Installation and Integration/ActionItems
Revision as of 12:57, 27 October 2016 by RoxanneGuenette (talk | contribs) (→Plan for the work flow)
Action Items for the Installation and Integration group
1. Cryostat design
TCO interface
- List of the components using the TCO
- -> Where is the info?
- -> Who?
- Space inside needed to close the TCO
- TCO dimensions
Roof penetration locations
- Detector support structure interference
- -> Jack
- Instrumentation feedthrus
- HV feed thru
- Detector readout feed thru
Cable routing to the feedthroughs
There are two options for reading out the lower APA:
- Either the cables are routed up through the upper APA
- Along the floor and up the wall.
The floor option changes the number and location of the feedthrus. There are also grounding implications.
- Prototyping could be useful (trial at Ash River? The APA frame will get there between 7th-14th)
- The info is from Lee
- -> Jim will set up a meeting with Roxanne/Marvin/Ron and Matt/Lee and Dave from photon to start the discussion
- ->Need this around Xmass for final decision in mid-January
Floor loading
The floor loading will probably be defined by the areal lift needed to reach the roof. A draft of the installation proceed needs revised and then the equipment at each step listed.
Main Steps are:
Installation of the detector support structure Installation of cryogenic piping, Detector installation.
I added info on the areal lift on the installation page.
- -> Where is the info?
- -> Who?
2. Underground space
Plan for the work flow
Understand the test required on the APA
- -> Where is the info?
- -> Who?
Ross Cage Design
Bill's proposal: docdb entry
- -> Bill
Random information and questions
- If we make the cage tall enough to fit the APA crate inside, the excavation equipment for CF may not fit inside because the cage reduces maximum width by ~4” (100 mm) as compared to a slung load
- Making the cage taller also makes it heavier, reducing the weight capacity for both slung and cage loads
- Can we do to the Yates shaft for some items? Boundary conditions.