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Status of DCS commissioning

Status of DCS commissioning. TB 12 April 07 L.Jirden. DCS Context. ECS . Trigger . DAQ . HLT . Offline . LHC . SPD. SDD. SSD. TPC. TRD. TOF. HMP. PHO. FMD. T0. V0. PMD. MTI. MTK. ZDC. ACO. ACR. Safety. Services. Consoles . DSS. Gas . CR facilities. CSAM.

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Status of DCS commissioning

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  1. Status of DCS commissioning TB 12 April 07 L.Jirden

  2. DCS Context ECS Trigger DAQ HLT Offline LHC SPD SDD SSD TPC TRD TOF HMP PHO FMD T0 V0 PMD MTI MTK ZDC ACO ACR Safety Services Consoles DSS Gas CR facilities CSAM Electricity External Systems Cooling Central DCS Magnets Tools & Components Access Back-End Systems Infrastructure B-field Space Frame Computers Beam Pipe Networks Enviroment Radiation Detectors ~130 sub-systems

  3. DCS Database services • Current service in CR3 @ P2 (Stage 1) • Service • Two ORACLE servers configured as redundant service (Data Guard) • Usage • Configuration and archival • Used by installed detectors, GAS and DSS • Final service (Stage 2) • Service • 6 database servers configured as RAC • 3 disk arrays with 20 TB capacity • Usage • Configuration and archival • Status • Purchasing launched • Installation mid June

  4. Additional DB services • DB server in IT dedicated to ALICE DCS • Usage • software developments • Archival tests and tuning (accessible also from P2) • Contact ACC (Svetozar Kapusta) for accounts • DB servers in DCS lab • Usage • Performance test • Software commissioning • Interface to offline • Interface to DAQ • Interface to HLT • Contact ACC (Svetozar Kapusta) for use

  5. CR 3 Rack control USB to CAN CAN power Fire control smoke CANbus ELMB/Turbine thermalswitch OR INTERLOCK rack sensors WN Ethernet MONITOR CONTROL CR 4 Control rack Power rack equipment racks Power OUT PLC’s Power IN

  6. Power cuts to be programmed Rack Control • Control • Installation CR1 – CR5, UX done • Commissioning CR3, CR4 done CR1, CR2, CR5, UX mid May • Monitoring – equipment racks • Installation CR3, CR4 done UX early May • Commissioning UX mid May • Interlocks: thermal switch • Installation CR3, CR4, UX early May • Commissioning CR3, CR4, UX mid May • Interlocks: smoke • Installation CR3, CR4, UX June • Commissioning CR3, CR4, UX July • Monitoring – computer racks • Installation CR1, CR2, CR3 July • Commissioning CR1, CR2, CR3 August

  7. VME Crate control • Remote control being installed for CTP, MTR, TRD • Cabling ready end this week • Complete S/W project is ready including PVSS, FSM and panels • Contact ACC (L.Wallet) for installations Crate is On Crate is Off Crate is in Local Mode Crate is in Error CANbus is broken

  8. sensor S actuator A August DCS network Safety console DSS, CSAM ACR console S A S A S SPD I/O A SSD I/O A S A A Detectorinterlock Sensors SPD I/O S A SSD I/O A S S A I/O RACK TPC A S A TRD A MTR S A A PHOS A EMC A S A ENVIRONMENT DSS installation SX SG ACR WN PLC I/O crate UX CR1 June - August A area ACTION MATRIX I area CR2 Detectors All (~180) end June With detector installation CR3 end May CR4 C area PLC I/O crate cooling plant + LVPS CR5 Start: w17

  9. Min. needed for commissioning needed for operation H/W & low level S/W done 1 Basic control with PVSS 2 FSM implemented 3 Configured and ready for operation 4 Detector StatusApril 07 SPD SDD SSD TPC TRD TOF HMP PHO CPV MCH MTR FMD T0 V0 PMD ZDC ACO EMC TRG DCS HV HV HV HV HV HV HV HV HV HV HV HV HV HV HV HV HV HV RCK LV DSS LV LV LV LV LV LV LV LV LV LV LV LV LV LV LV MON MON MON MON MON MON MON MON MON standard Central effort GAS GAS GAS GAS GAS GAS GAS GAS GAS VME VME VME VME VME VME VME VME VME VME VME VME VME VME COO COO VEN COO COO COO COO COO COO VEN VEN COO FEE FEE FEE FEE FEE FEE FEE GMS FEE FEE FEE FEE HAL semi LV LAS VHV MON APD FEL LVD MOV LED SFM TRG HVD HVD BOM THR LED GPS MIR LIQ VAC PCU THR APD TCO IAS specific CCO LAS NMR PTU CAM GPU SYN CPU GTU RAD DVM DVM

  10. H/W & low level S/W done 1 Basic control with PVSS 2 FSM implemented 3 Configured and ready for operation 4 Ready ?H.Borel MON MON Ready JunePT.Hille, H.ToriiD.Silvermyr Ready JuneV.Onuchin Ready JuneF.Pancher Ready JuneD.Evans Ready ?J.Fujta Ready AugustK.Oyama FEE FEE FEE APD MOV TRG BOM THR Ready MayKIP LED Not required 1st year TCO GPS Ready JuneL.Wallet NMR PTU GPU Ready ?Sarov team SYN CPU GTU RAD DVM DVM Ready AugustL.Osterman Ready AugustMKroupa Ready 2008M.Tavlet Critical subsystems identified in March SPD SDD SSD TPC TRD TOF HMP PHO CPV MCH MTR FMD T0 V0 PMD ZDC ACO EMC TRG DCS MON standard semi IAS CCO specific

  11. Installation & commissioning • In several stages • Stage 1: DCS for devices in racks: LV, HV, VME, etc • synchronized with cabling • Stage 2: Full DCS system • synchronized with detector installation • Stage 3: Integration with DAQ, TRG, ECS • lab tests: work-plan defined for each detector • At P2: synchronized with detector installation • Stage 4: Configurations • H/W setup, Alarms, Archival, Access Rights, etc

  12. PVSS Installed at P2mid April 07 FSM Configured SPD SDD SSD TPC TRD TOF HMP PHO CPV MCH MTR FMD T0 V0 PMD ZDC ACO EMC TRG DCS HV HV HV HV HV HV HV HV HV HV HV HV HV HV HV HV HV HV RCK LV DSS LV LV LV LV LV LV LV LV LV LV LV LV LV LV LV MON MON MON MON MON MON MON MON MON standard Central effort GAS GAS GAS GAS GAS GAS GAS GAS GAS VME VME VME VME VME VME VME VME VME VME VME VME VME VME COO COO VEN COO COO COO COO COO COO VEN VEN COO FEE FEE FEE FEE FEE FEE FEE GMS FEE FEE FEE FEE HAL semi LV LAS VHV MON APD FEL LVD MOV LED SFM TRG HVD HVD BOM THR IAS MIR GPS LIQ LED VAC PCU THR APD TCO specific LAS NMR GPU PTU CCO CAM GTU CPU SYN RAD DVM DVM

  13. Coming next

  14. Some reminders • Guidelines and Installation Instructions • Read before starting - documented on DCS website and explained many times • Often not followed • Registration of devices • Send request with device info, MAC address, etc. well in time • ACC will register, assign name, IP number and test • Requires each time manual intervention of IT at P2 • S/W Installation • Hand over project to ACC well in advance (D-4 rule) • ACC will check and upload to Installation server at P2 • Detectors will install on the WN’s • Don’t install undeclared s/w • Backup after installation

  15. Working in the DCS environment • Access to CR3 is often requested • All DCS computers are installed in CR3, but access to the counting room is restricted. Connections shall be made remotely, using the Application Gateway (AGW) • Detectors can use own laptops or “thin clients” • Connection to DCS computers is granted via AGWs • Wireless GPN available “everywhere” • Portable GPN outlets installed outside racks

  16. Thin Clients • Currently 5 thin clients are available • Diskless computers running embedded Linux from EPROM • RDP client software installed • Configured as portable devices, can be used on portable GPN outlets • Three clients are in addition equipped with wireless bridge • Procedure for their use • Request the device from ACC (P.Rosinsky) • The device must be locked using the supplied Kesington lock if not used

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