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Booster and PS LIU workunits

TE EPC. Booster and PS LIU workunits. EPC Project Meeting 06-09-2011 Serge Pittet. The LIU Project. TE EPC.

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Booster and PS LIU workunits

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  1. TE EPC Booster and PS LIU workunits EPC Project Meeting 06-09-2011 Serge Pittet

  2. The LIU Project TE EPC “The LHC Injectors Upgrade should plan for delivering reliably to the LHC the beams required for reaching the goals of the HL-LHC. This includes LINAC4, the PS booster, the PS, the SPS, as well as the heavy ion chain.” D. Nisbet D. Nisbet (inj.) S. Pittet S.Pittet TE-EPC - Serge Pittet

  3. LIU Project status TE EPC • RCS option studied and rejected. • LIU project approved in the 24th of august LMC. • Official date for project start on 1st of September 2011. • TDR to be completed by the end of 2011. • Startup of upgraded machines at the end of LS2 (2017?). • Some budget codes already funded. • WBS and WUs will soon be transferred in APT. TE-EPC - Serge Pittet

  4. Provisional planning TE EPC TE-EPC - Serge Pittet

  5. Manpower request overview TE EPC TE-EPC - Serge Pittet

  6. LIU-PSB 5.2 - Booster MPS TE EPC • Civil engineering included. To be done in LS1 as far as possible. TE-EPC - Serge Pittet

  7. POPS based Baseline TE EPC 64 BHZ Rings 1&4 GND Benefits • Overall voltage available increases and would allow a reduction of the RMS current using a faster ramping. • The capacitor bank totally absorbs the peak power on the 18kV network. Meyrin SVC would then become optional. • Spare sharing between MPS A and B and eventually with POPS. • Only a few new cables needed between the reference magnet (BCER) and the MPS. • New B-field regulation to minimize eddy currents and saturation effects impact at higher current and acceleration rate. Drawbacks • Cost estimation 14MCHF using POPS module. 128 QFO Rings 1,2,3&4 MPS A 2500V 5500A QFO 600V 450A Reference magnet Ring 1&4 Ring 1 B-filed measurement Reference magnet Ring 2&3 Ring 2 B-filed measurement 64 QDE Rings 1,2,3&4 MPS B 2500V 5500A QDE 600V 450A 64 BHZ Rings 2&3 GND TE-EPC - Serge Pittet

  8. Layout of MPS new building TE EPC • 420m2 required, only 190m2 available in bdg. 271 ground floor. • Only 200kg/m2 allowed in bdg. 271 first floor. • No space left in bdg. 361. With this new building: • We can install and commission during Booster operation. • We have a backup power supply during the first years. • Easy connection to existing cables and cooling services. New MPSB (2 GeV) (26m x 16m) TT6 TE-EPC - Serge Pittet

  9. LIU-PSB 5.2 – ALG1&2 TE EPC • The linear stage can handle the new rated current. • The capacitor bank size needs to be increased. TE-EPC - Serge Pittet

  10. LIU-PSB 5.2 - Mididiscaps TE EPC • Design and production from Linac 4 project. TE-EPC - Serge Pittet

  11. LIU-PSB 5.2 – Beam Transfer TE EPC • Optimization still need to be done: pulsing converters and keep existing magnets, BT.BHZ10 magnet design, 2GeV quadrupoles optic, reuse of some converters or spares TE-EPC - Serge Pittet

  12. LIU-PS 5 – CBE TE EPC • Specification under study with OP. • ACAPULCO power design with FGC3 and RegFGC3. TE-EPC - Serge Pittet

  13. LIU-PS 5 – PI.SMH42 TE EPC • 2 aimants en série • R bobinage: 2·0.08mOhms ≈ 0.2 mOhms • L aimant: 2·0.9uH ≈ 2uH • Inom: 31kA • Forme: Demi sinus+ 3ème harmonique + filtre actif • Largeur pulse demi sinus: 3ms TE-EPC - Serge Pittet

  14. LIU-PS 5 – PI.BSM42 TE EPC • R bobinage: 0.5 mOhms • L aimant: 1uH • Inom: 28kA • Forme: Demi sinus + 3ème harmonique + filtre actif • Largeur pulse demi sinus: 0.8ms • Temps de descente du courant: 0.4ms • Pas de faisceau sur la portion de montée en courant. • La descente en courant des 4 bumpers doit être aussi proche que possible. TE-EPC - Serge Pittet

  15. LIU-PS 5 – PI.BSM40, 43 & 44 TE EPC • R bobinage: 0.41 mOhms (20 tours) • L aimant: 0.5mH • Inom: 1.1kA • Largeur pulse demi sinus: 0.8ms • Temps de descente du courant: 0.4ms • Le nombre de tour peut encore être modifié (Dominique.Bodart@cern.ch) • Pas de faisceau sur la portion de montée en courant. • La descente en courant des 4 bumpers doit être aussi proche que possible. TE-EPC - Serge Pittet

  16. Related consolidation TE EPC • Some consolidation items which are essential for the LIU project have been pushed/advanced. • They have not been transferred and stay in S.Baird project. TE-EPC - Serge Pittet

  17. Organization TE EPC • Bi-weekly LIU PSB project meetings followed by linkman. • Bi-weekly LIU PS project meetings followed by linkman. • EPC LIU project meetings in January, May and September with a shot presentation by each WU holder. • WU specific meetings when needed. TE-EPC - Serge Pittet

  18. Documentation TE EPC • Detailed information still available on TE-EPC-LPC website: http://te-epc-lpc.web.cern.ch/te-epc-lpc/general.stm TE-EPC - Serge Pittet

  19. LIU-PSB Work Units TE EPC TE-EPC - Serge Pittet

  20. LIU-PS Work Units TE EPC TE-EPC - Serge Pittet

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