LIU-ABT systems: PSB BI.DIS10 controls Agenda: - - PowerPoint PPT Presentation

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Nov 11, 2022 381 likes •462 views

CERN TE-ABT-EC LIU-ABT systems: PSB BI.DIS10 controls Agenda: https://indico.cern.ch/event/578999/ - General controls (Roger Andrew Barlow) - Timing system (Christophe Chanavat) - Fast interlocks studies (Felipe Cordobes Dominguez) -

SLIDE 1

LIU-ABT systems: PSB BI.DIS10 controls

Agenda: https://indico.cern.ch/event/578999/
General controls (Roger Andrew Barlow)
Timing system (Christophe Chanavat)
Fast interlocks studies (Felipe Cordobes Dominguez)
IGBT’s R&D program (Tobias Stadlbauer & Luc Sermeus)

prepared by R.A.Barlow 01/11/2016

CERN

TE-ABT-EC

SLIDE 2

BI.DIS10

Generator prototype, Jura 6 Status of technical progress (Slow Controls)

Class SILECS implemented for KiT’s local timing (to be tested)
Timing H/W integration roadmap to completion

Status of hardware development

PFN construction on-going, near completion
Production of EDS chassis with ADTE, delivered

Remaining issues

Timing + FIS + BIS integration in JU6
PDC production, design near completion, to be produced externally.
Still some considerable H/W production

Operations issues

Operational specification concerning PFN.0, increasing from 20us to 50us, awaiting confirmation (Bettina

and co), what are the implications ?

SLIDE 3

BI.DIS10

Slow control H/W and cabling production Hardware production

EDS chassis received from ADTE (6 of)
GPC chassis in manufacturing in Greece (6 of)
Generator switch-over PP , ready to be

assembled (all H/W ordered), awaiting panels with cut-outs from LAB1

IGBT cassettes to be cabled in-house (9 of ?)

SLIDE 4

BI.DIS10

PDC system PDC design

Design done
Tr-ciel calculation sheet done
Design specification document

complete

EN/EL contacted for main feed

between switchboard and PDC (James Devine et al) ->80kVA feed from modified EBD20 in BCER.

Tender in discussion at the

moment, Italie, Greece and France (ADTE) are the current bidders...

SLIDE 5

BI.DIS10

Agreed naming convention for each elements

M.0 BCER.306 BCER.306 BCER.305 BCER.304 BCER.303 BCER.302 BCER.301 BCER.300 BCER.329 BCER.328

GEN.0 GEN.1 GEN.2 GEN.3 GEN.4 TIMING RACK PDC

SW.0 PFN.0 BCER.324 (20us) M.1 SW.1 PFN.1 BCER.339 (170us) M.2 SW.2 PFN.2 BCER.444 (320us) M.3 SW.3 PFN.3 BCER.443 (470us) M.4 SW.4 PFN.4 BCER.323 (620us) BCER.435 SW.Spare PFN.spare BCER.338 (620us)

Dummy Load

BCER.436

GENERATOR.A GENERATOR.B GENERATOR.C GENERATOR.D GENERATOR.E GENERATOR.SPARE

Name Code Function Remarks GEN.x Control Rack unit + PS SW.x Switching unit 1 SW represents 2 IGBT’s PFN.x Pulse Forming Network M.x Magnet GENERATOR.x Encapsulates the control rack, switches, power supplies, PFN and magnets

SLIDE 6

BI.DIS10

DIC/DEC

Status of technical progress

Additional cables added to DIC for

PDC system. 40 cables added to DIC

SLIDE 7

BI.DIS10

JU6 consolidation planning review

Main Tasks

KiT’s + FIS + BIS integration
Generator change-over strategy

PP + cabling

interlock from magnet interface