July 8 ArgonCube2x2 Installation Design

US/Central
SiDet-LabAB (Fermilab)

SiDet-LabAB

Fermilab

Ting Miao (FNAL)

Minutes and Action List of July 8 2018 ArgonCube2x2 Instalaltion Meeting

  • Attendance: Jim,John,Gary,Sai, Ming Jeong and Ting
  • Jim, Gary and Ming's presentation on Minerva module placement and AgonCube2x2 layout -- Slides linked in the indico page
    • Minerva module attaches to strong back with clips (4 on top and 4 on bottom)
    • Locations of those clips define the placement of module on the strong back and also the limitation of minimum height of modules to the floor
    • After a module moves into position, axial bolts are used to attach new module to the previous installed modules
      • Those bolts are also serving as "alignment pins" to ensure the module in vertical by controlling gaps between modules
        • First module needs survey's help for alignment
        • Like to get as-build survey from Virgil to understand the procedure better
      • it is also possible to generate gaps between 4-module groups for electronics installation convenience (if needed)
    • Gary's 3d layout has argonCube2x2 closer to the curved edge of MINOS open shaft -- need to move it to be closer to the flat edge and away from utility pipes
      • In the shaft model, it is useful to add utility boxes which located way below the top surface (probably at middle height of the shaft )
        • Some of the utility boxes extends out more than the ones on the top surface
        • NOvA days we notice them as surprises
    • Initial placement of argonCube2x2 at downstream end of MINOS hall
      • center along beam line
      • ~24" above floor
      • 24" is likely the highest we want to go with 2x2 if we want to do TPC module extraction and insertion
        • The crane height in MINOS is about 275.7" (7m) from the 3d model and from as-build measurement
        •  The crane is taller than the 22'  we got from MINOS TDR (good news!)
      • To be conservative, we might still want to lower the 2x2 to be even more to leave more working room
        • The TPC design is not really completed yet and potentially there is more height requirement for HV feedthrough or other utilities pipes on top of TPC module flange
        • It is easy to find block with 18" height so we do not need to design additional support frame
    • There is a scheme to modify the strong back in order to place the Minerva module closer to floor
      • Still needs 2" above floor to disengage strong back frame after installation
      • Overall, the minimum height of 4"-5" is needed between Minerva module and floor
      • Want have more detail next time (we run out of time to discuss the last slide in detail)
  • Action list:
    • Gary to map out  space needed to install temporary support rails in upstream area of MINOS hall for recycled Minerva modules
    • Gary to refine Minerva modules layout for the argonCube2x2 configuration:
      • Upstream: 12 tracker Minerva modules
      • Downstream:  10 tracker modules + 10 ECal modules + 4 HCal modules
    • Min Jeong and Sai to define gaps needed between 2x2 and Minerva module and also desired cryogenic equipment location if available
    • John and Jim to compile MINERVA installation procedures and JHAs for safety review etc
    • We will contact neutrino division safety officer Angela Aparicio for guidance on safety review process
    • Next meeting is July 22,2019
 
There are minutes attached to this event. Show them.
    • 10:00 10:10
      Progress and Status of Action List 10m
      Speakers: Gary Smith (Fermilab), Mr James Kilmer (Fermilab), John Voirin (Fermilab), Dr Min Kim (Fermilab), Sai Manohari Kancharla, Dr Stephen Hahn (FNAL), Ting Miao (FNAL)
      Slides
    • 10:10 10:40
      Minerva Module Placement Steps and Tooling Modifications 30m
      Speaker: Mr James Kilmer (Fermilab)
      Slides
    • 10:40 11:00
      Progress of 3d Model Integration of ArgonCube2x2 and MINOS Hall 20m
      Speakers: Gary Smith (FNAL), Dr Min Kim (Fermilab)