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Layout Experimental hall Final status (?)

HIE-ISOLDE. Layout Experimental hall Final status (?). 3rd HIE ISOLDE Physics Coordination Group meeting CERN, 3 September 2012. Erwin Siesling. History: summer 2011. Maximize space on floor. Decoupe mur. Plateforme prolongee. 2 m. Cooling restrictions. All racks on platform. 2 m.

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Layout Experimental hall Final status (?)

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  1. HIE-ISOLDE Layout Experimental hall Final status (?) 3rd HIE ISOLDE Physics Coordination Group meeting CERN, 3 September 2012 Erwin Siesling

  2. History: summer 2011

  3. Courtesy: Stephane Maridor Maximize space on floor Decoupe mur Plateforme prolongee 2 m

  4. Cooling restrictions All racks on platform 2 m CV says NO... 4.1m Courtesy: Stephane Maridor

  5. Hall 170 ventilation systems wall platform wall wall 1st extension 2nd extension

  6. Hall 170 ventilation systems wall platform wall wall 1st extension 2nd extension

  7. Max heat dissipation wall 100kW ? Max 45kW Max 70kW platform wall wall 1st extension 2nd extension

  8. Rack distribution

  9. Rack distribution 3 spare RACKS dipole QUAD/STEERER 20 RACKS “PC” DIPOLE 45˚ DIPOLE 22.5˚ Electric. Dist. racks 6x3 RACKS “PC” 500A 2x2 RACKS “PC” 250A 2 BI racks(+3) 4 WIC racks 5 VAC racks

  10. Cable distribution All EPC, BI and VAC cablinginstalled in stage 1 beforeexperiments in place – cables for stage 2(b) rolled and stored on the hall floor

  11. Cable distribution All EPC, BI and VAC cablinginstalled in stage 1 beforeexperiments in place – cables for stage 2(b) rolled and stored on the hall floor

  12. Minimizing floor occupancy DIPOLE 45˚ 6x3 RACKS “PC” 500A (+1 cabling rack) DIPOLE 22.5˚ 3 spare RACKS dipole 2x2 RACKS “PC” 250A

  13. Minimizing floor occupancy

  14. Heat to air dissipation QUAD/STEERER 20 RACKS DIPOLE 45˚ Max 29kW 2 BI racks(+3) 6x3 RACKS “PC” 500A (+1 cabling rack) 5 VAC racks Max 4x12.5=50kW 4 WIC racks Max 5kW DIPOLE 22.5˚ 3 spare RACKS dipole 2x2 RACKS “PC” 250A Max 12.5kW Max 2x4kW or Platform: Max 46.5kW to air (if spareruns for a 44.5˚ magnet) Floor: Max 50kW to air (if bend running at max) – leaving 20kW for experiments

  15. Alignment platform

  16. Nicole experiment?

  17. Acknowledgement • EN/MEF : STEPHANE MARIDOR, ELEFTHERIOS ZOGRAFOS • GS/SE : DANIEL PARCHET, ELISEO PEREZ-DUENAS • BE/OP : DIDIER VOULOT • EN/HDO : YACINE KADI • EN/CV : PAUL PEPINSTER, BENOIT LACARELLE • EN/EL : RENE NECCA • EN/STI : RICHARD CATHERALL, ANA-PAULA BERNARDES • TE/ABT : BRENNAN GODDARD • BE/RF : MATHEW FRASER • TE/EPC : MICHELE MARTINO

  18. Extra slides

  19. STAGE 1

  20. STAGE 2a

  21. STAGE 2b

  22. 1580 892 1344

  23. Hie-Isolde Planning Start-up 2015 HIE physics at 5.5MeV/u End LS1:Start Low E physics Start LS1 3 dec 2012 17 2011 2012 2013 2014 2015 2016 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 Beam Transfer Line Civil Cryo Main services Cryo only ready Feb 2014 Ventilation Demi water CM 1&2 CM 5&6 CM 3&4 Electrical syst.s 5.5MeV/u 10MeV/u Timeline: sd sd sd sd CM1&2 17 Dec 2012 - Q3 2014 Beam commissioning Nov. + 5 months LS1 Cryo Mod 1 & 2 install (Isolde normal operations) Commissioning (Isolde normal operations) shutdown Isolde & REX Ops Commissioning during shutdown (EBIS beam)

  24. Commissioning planning

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