Main Power Supply MPS Trims Control Electronics ALG1&2 MidiDiscap

Transfer bendings BHP Converters Installation Upgrade Canada unused

Project Follow-up

• WG Preliminary Study .pdf
• TE-Technical Meeting - 4 May 2010 .pdf
• WG Report - 23 September 2010 .pdf
• LIU day
  • 1st December 2010 .pdf .indico
  • 25 November 2011 .pdf .indico
• SY-EPC Group Meeting - 2nd December 2010 .pdf .indico
• Meetings minutes .edms
• SY-EPC Projects Meeting 26 March 2010, 6 September 2011
• LIU and TE/EPC activities 2 May 2016, 10 August 2016, 8 February 2017
• LIU Weekly Meetings
  • 13 September 2012 - Building 245 schedule update
  • 04 december 2014 - Impact of Placing the PSB Reference Magnet in B245
  • 12 February 2015 - Booster 2GeV MPS switchover system
  • 12 March 2015 - The new MPS for the PS Booster 2GeV LIU project
  • 22 March 2016 - EPC activities during the EYETS

• Integration and ECR progress
  SY-EPC equipment integration process

Provide Booster MPS

LIU-PSB 5.2 WU 174178 PLAN 10311	Workunit holder: Fulvio Boattini Budget Code: 99238 Due date: September 2019
Circuits	BR14.RMPS, BR23.RMPS, BR.RMPS.SP
Deliverables	2+1 POPSB Converters
Documentation	MPS system baseline Functional specification Engineering Change Request Cooling specification Cabling Requirement Electrical Infrastructure EIS-Machine Related to the Powering Configuration of the PS Booster Bending Magnets Magnet tachnical report Magnetic Cycles PS Booster Magnetic Cycles to 1.4 and 2 GeV after LS2 Fixed targets implications of 2GeV for LHC only strategy Damping Resistors on PSB Bending Magnets Beam Interlock System
Installation data	Building 245 ECR

Provide Booster MPS Trims

LIU-PSB 5.2 WU 174178 PLAN 10311	Workunit holder: Fulvio Boattini Budget Code: 99238 Due date: December 2018
Circuits	BR.RQFO, BR.RQDE, BR.RQ.SP BR14.RTBH15L1, BR14.RTBH16L2, BR14.RTBH.SP BR23.RTBH15L1, BR23.RTBH16L2, BR23.RTBH.SP
Deliverables	2+1 Isolated APOLO_2S Converters for BR.QF & BR.QD 4+2 COMET Converters for the Injection/Ejection trims.
Documentation	Functional specification Injection/Ejection trims Magnet Beam Interlock System
Installation data	Building 245

Provide control electronics

LIU-PSB 5.2 WU 126435	Workunit holder: Benjamin Todd Budget Code: 99233 Due date: December 2017
Deliverables	FGC3 electronics, chassis and PSU
Documentation	Functional specification
Installation data	? racks Width: 600mm, Depth: 900mm, Height: xmm, Weight: xkg Maximal distance to converters: 100m Installation Procedure

Perform ALG1&2 upgrade

LIU-PSB 5.2 WU 91572 PLAN 10313	Workunit holder: Jean-Marc Cravero Budget Code: 99239 Due date: September 2019
Circuits	BE.RSMH15L1, BT1.RSMV10, BT4.RSMV10, BT2.RSMV20
Deliverables	4+1 MegaDiscaP
Documentation	Functional specification , ECR New Septa BT1.SMV10 & BT4.SMV10 New Septa BT2.SMV20 Existing Septa BE.SMH15L1 WIC
Installation data	bdg. 361-2-007(BHP) 5 racks Width: 1150mm, Depth: 1000mm, Height: xmm, Weight: xkg

Provide MidiDiscap

LIU-PSB 5.2 WU 91573 PLAN 10314	Workunit holder: Jean-Marc Cravero Budget Code: 99239 Due date: August 2019
Circuits	BE1.RDHZ11L1, BE1.RDHZ4L1, BE1.RDVT11L1, BE1.RDVT4L1, BE2.RDHZ11L1, BE2.RDHZ4L1, BE2.RDVT11L1, BE2.RDVT4L1, BE3.RDHZ11L1, BE3.RDHZ4L1, BE3.RDVT11L1, BE3.RDVT4L1, BE4.RDHZ11L1, BE4.RDHZ4L1, BE4.RDVT11L1, BE4.RDVT4L1, BT.RDVT50, BT.RDVT60, BT2.RDVT10, BT3.RDVT10, BT1.RDHZ10, BT2.RDHZ10, BT2.RDVT40, BT3.RDHZ10, BT3.RDVT30, BT4.RDHZ10, BTM.RDHZ10, BTM.RDVT10, BTP.RDHZ10, BTP.RDHZ20, BTP.RDHZ30, BTP.RDHZ40, BTP.RDVT10, BTP.RDVT20, BTP.RDVT30, BTP.RDVT40, BTP.RDVT50
Deliverables	37+4 MidiDiscap Converters
Documentation	Functional specification , ECR , Electrical safety pre-visit Magnet (PXMCCAAWAP) for BE Existing magnet (PXMCXAEWAP) or new magnet (PXMCCAAWAP) for BTP.DHZ10 and BTP.DVT10 Magnet (PXMCXAEWAP) for BT, BTM, BTP Magnet (PXMCXADWAP) for BT1, BT2, BT3.DHZ, BT4 Magnet design report (PXMCVACWAP) for the BT2.RDVT10 and BT3.RDVT10. Existing magnet (PXMCXADWAP) for BT3.DVT30 likely to change WIC
Installation data	bdg 361-1-012(BCER) 7 racks HCRYZCS001 (max 6 converters/rack) Width: 600mm, Depth: 900mm, Height: 42U, Weight: 240kg Maximal distance to load: 100m Installation Procedure Installation Data, DIC ether

Provide Transfer bendings

LIU-PSB 5.2 WU 91574 PLAN 10316, 11388	Workunit holder: Ivan Josifovic Budget Code: 99240 Due date: August 2019
Circuits	BT.RQNO10, BT.RQNO20, BT.RQNO30, BT.RQNO40, BT.RQNO50 (BTP.RQNO10) BTP.RQNO20, BTP.RQNO30, BTP.RQ35, BTP.RQNO50, BTP.RQNO55, BTP.RQNO60 BT1.RBVT10, BT4.RBVT10, BT2.RBVT20 BT2.RDVT20, BT3.RDVT20, BT3.RDVT40, BTM.RQNO05, BTM.RQNO10, BTM.RQNO20, BR1.RBDL, BR2.RBDL, BR3.RBDL, BR4.RBDL.
Deliverables	24+3 SIRIUS Converters
Documentation	EPC MPC associated webpage Functional specification , ECR Optics request DVT, Optics request QNO Magnet (2x PXMQNCRNWP) in series for the BT.RQNO10 and BT.RQNO20 Magnet (1x PXMQNCRNWP) for the BT.RQNO30. Magnet design report (PXMQNCUNWP) for the BT.RQNO40, BT.RQNO50, BTP.RQNO20, BTP.RQNO30, BTP.RQ35, BTP.RQNO50, BTP.RQNO55, BTP.RQNO60. Magnet (1x PXMQNCRNWP) for the BTP.RQNO10 (Not used in operation, no dedicated converter foreseen. Can be connected to a spare converter if needed for MD.) Magnet design report (PXMBVBCWWP) for the BT1.RBVT10 and BT4.RBVT10. Magnet design report (PXMBVCFWWP) for the BT2.RBVT20. Magnet design report (PXMCVABWWP) for the BTx.RDVT20 and BT3.RDVT40. Magnet (PXMQNCDNWP)for the BTM.RQNOs (unlikely to change, magnetic measurement should happen by mid-June to confirm). BRx.RBDL OBSOLETE Functional specification (Length-integrated trim field). WIC
Installation data	bdg. 361-2-007(BHP) Width: 1200mm, Depth: 900mm, Height: 2000mm, Weight: 700kg Maximal distance to load: 100m

BHP Power Converters Installation

LIU-PSB 5.2 WU 202217 PLAN 10305, 10313, 10316, 11388	Workunit holder: Christophe Coupat Budget Code: 68815 Due date: April 2020
Deliverables	Installation for WUs: 126815 BI.BVT Powering 91572 ALG1&2 upgrade 91574 Transfer bendings
Installation data	361-2-007 (BHP)

Upgrade Canada converters

LIU-PSB 5.2 WU 158196 PLAN 10318	Workunit holder: Serge Pittet Budget Code: 99240 Due date: August 2019
Circuits	None
Deliverables	None
Documentation	There are only a few CANADA converters candidates for an upgrade. The developpement cost and ressources needed for the upgrade is in the same order of magnitude than the full replacement of existing converters. Considering that the existing converters are almost already 20 years old, all circuits has been moved to WU Provide Transfer bendings

Unused converters

• BTP.RQNO40: to be removed

• LBE.KVT10, LBE.KHZ10: to be removed (ECR)