryogenic Plant (CP)","CP","121.2.05 CP","*121.2.05 CP*",null,"Analysis"]
[null,"L3","121.2.06","Cryogenic Distribution System (CDS)","CDS","121.2.06 CDS","*121.2.06 CDS*"]
[null,"L3","121.3.03","High Power Radio Frequency and RF Distribution (HPRF)","HPRF","121.3.03 HPRF","*121.3.03 HPRF*"]
[null,"L3","121.3.04","Low Level Radio Frequency (LLRF)","LLRF","121.3.04 LLRF","*121.3.04 LLRF*"]
[null,"L3","121.3.05","Magnets and Power Supplies (MagPS)","MagPS","121.3.05 MagPS","*121.3.05 MagPS*"]
[null,"L3","121.3.06","Vacuum (Vac)","Vac","121.3.06 Vac","*121.3.06 Vac*"]
[null,"L3","121.3.07","Controls (Cntrl)","Cntrl","121.3.07 Cntrl","*121.3.07 Cntrl*"]
[null,"L3","121.3.08","Safety Systems (SS)","SS","121.3.08 SS","*121.3.08 SS*"]
[null,"L3","121.3.09","Beam Instrumentation (BI)","BI","121.3.09 BI","*121.3.09 BI*"]
[null,"L3","121.3.02","Machine Protection System (MPS)","MPS","121.3.02 MPS","*121.3.02 MPS*"]
[null,"L3","121.4.02","Warm Front End (WFE)","WFE","121.4.02 WFE","*121.4.02 WFE*"]
[null,"L2","121.4.03","Test Infrastructure (TI)","TI","121.4.03 TI","*121.4.03 TI*"]
[null,"L3","121.4.04","Building Infrastructure (BldgI)","BldgI","121.4.04 BldgI","*121.4.04 BldgI*"]
[null,"L3","121.4.05","Linac Installation (LI)","LI","121.4.05 LI","*121.4.05 LI*"]
[null,"L3","121.4.06","Linac Commissioning (Comm)","Comm","121.4.06 Comm","*121.4.06 Comm*"]
[null,"L3","121.4.07","Accelerator Physics (AP)","AP","121.4.07 AP","*121.4.07 AP*"]
[null,"L3","121.5.04","Booster (BSTR)","BSTR","121.5.04 BSTR","*121.5.04 BSTR*"]
[null,"L3","121.5.05","Main Injector and Recycler Ring (MIRR)","MIRR","121.5.05 MIRR","*121.5.05 MIRR*"]
[null,"L3","121.5.02","Transfer Line and Beam Absorber (TLBA)","TLBA","121.5.02 TLBA","*121.5.02 TLBA*"]
[null,"L3","121.5.03","Beam Transfer Line Installation (BTLI)","BTLI","121.5.03 BTLI","*121.5.03 BTLI*"]
[null,"L3","121.6.02","Site Preparation (SitePrep)","SitePrep","121.6.02 SitePrep","*121.6.02 SitePrep*"]
[null,"L3","121.6.03","Cryoplant Building (CryoB)","CryoB","121.6.03 CryoB","*121.6.03 CryoB*"]
[null,"L3","121.6.04","Utility Plant Building (UtilB)","UtilB","121.6.04 UtilB","*121.6.04 UtilB*"]
[null,"L3","121.6.05","Linac Complex (Cmplx)","Cmplx","121.6.05 Cmplx","*121.6.05 Cmplx*"]
[null,"L3","121.6.06","Booster Connection (BstrC)","BstrC","121.6.06 BstrC","*121.6.06 BstrC*"]
[null,"-","-","Booster Ring (External Interface)","BstrRing (External)","BstrRing (External)","*BstrRing (External)*"]
[null,"-","-","Main Injector Ring (External Interface)","MIRing (External)","MIRing (External)","*MIRing (External)*"]
[null,"-","-","Main Ring (External Interface)","MainRing (External)","MainRing (External)","*MainRing (External)*"]
[null,"-","-","RRCAT (Partner)","RRCAT (Partner)","RRCAT (Partner)","*RRCAT (Partner)*"]
[null,"-","-","BARC (Partner)","BARC (Partner)","BARC (Partner)","*BARC (Partner)*"]
[null,"-","-","VECC (Partner)","VECC (Partner)","VECC (Partner)","*VECC (Partner)*"]
[null,"-","-","CEA (Partner)","CEA (Partner)","CEA (Partner)","*CEA (Partner)*"]
[null,"-","-","In2P3 (Partner)","In2P3 (Partner)","In2P3 (Partner)","*In2P3 (Partner)*"]
[null,"-","-","INFN (Partner)","INFN (Partner)","INFN (Partner)","*INFN (Partner)*"]
[null,"-","-","UKRI-STFC (Partner)","UKRI-STFC (Partner)","UKRI-STFC (Partner)","*UKRI-STFC (Partner)*"]