4-Hybrid Thermal Test System Status

1
4-Hybrid Thermal Test System Status
27 May Sam Burke UCSB HEP Group
2
Progress

• Checkout of Coolie box
• Communication channel working (see script)
• Responses from Digital Temp sensors
• New power transformer pc card work
• New Coolie box panel in shop for rebuild
• Equipment Rack set up in Clean Room
• Thermoelectric Element received (300 watts)

3
Progress

• System Interconnect Design Effort
• ordered npt bulkhead stuffing tubes
• ordered cables and connectors
• work on overall electrical schematic

4
Equipment Rack

• NIM Crate
• ARC P/S
• 
  ARC Controllers
• 
  Collie Controller
• ARC P/S
• Peltier P/S
• 
  Relay Interface
• N2/Water Manafold

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Current Needs

• Water manafold design (1L/m)
• closed loop with chilled water (400w)
• Dry air manifold design (.02L/m 0.2L/m)
• dry air or Nitrogen? If N then bottles or gen?
• NIM Crate (pulse gen, nim-ttl-nim, nim or)

6
Current Needs

• Dedicated PC setup with bar code reader, serial
  port, 2 PCI slots for Aachen modules
• Plumbing (airwater) design
• ASC Rep contacted to visit UCSB re valves

7
Future Plans

• Design Miniature Temp Sensor PC Card
• Install LabView on PC and test CERN code
• Design Solenoid valve Interface (Dean)
• Complete Tests on Coolie Box
• trouble shoot bad relay control board
• install new power transformer

8
Future Plans

• Make up MC Project Schedule
• Draw up complete system schematic
• Start design of electric valve controller
  interface
• Complete design of cold chamber (Hale)