Phobos
Detector and Infrastructure Installation Schedule
One year and counting...
November 1998
• Magnet delivered to AGS to be assembled, wired with sensors and tested briefly.
• Si module support structures (octagon, 1 spectrometer arm, and 1 ring counter) arrive at UIC and MIT.
• Detector rail system assembly starts at MIT.
• Counting house and its utilities complete.
• Water-cooled bus installation.
December 1998
• Magnet installed and hooked up at RHIC.
• Cooling water system and power supply complete.
• Setup for magnet mapping begins.
• Detector rail assembly at MIT completed.
• Cable tray in ports and outside berm complete.
• Electronics room racks installed and floor/wall cable penetrations finished.
January 1999
• Magnet mapping completed.
• Concrete block installation.
• Module support structures arrive at BNL.
• Si module delivery to BNL begins.
• Test and certify personnel safety (interlock) system.
• Octagon/vertex module assembly complete.
• Dirty power in tunnel complete.
• Clean power distribution in counting house complete.
Note ODH hazard training required!
February 1999
• Install barrier fences and cranes
• Cable tray system inside tunnel completed.
• Beam pipe protection system installed.
• Clean power distribution along beam line completed.
• Study installation of octagon and spectrometer rail systems.
• Detector water cooling system arrives at BNL.
• Thermal shields delivered and installed on magnet pole tips.
• Detector enclosure mechanical structures installed.
• Install dummy beam pipe.
• Install shield wall outside main entrance.
• Fabrication of tooling for mounting modules on cooling frames.
• Design of tooling for mounting cooling frames on plate and transporting assembled plate.
• Counting house trigger electronics installed and cabled.
• High-eta trigger counters possibly installed.
March 1999
• Tunnel area closed for machine work.
• Spectrometer arm assembly and surveying procedures tested.
• Staging area (small tent) installed in utility building.
• DAQ fully installed in counting house.
• Full electronics system moved to BNL.
• Final test of Si
ÆFECÆDMUÆDAQ in counting house.• Tunnel trigger electronics installed in counting house and cabled.
• Full trigger chain established through spooled cables.
• Testing of trigger electronics, including DAQ communication.
• Remaining parts for cooling system delivered (with exception of thermal shield manifolding).
• Testing of slow controls system in counting house.
• Be beam pipe arrives at BNL.
April 1999
• Bake-out of dummy beam pipe(?).
• Second specrometer arm and remaining ring counters delivered to BNL.
• Installation of slow controls system in tunnel.
• Full rail, support structure, cooling system, and detector enclosure installation (first without Si).
• Mount and align ring counter stands.
• Final mount and alignment of octagon rail system on concrete blocks.
• Installation and adjustment of octagon module support structure.
• Mount manifolding and plumbing of water cooling system.
• Final mount and alignment of spectrometer rail systems on concrete blocks.
• Installation of spectrometer arm supports (fixed and sliding).
• Installation and alignment of spectrometer arm.
• Connection and commissioning of water cooling system for octagon and spectrometer.
• Begin installation of trigger detectors and trigger cable pulling.
• Trigger electronics moved to tunnel.
• Begin installation of TOF and TOF cable pulling.
• Installation of DMU system and connection to DAQ.
May 1999
• Final checks of flex cable routing.
• Installation of thermal shield manifolding.
• Reinstallation of the removable parts of the detector enclosure.
• Commissioning of detector enclosure air conditioning and distribution system.
• Connection and testing of the detector enclosure air conditioning and distribution system.
• Installation of Si electronics power supplies and FEC crates.
• Connection of Si electronics to DMU.
• Removal of spectrometer arms and octagon module support structure.
• Mounting of a few Si modules on octagon structure.
• Reinstallation of octagon module support structure into magnet.
• Connection of octagon Si hybrids to FEC boards.
• Full test of installed Si readout system through DAQ.
• Fabrication of tooling for mounting cooling frames on plate and transporting assembled plate.
June - July 1999
• Area closed for accelerator commissioning. Some (sacrificial?) Si modules left in octagon.
• Spectrometer module assembly for one arm complete.
• Spectrometer arm assembly and survey with full Si modules exercised.
August 1999
• Remove octagon module support structure.
• Remove any trigger counters.
• Remove dummy beam pipe.
• Install Be beam pipe.
• Bake out and vacuum test Be beam pipe.
• Mount all Si modules on octagon structure.
• Install full set of trigger counters.
• Installation of ring counters.
• Installation and hookup of ring counter FEC crates.
• Complete trigger and TOF cable pulling.
• Complete any remaining tunnel work.
September 1999
• Final installation of fully loaded octagon and spectrometer arm(s).
• Installation of ring counter enclosures.
• Final commissioning of water and air cooling systems.
October 1999
• Final tests of full detector systems.
November 1999
fi
PHYSICS!!! ‹