Septa converters Stripping Foil Chicane converters Qstrip converters for chicane compensation BI.BVT Powering Corrector Powering Quadrupole Powering Shavers Powering Converters Installation

HST Chicane converters Control Electronics Control Software Septa and Chicane Current Measurement Correction Dipoles Multipoles Unused converters

Project Follow-up

• Beam Interlock Specifications for Linac4, transfer lines and PS booster with Linac4

• Booster Injection Equipment List

• Power converter and magnet combinations

• EPC Booster Injection review 6 March 2015, 2 October 2015
• LIU and TE/EPC activities 2 May 2016, 10 August 2016, 8 February 2017
• LIU Weekly Meetings
  • 22 March 2016 - EPC activities during the EYETS

• Integration and ECR progress
  SY-EPC equipment integration process

Booster Injection Septa converters development & procurement

LIU-PSB 5.1 WU 91565 PLAN 10290	Workunit holder: Jean-Marc Cravero Budget Code: 68734 Due date: January 2017
Circuits	BI1.RSMV10, BI2.RSMV10, BI4.RSMV10
Deliverables	3+1 MegaDisCap Converters
Documentation	Functional specification , pre-ECR Vertical Distribution Septum BI.SMV Beam Interlock System
Installation data	4 racks Width: 1150mm, Depth: 1000mm, Height: xmm, Weight: xkg converter already installed, transformer and cables to be installed Existing PS05 power converters to be removed ECR machine (transformers) Installation data, Dic ether

Booster Injection Stripping Foil Chicane converters development & procurement

LIU-PSB 5.1 WU 91566 PLAN 10297	Workunit holder: Davide Aguglia Budget Code: 68741 Due date: January 2017
Circuits	BI1.RBSW1L1.1, BI2.RBSW1L1.1, BI3.RBSW1L1.1, BI4.RBSW1L1.1, BI1.RBSW1L1.2, BI2.RBSW1L1.2, BI3.RBSW1L1.2, BI4.RBSW1L1.2, BI1.RBSW1L1.3, BI2.RBSW1L1.3, BI3.RBSW1L1.3, BI4.RBSW1L1.3, BI1.RBSW1L1.4, BI2.RBSW1L1.4, BI3.RBSW1L1.4, BI4.RBSW1L1.4
Deliverables	14+2 SIRIUS-P2P Converters
Documentation	Functional specification Converter infrastructure ECR , Transformers alcove ECR , Converters installation ECR , Transformers machine ECR Magnet design report Injection Timing Beam Interlock System
Installation data	Width: 1800mm, Depth: 900mm, Height: 2300mm, Weight: 1700kg Installation Procedure ECR, CDD PS_EY___7001 Installation data, Dic ether

Booster Injection Qstrip converters procurement for chicane compensation

LIU-PSB 5.1 WU 91567 PLAN 10304	Workunit holder: Louis de Mallac Budget Code: 68742 Due date: January 2017
Circuits	BR1.RQCD, BR2.RQCD, BR3.RQCD, BR4.RQCD, BR1.RQCF, BR2.RQCF, BR3.RQCF, BR4.RQCF, BR1.RQCD3, BR2.RQCD3, BR3.RQCD3, BR4.RQCD3, BR1.RQCD14, BR2.RQCD14, BR3.RQCD14, BR4.RQCD14
Deliverables	16+2 CANCUN100
Documentation	Functional specification, ECR , ECR QCD14 Magnet Correction winding (PXMQNFA4WP) October 2009: Power Converter Issues for active Compensation of Perturbations due to the Injection Chicane July 2010: Power supplies for active compensation of perturbations induced by the injection chicane April 2015: Qstrips Power Converters Specifications Typical waveforms Injection Timing
Installation data	4 racks HCRYSTE001 (max 6 converters/rack) Width: 600mm, Depth: 900mm, Height: 42U, Weight: 240kg Maximal distance to load: 100m Installation Procedure QCD14: Installation data, DIC ether QCD, QCF, QCD3: Installation data, DIC ether

Booster Injection BI.BVT Powering

LIU-PSB 5.1 WU 126815 PLAN 10305	Workunit holder: Yves Thurel Budget Code: 99228 Due date: January 2017
Circuits	BI1.RBVT10, BI2.RBVT10, BI4.RBVT10
Deliverables	3+1 LHC600A-40V Converters 1 patch pannel
Documentation	Workunit mandate, Milestone Plan Functional specification , ECR ECR, Magnet design report (PXMBVDB4WC), WIC
Installation data	4 racks power converter (BHP974, 974A, 974C, 975) 1 rack patch panel (BHP974B) CDD PS_EY___7002 Width: 600mm, Depth: 900mm, Height: xmm, Weight: 345kg Maximal distance to load: 100m LHC600A-40V Installation Procedure Dic ether

Booster Injection Corrector Powering

LIU-PSB 5.1 WU 126816 PLAN 10307	Workunit holder: Jean-Marc Cravero Budget Code: 99229 Due date: January 2017
Circuits	BI.RDHZ10, BI.RDVT10, BI.RDHZ20, BI.RDVT20, BI.RDHZ30, BI.RDVT30, BI.RDHZ40, BI.RDVT40, BI1.RDHZ50, BI2.RDHZ50, BI3.RDHZ50, BI4.RDHZ50, BI1.RDVT50, BI2.RDVT50, BI3.RDVT50, BI4.RDVT50 BI1.RDHZ70, BI2.RDHZ70, BI3.RDHZ70, BI4.RDHZ70, BI1.RDVT70, BI2.RDVT70, BI3.RDVT70, BI4.RDVT70
Deliverables	24+2 MidiDiscap Converters
Documentation	Functional specification , ECR , Electrical safety pre-visit Magnet ECR, design report (PXMCCLAWAP), WIC
Installation data	5 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

Booster Injection Quadrupole Powering

LIU-PSB 5.1 WU 158193 PLAN 10308	Workunit holder: Jean-Marc Cravero Budget Code: 99229 Due date: January 2017
Circuits	BI.RQFO10, BI.RQDE20, BI.RQFO30, BI.RQDE40, BI1.RQFO50, BI2.RQFO50, BI3.RQFO50, BI4.RQFO50, BI1.RQDE60, BI2.RQDE60, BI3.RQDE60, BI4.RQDE60
Deliverables	12+2 MaxiDiscap Converters
Documentation	Functional specification , ECR , Electrical safety pre-visit Magnet ECR, design report (PXMQNBSNAP), WIC
Installation data	5 racks Width: 600mm, Depth: 900mm, Height: xmm, Weight: xkg Installation Procedure Installation Data, DIC ether

Shavers Powering

WU none PLAN 10309	Workunit holder: Jean-Marc Cravero Budget Code: xxxxx Due date: January 2017
Circuits	old shavers circuits: BR1.RDSHAH10L4, BR2.RDSHAH10L4, BR3.RDSHAH10L4, BR4.RDSHAH10L4, BR1.RDSHAV4L4, BR2.RDSHAV4L4, BR3.RDSHAV4L4, BR4.RDSHAV4L4 old Dipoles Beam scope circuits: BR.RDBS7L4, BR.RDBS8L4, BR.RDBS9L4 New circuits: BR1.RDSHAV7L4, BR2.RDSHAV7L4, BR3.RDSHAV7L4, BR4.RDSHAV7L4, BR1.RDSHAH7L4, BR2.RDSHAH7L4, BR3.RDSHAH7L4, BR4.RDSHAH7L4
Deliverables	8+4 ENE-1 Converters
Documentation	Shaving for 50 MeV LI beams creating closed bump at WBS New shaving scheme for low-intensity beams in the CERN PS Booster and feasibility at 160 MeV Functional specification Magnet (PXMCCAAWAP)
Installation data	Magnets in 10L4 and 4L4 must be reconnected to the dipoles corrector patch pannel. x racks Width: xmm, Depth: xmm, Height: xmm, Weight: xkg Installation Procedure

Booster Injection Power Converters Installation

LIU-PSB 5.1 WU 191064 PLAN 10290, 10297, 10304, 10307, 10308, 10314	Workunit holder: Christophe Coupat Budget Code: 68813 Due date: April 2020
Deliverables	Installation for WUs: 91565 Septa converters 91566 Stripping Foil Chicane converters 91567 Qstrip converters 126816 Corrector Powering 158193 Quadrupole Powering 91573 MidiDiscap
Installation data	361-1-012 (BCER), 361-1-006 (BRF2), 361-1-401, 361-1-203 (BAT)

Half Sector Test Chicane converters development & procurement

LIU-PSB 23.6 WU 130461 PLAN 10302	Workunit holder: Davide Aguglia Budget Code: 99227 Due date: January 2016
Circuits	Half sector test
Deliverables	2 SIRIUS-P2P Converters
Documentation	Functional specification Magnet
Installation data	Width: 1800mm, Depth: 900mm, Height: 2300mm, Weight: 1700kg Installation Procedure

Booster Injection Control Electronics

LIU-PSB 5.1 91568	Workunit holder: Benjamin Todd Budget Code: 68743 Due date: January 2016
Deliverables	FGC3 electronics, chassis and PSU
Documentation	Functional specification
Installation data	2 racks 1 rack BHP (975A) Width: 600mm, Depth: 900mm, Height: xmm, Weight: xkg Maximal distance to converters: 100m Installation Procedure

Booster Injection control software

LIU-PSB 5.1 158194	Workunit holder: Quentin King Budget Code: none Due date: August 2016
Deliverables	Fast current loop Function merging for the Qstrips Function time shift through external interlock
Documentation	Functional specification

Booster Injection Septa and Chicane Current Measurement

LIU-PSB 5.1 91569	Workunit holder: Miguel Cerqueira Bastos Budget Code: 68744 Due date: January 2016
Deliverables	Current transducers
Documentation	Functional specification
Installation data	? racks Width: ?mm, Depth: ?mm, Height: xmm, Weight: xkg Installation Procedure

Manufacture and commission Correction Dipoles Power Converters

LIU-PSB 5.1 NA	Workunit holder: Serge Pittet Budget Code: 68251 Due date: May 2014
Circuits	BR1.RDHZ2L4, BR2.RDHZ2L4, BR3.RDHZ2L4, BR4.RDHZ2L4, BR1.RDHZ3L4, BR2.RDHZ3L4, BR3.RDHZ3L4, BR4.RDHZ3L4, BR1.RDHZ4L4, BR2.RDHZ4L4, BR3.RDHZ4L4, BR4.RDHZ4L4, BR1.RDHZ5L4, BR2.RDHZ5L4, BR3.RDHZ5L4, BR4.RDHZ5L4, BR1.RDHZ6L4, BR2.RDHZ6L4, BR3.RDHZ6L4, BR4.RDHZ6L4, BR1.RDHZ8L1, BR2.RDHZ8L1, BR3.RDHZ8L1, BR4.RDHZ8L1, BR1.RDHZ9L1, BR2.RDHZ9L1, BR3.RDHZ9L1, BR4.RDHZ9L1, BR1.RDHZ11L4, BR2.RDHZ11L4, BR3.RDHZ11L4, BR4.RDHZ11L4, BR1.RDHZ12L4, BR2.RDHZ12L4, BR3.RDHZ12L4, BR4.RDHZ12L4, BR1.RDHZ13L4, BR2.RDHZ13L4, BR3.RDHZ13L4, BR4.RDHZ13L4, BR1.RDHZ14L1, BR2.RDHZ14L1, BR3.RDHZ14L1, BR4.RDHZ14L1, BR1.RDHZ15L1, BR2.RDHZ15L1, BR3.RDHZ15L1, BR4.RDHZ15L1, BR1.RDHZ16L1, BR2.RDHZ16L1, BR3.RDHZ16L1, BR4.RDHZ16L1, BR1.RDVT2L4, BR2.RDVT2L4, BR3.RDVT2L4, BR4.RDVT2L4, BR1.RDVT3L4, BR2.RDVT3L4, BR3.RDVT3L4, BR4.RDVT3L4, BR1.RDVT5L4, BR2.RDVT5L4, BR3.RDVT5L4, BR4.RDVT5L4, BR1.RDVT6L4, BR2.RDVT6L4, BR3.RDVT6L4, BR4.RDVT6L4, BR1.RDVT8L1, BR2.RDVT8L1, BR3.RDVT8L1, BR4.RDVT8L1, BR1.RDVT9L1, BR2.RDVT9L1, BR3.RDVT9L1, BR4.RDVT9L1, BR1.RDVT10L4, BR2.RDVT10L4, BR3.RDVT10L4, BR4.RDVT10L4, BR1.RDVT11L4, BR2.RDVT11L4, BR3.RDVT11L4, BR4.RDVT11L4, BR1.RDVT12L4, BR2.RDVT12L4, BR3.RDVT12L4, BR4.RDVT12L4, BR1.RDVT13L4, BR2.RDVT13L4, BR3.RDVT13L4, BR4.RDVT13L4, BR1.RDVT14L1, BR2.RDVT14L1, BR3.RDVT14L1, BR4.RDVT14L1, BR1.RDVT15L1, BR2.RDVT15L1, BR3.RDVT15L1, BR4.RDVT15L1, BR1.RDVT16L1, BR2.RDVT16L1, BR3.RDVT16L1, BR4.RDVT16L1
Deliverables	32+2 ACAPULCO Converters
Documentation	Functional specification
Installation data	6 racks HCRYSTE001 (max 6 converters/rack) Width: 600mm, Depth: 900mm, Height: 42U, Weight: 240kg 1 closed control racks for ethernet switches and pulse injectors

LIU-PSB 5.1 WU 158192 PLAN 10310	Workunit holder: Serge Pittet Budget Code: 68742 Due date: February 2016
Circuits	Additional power converters for the Correction dipoles circuits Multipoles ACAPULCO converters and new CANCUN converters will be swaped to preserve dongle and performance coherency on the dipoles.
Deliverables	8+1 CANCUN_50 Converters for the 10A circuits 8+1 CANCUN_50 Converters for the 50A circuits
Documentation	Functional specification
Installation data	2 racks ACAPULCO (max 6 converters/rack) Width: 600mm, Depth: 800mm, Height: 42U, Weight: 240kg Bdg 361 room BCER, positions 258A and 258B 4 converters installed in the existing 50A circuits racks, positions 157 and 158 1 additional switch in rack 156 Installation Procedure (ACAPULCO) Installation Procedure (CANCUN) Installation Data, DIC ether, DIC dc, DIC WIC.

Manufacture and commission Multipoles Power Converters

LIU-PSB 5.1 NA	Workunit holder: Serge Pittet Budget Code: 68251 Due date: May 2014
Circuits	BR1.RONO4L1, BR2.RONO4L1, BR3.RONO4L1, BR4.RONO4L1, BR1.RONO6L1, BR2.RONO6L1, BR3.RONO6L1, BR4.RONO6L1, BR1.RONO9L1, BR2.RONO9L1, BR3.RONO9L1, BR4.RONO9L1, BR1.RONO12L1, BR2.RONO12L1, BR3.RONO12L1, BR4.RONO12L1, BR1.RONO311L1, BR2.RONO311L1, BR3.RONO311L1, BR4.RONO311L1, BR1.RONO816L1, BR2.RONO816L1, BR3.RONO816L1, BR4.RONO816L1, BR1.ROSK2L4, BR2.ROSK2L4, BR3.ROSK2L4, BR4.ROSK2L4, BR1.ROSK4L1, BR2.ROSK4L1, BR3.ROSK4L1, BR4.ROSK4L1, BR1.ROSK6L1, BR2.ROSK6L1, BR3.ROSK6L1, BR4.ROSK6L1, BR1.ROSK6L4, BR2.ROSK6L4, BR3.ROSK6L4, BR4.ROSK6L4, BR1.ROSK9L1, BR2.ROSK9L1, BR3.ROSK9L1, BR4.ROSK9L1, BR1.ROSK11L4, BR2.ROSK11L4, BR3.ROSK11L4, BR4.ROSK11L4, BR1.ROSK12L1, BR2.ROSK12L1, BR3.ROSK12L1, BR4.ROSK12L1, BR1.ROSK12L4, BR2.ROSK12L4, BR3.ROSK12L4, BR4.ROSK12L4, BR1.RQNO311L1, BR2.RQNO311L1, BR3.RQNO311L1, BR4.RQNO311L1, BR1.RQNO412L3, BR2.RQNO412L3, BR3.RQNO412L3, BR4.RQNO412L3, BR1.RQNO816L1, BR2.RQNO816L1, BR3.RQNO816L1, BR4.RQNO816L1, BR1.RQNO816L3, BR2.RQNO816L3, BR3.RQNO816L3, BR4.RQNO816L3, BR1.RQSK210L3, BR2.RQSK210L3, BR3.RQSK210L3, BR4.RQSK210L3, BR1.RQSK614L3, BR2.RQSK614L3, BR3.RQSK614L3, BR4.RQSK614L3, BR1.RQSKH0, BR2.RQSKH0, BR3.RQSKH0, BR4.RQSKH0, BR1.RXNO4L1, BR2.RXNO4L1, BR3.RXNO4L1, BR4.RXNO4L1, BR1.RXNO6L1, BR2.RXNO6L1, BR3.RXNO6L1, BR4.RXNO6L1, BR1.RXNO9L1, BR2.RXNO9L1, BR3.RXNO9L1, BR4.RXNO9L1, BR1.RXNO12L1, BR2.RXNO12L1, BR3.RXNO12L1, BR4.RXNO12L1, BR1.RXNO311L1, BR2.RXNO311L1, BR3.RXNO311L1, BR4.RXNO311L1, BR1.RXNO816L1, BR2.RXNO816L1, BR3.RXNO816L1, BR4.RXNO816L1, BR1.RXSK2L4, BR2.RXSK2L4, BR3.RXSK2L4, BR4.RXSK2L4, BR1.RXSK4L1, BR2.RXSK4L1, BR3.RXSK4L1, BR4.RXSK4L1, BR1.RXSK6L1, BR2.RXSK6L1, BR3.RXSK6L1, BR4.RXSK6L1, BR1.RXSK6L4, BR2.RXSK6L4, BR3.RXSK6L4, BR4.RXSK6L4, BR1.RXSK9L1, BR2.RXSK9L1, BR3.RXSK9L1, BR4.RXSK9L1, BR1.RXSK11L4, BR2.RXSK11L4, BR3.RXSK11L4, BR4.RXSK11L4, BR1.RXSK12L1, BR1.RXSK12L4, BR2.RXSK12L1, BR2.RXSK12L4, BR3.RXSK12L1, BR3.RXSK12L4, BR4.RXSK12L1, BR4.RXSK12L4, BR.RONOH0, BR.RXNOH0
Deliverables	82+6 ACAPULCO Converters 2+1 RB1B Converters for BR.ONOH0 and BR.XNOH0
Documentation	Functional specification
Installation data	16 racks HCRYSTE001 (max 6 converters/rack) Width: 600mm, Depth: 900mm, Height: 42U, Weight: 240kg 3 closed control racks for ethernet switches and pulse injectors

Unused converters

BI1.RDISPB, BI2.RDISPB, BI3.RDISPB: already removed

BI.SMH: to be removed