Difference between revisions of "June 18, 2024 KLONG CPS Design Meeting"

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(Agenda)
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*** Noise low (less than 70 db in hall, 85db in ramp near compressor)
 
*** Noise low (less than 70 db in hall, 85db in ramp near compressor)
 
*** No visible dust
 
*** No visible dust
 +
* [[media:ebed_06_18_2024.pdf | Carbon ring upstream of CPS]]
 
* Power supply status - On order, due March 2025
 
* Power supply status - On order, due March 2025
 
* Met with Survey and Alignment group and agreed on preliminary plan for alignment - will meet again as details develop
 
* Met with Survey and Alignment group and agreed on preliminary plan for alignment - will meet again as details develop

Revision as of 12:57, 18 June 2024

Meeting Time and Place

Tuesday, June 18, 2024, 1:00pm Hall D Counting House

  • Invited - Hovanes Egiyan, Stephanie Worthington, Keith Harding, Pavel Degtiarenko, Tim Whitlatch, Eugene Chudakov, Josh Ballard

Agenda

  • Review minutes from last meeting https://halldweb.jlab.org/wiki/index.php/June_04,_2024_KLONG_CPS_Design_Meeting
  • Review new basic 3D model
    • Core Section update
    • New radiation levels? Pavel
    • Copper replaced CuW inside and adjacent to magnet coils
    • Layout of magnet and components (Stephanie/Keith)
    • Demo of AeroGo system successful
      • Noise low (less than 70 db in hall, 85db in ramp near compressor)
      • No visible dust
  • Carbon ring upstream of CPS
  • Power supply status - On order, due March 2025
  • Met with Survey and Alignment group and agreed on preliminary plan for alignment - will meet again as details develop
  • Magnet update (Josh/Stephanie)
    • Radiation levels at coils 2.E+4 Gy for a 10000 hour run
    • Plan on using copper dump skid to cool magnet - is it adequate LCW?
  • Copper cooling update -
  • Lead brick painting is 10% done and all due back in September
  • DeGauss test summer 2024
  • June - items due from ERR
    • Thermal cycling of tungsten and copper write up - in work - justifying annealed copper (Tim)
    • Working on ANSYS plastic analysis and FLUENT models

Minutes