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Status and Outlook of the RPC Commissioning. Marcello Maggi/INFN-Bari. Event dump. Cond DB. GAS Close Loop. GAS Distribution System. X-DAQ. Trigger DCS. Patch Panels. Final Cabling. LV Easy Crate System. Trigger. Chamber DCS. T,Thrs. Sorter. RPC. LBB. HV
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Status and Outlook of theRPC Commissioning Marcello Maggi/INFN-Bari
Event dump Cond DB GAS Close Loop GAS Distribution System X-DAQ Trigger DCS Patch Panels Final Cabling LV Easy Crate System Trigger Chamber DCS T,Thrs Sorter RPC LBB HV Easy Crate System TBC RBC Conf DB DCC Technical Trigger X-DAQ THE RPC TRIGGER SYSTEM
Event dump GAS Close Loop?? GAS Simple System X-DAQ Patch Panels Prelim. Trigger DCS On-flight Cabling LV SY1527 System Prelim. Chamber DCS T,Thrs Sorter RPC LBB HV SY1527 System TBC HzMeter Conf DB DCC noise X-DAQ SECTOR COMMISSIONING
Status of RPC Commissioning • W+2 Completed(except horiz. Sectors) • W+1 Completed(except horiz. Sectors) • W0 Sector 4 and 5 to completion Sector Test are done before final cabling RPC BARREL
Status of RPC Commissioning • RE+3 pre-commissioned • RE+2 pre-commissioned • RE+1 pre-commissioned • RE-1/2 pre-commissioned Missing Front-End functional and read-out test and cooling test. Few gas leakages to be fix and understood Commissioning needs a clear resource allocation and commitments RPC ENDCAP
Event dump Cond DB GAS Distribution System X-DAQ Trigger DCS Patch Panels Final Cabling LV Easy Crate System Chamber DCS T,Thrs RPC LBB Trigger HV Easy Crate System TBC RBC Conf DB DCC Technical Trigger X-DAQ TOWER TEST
Tower Test new On going Tower Test on Near Side Half Wheel +1 Step 1) Cabling:connectivity,CCU chain Step 2) LV up:grounding and functionalities Step 3) HV up:stability Step 4) Data Acquisition:performance, full chain Use of the MTCC set-up in Green and Balcony Barracks
10 Ottobre Entries 30712 Mean 0.3705 RMS 5.125 OF 0 B=3.8T Th=220mV 19 Ottobre Entries 30712 Mean 16.37 RMS 88.58 OF 769 B=3.8T Th=205mV B=0T Th=220mV 29 Ottobre Entries 30712 Mean 0.514 RMS 11.1 OF 119 MTCC preliminary results Noise stable during entire period NOISE
HV = 8.5 kV HV = 9.0 kV HV = 9.2 kV HV = 9.4 kV HV = 9.6 kV MTCC preliminary results DT Segment extrapolation to RPC EFFICIENCY
Studied RPC 3 MTCC preliminary results Start using stand-alone RPC reconstruction RESIDUALS
Use of RPC MTCC results Dedicated Cosmics MC production Comparison Data Vs MC Improve the model of the simulation RPC Trigger and Reconstruction performance with realistic simulation
VME Crate LBBox LBBox LBBox LBBox LBBox LBBox TTU RBC RBC RBC RBC RBC RBC LBBox LBBox LBBox LBBox LBBox LBBox TTU TTU TTU TTU RPC Technical Trigger Commissioned USC area UXC area 1 RBC/ 2 sectors Fiber Receiving panel Barrel Wheel 10 Optical Ribbons 1 Optical Ribbon/Half wheel In preparation
DQM 3 Modules developed Digiused tested on FF Efficiency Barrel done Sync Specific Trigger Studies
DCS HV/LV Data stored on and retrieved from OnlineDB Important for off-line RPC performance analyses HV components sensitive to temperature to be understood
GAS SYSTEM • Prototype Closed Loop under test at ISR Many results to report, and to understand • New-Binos stability feature “cured” • On going Commissioning of Distributors • Gas Gain Monitor to be set-up
Conclusion • Clear set of performance benchmark • Sector Test on Barrel going smoothly • Tower Test ala MTCC in preparation now • Time to devote more effort on SW • Few items to follow up closely