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Electrical distribution for ALICE experiment & Electronic Rack Control

Electrical distribution for ALICE experiment & Electronic Rack Control. S. Philippin. Electrical distribution for ALICE experiment. Definition of the zones (number of electrical racks / zone). AUG and AUL procedures. Signaling and security lighting. What else to define for PS?.

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Electrical distribution for ALICE experiment & Electronic Rack Control

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  1. Electrical distribution for ALICE experiment & Electronic Rack Control S. Philippin

  2. Electrical distribution for ALICE experiment. • Definition of the zones (number of electrical racks / zone). • AUG and AUL procedures. • Signaling and security lighting. • What else to define for PS? S. Philippin

  3. Electrical distribution for ALICE experiment. S. Philippin

  4. Electrical distribution for ALICE experiment. FROM EMD4--/2E Rack Power supply: BARAQUE DE PHYSIQUE PX24 EXD1/2X RACK ELECTRONIQUE EXD1/24 N.B. INTERLOCK EXT. S. Philippin

  5. Electrical distribution for ALICE experiment. S. Philippin

  6. Electrical distribution for ALICE experiment. 2. AUG and AUL procedures. S. Philippin

  7. Electrical distribution for ALICE experiment. 4. What else to define for PS? • Power supply requirements. • UPS requirements. • Special power supply. • J.M. Bernal from ST/EL is the project leader for the point 2. S. Philippin

  8. Plan Introduction I Hardware part 1. Description of the installation. 2. Functionality. 3. Hardware architecture. 4. Maintenance. 5. Costs. II Software part 1. Structure of Panels. 2. Functionality. 3. Reusability for other applications. Conclusion S. Philippin

  9. Introduction • Installation to: • Evaluate control solution. • Alice Rack mockup systems • Applicable with CERN recommendations: • IT-CO supported FE solutions • JCOP PVSS Framework and Guidelines S. Philippin

  10. 1) Installation PC running PVSS II DCS LAN Pt100 IR lamp LEDs Heat exchanger Switches Siemens PLC Fan tray Water in Water out S. Philippin

  11. 2) Functionality • Simulation: • rear door, air speed. • water leak, smoke and fire. • Temperatures with alert thresholds. • Local/Remote. • LED for each status. • Modifications and upgrades simple. S. Philippin

  12. 3) Hardware architecture PVSS II OPC client Siemens OPC server DCS LAN PS CPU CP PLC: S7-315-DP Profibus PS DM 8AI 8AI 4AI/2AO 16DI/16DO S. Philippin

  13. 4) Maintenance • Reliability • industrial solution. • Upgrades • new functionality easily implementable. • Breakdown. • Module easily accessible. • CERN support team S. Philippin

  14. 5) Costs • Cost of PLC and cabling • Cabling estimation: • installation considered. • 42 threads par cable. S. Philippin

  15. 1) Structure of Panels Pit Level Room Level Rack Level Device Level S. Philippin

  16. 2) Functionality • Configuration mode: • Addition of racks.. • Addition of devices in a rack. • Configuration of devices. • Navigation. S. Philippin

  17. 2) Functionality • Operation mode: • Read values. • Command devices. • View/acknowledge alerts. • Summary alerts. • Navigation. S. Philippin

  18. 3) Reusability for other applications • Easily adaptable for other instruments. S. Philippin

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