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HV and LV systems status for Magnet Test S. Braibant, P. Giacomelli, M. Giunta

09/02/2006 Muon week. HV and LV systems status for Magnet Test S. Braibant, P. Giacomelli, M. Giunta. DT setup for Magnet test. Subsystems centrally controlled HV LV Minicrates (DAQ and trigger) RunControl. Magnet test and cosmic challenge .

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HV and LV systems status for Magnet Test S. Braibant, P. Giacomelli, M. Giunta

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  1. 09/02/2006 Muon week HV and LV systems statusfor Magnet Test S. Braibant, P. Giacomelli, M. Giunta

  2. DT setup for Magnet test Subsystems centrally controlled HV LV Minicrates (DAQ and trigger) RunControl HV, LV systems status for Magnet Test

  3. Magnet test and cosmic challenge • We plan to have 3 DT sectors in 2 wheels (YB+2 and YB+1) ~ total of 14 DTs. • HV needs: • 1 SY1527, 5 A876 and 14 A877. We are ready to use a version of HV DCS which is completely integrated with the DCS of CMS (done in January 2005). This version uses FSM and Configuration and Condition DBs. We can access our data also from Oracle with ROOT. • LV Needs: • 2 A3486, 1 A1676A, 5 A3009, 8 A3050, 2 A3100. We just received part of this material and have developed the PVSS control project for this EASY equipment. HV, LV systems status for Magnet Test

  4. Wires0 Wires1 OutputChannels (Set V0, i0…) HV LAYER1 Global HV+ Strips HV PHI1 Cathodes Global HV- LV HV THETA MacroChannels (Set ON/OFF, RuP,…) HV PHI2 A876 A877  powers 1 DT HV Hardware setup HV, LV systems status for Magnet Test

  5. HV Magnet Test YB+1 HV +,- (x5) Counting room LV (x5) 1 Kerpen SY1527 A877 A877 A877 A877 A877 Patch panel A876 A876 A876 A876 A876 5 A876 Comm. (x2) 1 LV Novacavi 5 A877 HV- HV+ LV 1 Comm. Novacavi Comm. YB+2 HV +,- (x9) A877 Comm. (x3) Patch panel Patch panel A877 A877 A877 A877 A877 A877 A877 A877 1 Comm. Novacavi 1 Kerpen 2 LV Novacavi 1 A876 = 1 Comm. 4 LV 4 HV+ 4 HV- LV (x9) 9 A877 HV, LV systems status for Magnet Test

  6. LV Magnet Test (solution 1a) Counting room Comm. Comm. EASY 3000 A3486 A1532 A1676 Serv. Serv. CH0 48 V Power Comm. 48V Comm. EASY 3000 IN OUT Serv. Serv. A3486 CH0 CH1 EASY 3000 IN Comm. Patch panel ? Serv. 48 V Power HV, LV systems status for Magnet Test

  7. LV Magnet Test (solution 1b) Counting room Comm. Comm. EASY 3000 A3486 A1532 A1676 Serv. Serv. CH0 48 V Power Comm. 48V Comm. EASY 3000 IN OUT Serv. Serv. A3486 CH0 CH1 EASY 3000 IN Comm. Patch panel ? Serv. 48 V Power HV, LV systems status for Magnet Test

  8. HV Sector Test HV+ x 4 HV- x 4 4 A877 A876 A877 A877 A877 A877 SY1527 LVx 4 Comm. 1 A876 = 1 Comm. 4 LV 4 HV+ 4 HV- HV, LV systems status for Magnet Test

  9. LV Sector Test LV Rack 48 V Serv. (cable missing) A1676 48 V Serv. SY1527 Comm. EASY 3000 Comm. (flat 50 pins) (cable missing) A3486 48 V Power A1676 can be housed in the same SY1527 also used for the A876 (HV) HV, LV systems status for Magnet Test

  10. HV hardware SY1527 1 A876 5 A877 14 Crates 3 HV cables Patch panels Counting room 2 Patch panels Wheels 2 Kerpen cables ~ 100 m 2 Novacavi LV cables ~ 100 m 3 Novacavi communication cables 2 Cables in counting room HV cables(SHV connectors) ~ 2 m 28 LV cables ~ 2 m 14 Communication cables ~ 2 m 5 Cables on wheels HV cables (SHV connectors) ? m28 LV cables ? m 14 Communication cables ? m 5 Communication cables ~ 10 cm 9 HV, LV systems status for Magnet Test

  11. LV hardware SY1527 1 A1676A 1-2 A3486 2-3 EASY 3000 3 A3009 5 A3050 8 A3100 2 Now Missing A1676 1 A3486 1-2 Easy 3000 1 A3009 4 A3050 6 A3100 2 LV Cables Communication Cables SCEM 04.22.22.750.9 ~ 100 m 2 Cables SCEM 04.22.22.750.9 ~ 2-3 m 2-3 48V Service Cables (connectors PP75 -> PP45) ~ 100 m 2 Cable (banana plug -> PP45) ~ 3 m 1 Cables (connectors PP45 -> PP45) ~ 2-3 m 3 48V Power Cables (connectors PP75 -> PP75) ~ 2-3 m 3 HV, LV systems status for Magnet Test

  12. Magnet test and cosmic challenge • We want to test the complete HV chain using the final Kerpen and Novacavi cables, and the patch panels which connect the A876 boards located in the control room to the A877 boards located in the racks on the detector balconies. We have to prepare the cables (material is available) and the patch panels. Will use 2 rack mounted PCs: 1 for the HV control and one for the DT supervisor and the LV control. HV, LV systems status for Magnet Test

  13. Some slides from PVSS HV control software running at SX5 control room HV, LV systems status for Magnet Test

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  19. Conclusions • For the magnet test we plan to power a total of 14 DTs in sector 10 of wheel YB+1 and sectors 10 and 11 of wheel YB+2. • The HV system used will be the final one manufactured by CAEN. PVSS project with FSM integrated with the central CMS DCS will be available for both HV and LV systems.First prototype PVSS project already running at SX5. • We are missing some EASY modules. We did not order 1 A3009 and 1 A3050. • Want to use final cables, patch panels, etc. which so far we are missing for both HV and LV. HV, LV systems status for Magnet Test

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