1 / 13

LV Power Supplies TB 10.5.05/L.Jirden

LV Power Supplies TB 10.5.05/L.Jirden. Open issues on the LVPS offers Assumed solutions for ALICE Input from Detectors Next steps. “MARATON”. Ethernet/OPC. “PL500/F12”. Ethernet/OPC. 230 VAC 3ph. control. 230 VAC 3ph. 6U (VME). PFC + AC/DC 6 modules. PFC AC/DC. Digital control.

candid
Download Presentation

LV Power Supplies TB 10.5.05/L.Jirden

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. LV Power SuppliesTB 10.5.05/L.Jirden • Open issues on the LVPS offers • Assumed solutions for ALICE • Input from Detectors • Next steps

  2. “MARATON” Ethernet/OPC “PL500/F12” Ethernet/OPC 230 VAC 3ph control 230 VAC 3ph 6U (VME) PFC + AC/DC 6 modules PFCAC/DC Digital control 4U 21 slots 3U Power modules 380 VDC3.5kW/mod optional water cooling 1 slot/12ch DC/DC Analog control 3U Power modules optional water cooling - Vout: remote controllable- Itrip: on individual channels - Protection: hardware crowbar promised – Wiener to precise - Vout: hardware adjustable- Itrip: on individual channels - Protection: hardware crowbar, adjustable (V) Wiener offer CR normal environment UX hostile environment Power modules 2-8V: 10A 90W/ch 12ch/crate 2-8V: 25A 200W/ch 12ch/crate 2-8V: 50A 300W/ch 12ch/crate 2-8V: 100A 600W/ch 6ch/crate 5-15V: 10A 140W/ch 12ch/crate 5-15V: 20A 300W/ch 12ch/crate

  3. Output protection for Wiener PL500/F12 • Existing protections are CPU dependent • Over Voltage protection • Over Current trip • Constant Current limitation • CPU watchdog • CPU Stop protection – independent of CPU • Proposed improvement • Voltage limitation • Pure hardware limitation independent of CPU • Limits output voltage to a user defined value fixed at factory • CPU watchdog • SEU strategy implemented • Development cost: 10kCHF • Acceptable scheme? TPC, HMPID to give opinion • Meanwhile we have assumed that an acceptable solution can be found

  4. 400VAC 3ph PFC + AC/DC Power supply 3U 380VDC 5kW Caen offer “EASY system” Ethernet/OPC A1676A Branch Contr. SY1527LC mainframe 4U CR Normal environment CANbus EASY3000 Crate UX no internal cooling A3486 Power supply 3U Hostile environment Digital control Digital control ... 6U 48VDC 4kW DC/DC DC/DC up to 5 modules ... - Vout: remote controllable- Itrip: on individual channels - Protection: hardware crowbar, adjustable (V,I) Power modulesA3009: 2-8V 9A 45W/ch 12ch/module A3025: 2-8V 25A 150W/ch 4ch/module A3050: 2-8V 50A 300W/ch 2ch/moduleA3100: 2-8V 100A 600W/ch 1ch/module A3050M: 5-15V 20A 300W/ch 2ch/module

  5. Solutions assumed (example for 2 – 8V 50A) Ethernet Wiener“PL500/F12” Caen“EASY” 1527LC 4U A1676 CR4 UX Ethernet 230 VAC 3ph A3486 3U 3U 6U 2-8V 50A 2-8V 50A

  6. Request to detectors • Prices and examples sent to all detectors • Detectors asked to define • Their solution • Needs for test samples • Final needs including spares • Required delivery date

  7. Detector answers • Answer from 8 detectors so far • MTG, FMD, SPD, TPC, HMPID, MTK, PHOS, CPV • Special cases • TOF: separate CAEN solution and contract • SDD: separate AREM PRO solution and contract • ZDC: no LVPS • ACORDE: no LVPS

  8. A3486 A3486 A3486 A3486 SPD: CAEN EASY 240ch 2-8V 10A Ethernet SY1527LC A1676 CR4 UX Turbine + monitoring Turbine + monitoring Hazemeyer32A 3ph Hazemeyer32A 3ph A3009 HE HE VENT VENT 2-8V 10A 2-8V 10A HE HE VENT VENT Deflector Deflector Rack A19 Rack C14

  9. HMPID: Caen EASY 84 ch 2.8V 7A14 ch 5.0V 20A Ethernet SY1527 A1676 CR4 60 m CANbus Turbine + monitoring UX Hazemeyer32A 3ph 2 x 2kW A3486 For 4 FEE ModulesReq. pw 1 kW A3009 12 ch’s 2-8V 10A HE For 3 FEE ModulesReq. pw 0.8 kW HE A3486 2 x 2kW Spares: 1 x SY1527crate 1 x A3000 crate 2 x A3025 boards 1 x A1676 control A3025 4 ch’s 2-8V 25A For 7 RO ModulesReq. pw 1.4 kW HE VENT Deflector Rack A36

  10. Muon Trigger: “PL500/F12” 3U Power bins 0B15.1200 F R E E F R E E F R E E F R E E F R E E F R E E F R E E F R E E Module OM 21.0004 (100 A/ch) Module OM 21.0002 (2ch;25 A/ch) SPARES Rack D1 or D2 or D3 Rack D26 or D27 or D28

  11. 3U FREE FREE FREE Rack D11, D12, D34, D35 Rack D7, D8, D9, D32, D33, D37 Rack D10,D36 Muon Tracker:“PL500/F12” DRAFT 4 racks 2 racks 6 racks Power bins 0B15.1200 Module 0M22.0002 (25 A/ch)

  12. FMD: CAEN EASY 26ch 2-8V 10A Ethernet SY1527LC A1676 CR4 UX Turbine + monitoring A3486 Hazemeyer32A 3ph EASY3000 + 3* A3009 RCU: 3ch 5.3V FMDD: 10ch 3.5V HE Deflector RCU: 3ch 4.3V FMDD: 10ch -3V

  13. Next steps • Conclude on Wiener F12 output protection: end May • Acceptance test of Caen + Wiener solutions: piecewise until October 05 • Detectors to select solution and define: final quantities, delivery dates and the need of test samples in consultation with Fabio + Lennart: end May • Detectors to define: cables, connectors, interlocks, and rack layouts including cooling: end June • Detectors to issue firm order: ~6 months before required delivery

More Related