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ATLAS Tile Calorimeter WBS 3.4

ATLAS Tile Calorimeter WBS 3.4. Larry Price ANL. M&O Status and Plans Toronto August 3, 2005. Construction Project (Installation). Installation Schedule in Pit. Barrel March-December 2004 EBC: August-November 2005 (Oct-Nov) EBA: December-March 2006 (Dec-Jan).

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ATLAS Tile Calorimeter WBS 3.4

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  1. ATLAS Tile CalorimeterWBS 3.4 Larry Price ANL M&O Status and Plans TorontoAugust 3, 2005

  2. Construction Project (Installation)

  3. Installation Schedule in Pit • Barrel March-December 2004 • EBC: August-November 2005 (Oct-Nov) • EBA: December-March 2006 (Dec-Jan)

  4. Assembly/commissioning schedule (Version 7, still official) • Comments: • -Probable 4 weeks delay on LB movement (not official)=> delay EB assembly+LB commissioning • EC toroid A that follows EBA assembly is not available in time. • When EB is pushed inside toroid for ID installation or solenoid magnetic field test, the dist LB-EB~ 4m and minivan-scaffolding still in place =>can access EB/B fingers (to be looked in more detail).

  5. Schedule for barrel Commissioning phase 1 active Tile WPs ( based on V7 schedule) 20 June05 This table does not taken into account that unofficially (most probably) the start of commissioning by sectors planned for 7 Sept-15Nov05 will be delayed by 3-4 weeks due to delay of the toroid installation/barrel movement

  6. Schedule for barrel Commissioning phase 1 non active Tile WPs (20 June 05) page 2

  7. Schedule for barrel Commissioning phase 1 non active Tile WPs (20 June 05) page 3

  8. TileCal Front-End Electronics Repairs on HF Truck Sept-Oct 04 -Tests on: TTC, CANbus, HV, laser fibres via LED, BCID @ 100 kHz L1A, readout noise, … - Replaced failing components - Will continue in Jan-Feb when OPAL cradle will be removed

  9. WP 4.1: In situ FE electronics certification with Mobidick (status in June05; Claudio,Fabrice) • Remaining tasks for z=0 (before starting commissioning, no access now): • 14 Super Drawers to be repaired ( 7 out of 64 modules) • 2 SD to be inserted • Repair/certify FE in cases of failures are found with MobiDAQ • Finish this week last 4 modules certification (without fingers) • Next step in July+Aug (Nikos): perform FE stability tests in all modules using MobiDAQ +temporary cables (~ 8 SD running ~ 3 days with portable cooling).

  10. WP4.2: FE tests with MOBIDAQ (Gerolf,Iacopo,Amir,Oleg,Giorgi,Andrea) (8 drawers at the time from USA15+temporarly cables/fibres) MobiDAQ • MOBIDAQ in pit for many weeks and working in stable mode for a few days. • Still need to include LED test to send light to PMTs (will replace laser system for fibres QC) Cosmic receiver setup PC (MobiDAQ interface)

  11. Cosmic rays expert week 20-28 June (Richard et al.) 8 superdrawers (2 top +2 bottom modules) 8 sets of temporary cables (TTC/GLINK, CANbus, trigger, laser/LED) 8 temporary LVPS 2 temporary cooling units MobiDAQ in USA15 2 Coincidence boards (Chicago) Details:http://agenda.cern.ch/askArchive.php?base=agenda&categ=a053788&id=a053788s1t6%2Ftransparencies%2FTEUSCHER_Cosmic_Ray_Expert_Week_Summary_June_2005.ppt

  12. Event with Back-to-Back Trigger

  13. Next expert weeks/integration runs: • July ’05: ROD Expert week in USA15 • Read out 8 superdrawers with final ROD Motherboard • Debug DAQ/ROD • Dec ’05/Jan ‘06: Begin cosmic-ray running on barrel • Following installation of final services and Low Voltage PS at z=0 • Up to 12 top + 12 bottom modules • 2006: Continue periodic runs until global ATLAS cosmic run in March ‘07 • Integrate with LAr barrel after cool-down (~April ‘06) • Repeat with TileCal EBA / EBC / HEC / FCAL when ready in ‘06

  14. Summary or dates as understood on June 27th (based on v7).

  15. MBTS counters 2 segments in h; inner segment covers pixel detectors

  16. Principal US M&O Work in 2005 • Validation, calibration, and repair of modules and electronics • Adjustments and modifications to accommodate adjacent systems, e.g., LAr and Cryostat • Establishment of test/repair facility • Work with TC on services validation • Cosmic Ray Commissioning • Cosmic ray trigger system • “First ATLAS Data from the underground area” • Performance monitoring and calibration software development • Setup for cosmic ray commissioning and performance measurement • Vapor shields for central and forward cryostats • MBTS Scintillators • Validation and testing of LVPS • Initial integration with TDAQ and extensive exercise of interfaces (MobiDAQ) • Establishment of conditions and other databases • Design and prototyping of MBTS Counters

  17. Plans for US M&O Work in 2006 • Complete MBTS Counters • Barrel integration with TDAQ + DCS and extensive exercise of interfaces • Barrel commissioning • Locally by sectors • Cosmics with TDAQ readout • EB Commissioning (as above) • Final mechanical and light integrity validation of EBA modules before installation in pit • Software development • Complete initial calibration, diagnostic, and status reporting software • Database development • Establish and exercise the procedure for regular diagnostics and calibrations • Validation and testing of LVPS • Identify and carry out needed electronics repairs • Completion of test/repair facility • Understand calorimeter performance and integrate with LAr and physics studies

  18. FY 2006 Budget

  19. Issues • Completion of LVPS • Congestion in the pit • Tile Extended Barrel assembly • Muon Barrel assembly • Tile Barrel commissioning • Will need probably to work in 2 shifts/day in Sept->Dec with several teams working in parallel. • Consequently need: • Big teams of physicists/tech/eng. at CERN during second half 2005 and first half of 2006. • Commission each Tile sub-system in standalone as much as possible before end August in USA15/UX15 with temporary cables • Good coordination within Tile sub-systems and with other ATLAS systems (through TC). TC

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