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© 2001 By Default! A Free sample background from Slide 3 Outline LEIR Machine LEIR Machine –Generalities –Commissioning Planning LEIR Controls LEIR Controls –Scope –Architecture –Sequencing & Timing –Hardware –Front end Software –Application Software –General Services Conclusions – Issues’ summary Conclusions – Issues’ summary
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Slide 1
Controls for LEIRControls for LEIR
AB/CO Technical Committee - 18AB/CO Technical Committee - 18thth March 2004 March 2004
V.BaggioliniV.BaggioliniS.JensenS.JensenM.PaceM.Pace
http://leir-proj-controls.web.cern.ch/http://leir-proj-controls.web.cern.ch/
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Slide 2
OutlineOutline
LEIR MachineLEIR Machine– Generalities Generalities – Commissioning PlanningCommissioning Planning
LEIR ControlsLEIR Controls– ScopeScope– ArchitectureArchitecture– Sequencing & TimingSequencing & Timing– HardwareHardware– Front end SoftwareFront end Software– Application SoftwareApplication Software– General ServicesGeneral Services
Conclusions – Issues’ summaryConclusions – Issues’ summary
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Slide 3
OutlineOutline
LEIR MachineLEIR Machine– GeneralitiesGeneralities – Commissioning PlanningCommissioning Planning
LEIR ControlsLEIR Controls– ScopeScope– ArchitectureArchitecture– Sequencing & TimingSequencing & Timing– HardwareHardware– Front end SoftwareFront end Software– Application SoftwareApplication Software– General ServicesGeneral Services
Conclusions – Issues’ summaryConclusions – Issues’ summary
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Slide 4
The LHC Injector Chain The LHC Injector Chain
LEIR 72 MeV/n Pb
6 GeV/n Pb
177 GeV/n Pb
2.76 TeV/n Pb-Pb
LEIR Low Energy Ion Ring
72MeV/n - 4.5 E8 Pb/cycle
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Slide 5
The LEIR LayoutThe LEIR Layout
Injection
E- cooler
Ejection RF
LEAR Ring
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Slide 7
OutlineOutline
LEIR MachineLEIR Machine– Generalities Generalities – Commissioning PlanningCommissioning Planning
LEIR ControlsLEIR Controls– ScopeScope– ArchitectureArchitecture– Sequencing & TimingSequencing & Timing– HardwareHardware– Front end SoftwareFront end Software– Application SoftwareApplication Software– General ServicesGeneral Services
Conclusions – Issues’ summaryConclusions – Issues’ summary
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Slide 8
Commissioning PlanningCommissioning Planning
H/W commissioningH/W commissioning Beam commissioningBeam commissioning
LEIR Injection linesLEIR Injection lines 03 JAN - 30 AVR 200503 JAN - 30 AVR 2005 30 AVR - 30 JUL 200530 AVR - 30 JUL 2005
LEIR RingLEIR Ring 30 AVR - 30 JUL 200530 AVR - 30 JUL 2005 30 JUL - 30 NOV 200530 JUL - 30 NOV 2005
LEIR Ejection linesLEIR Ejection lines 30 JUL - 30 NOV 200530 JUL - 30 NOV 2005 30 NOV – 28 FEB 200630 NOV – 28 FEB 2006PS Commission incl PS Commission incl LEIR operationLEIR operation SPRING 2006SPRING 2006SPS Commission SPS Commission incl PS + LEIR incl PS + LEIR operationoperation 20072007
From From Local Control RoomLocal Control Room
From
Common Control Room
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Slide 9
OutlineOutline
LEIR MachineLEIR Machine– Generalities Generalities – Commissioning PlanningCommissioning Planning
LEIR ControlsLEIR Controls– ScopeScope– ArchitectureArchitecture– Sequencing & TimingSequencing & Timing– HardwareHardware– Front end SoftwareFront end Software– Application SoftwareApplication Software– General ServicesGeneral Services
Conclusions – Issues’ summaryConclusions – Issues’ summary
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Slide 10
LEIR Controls: ScopeLEIR Controls: Scope
PSB
FILTER
LINAC3
Source
ER
EE
ETL
EI
IEL
ITE
LEIR
PS
Pulsing at 10 Hz (continuous)
New E ramping cavity
Repetition Rate 5 Hz
New Power Converters
PPM
1 AQN / injection
2 CCVs / cycle for inj & ej
Improved vacuum
Powerful e- cooler
New Converters
New RF LL
Injection: new septum + upgraded kicker & bump
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Slide 11
LEIR Controls: ArchitectureLEIR Controls: ArchitectureOPERATORCONSOLES
OPERATORCONSOLES
FIXEDDISPLAYS
CER
N G
B E
THER
NET
TEC
HN
ICA
L N
ETW
OR
K
FILE SERVERS APPLICATION SERVERS SCADA SERVERS
RT Lynx/OSVME FRONT ENDS PLCs
LHC MACHINE
Vacuum. otherBDI, RF, PC, Kicker, …P
RO
FIB
US
TCP/IP communication services
OP
TIC
AL
FIB
ER
S
TCP/IP communication services
TCP/IP communication services
PUBLIC ETHERNET NETWORK
TIMING GENERATION
T
TT
T T T T
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Slide 12
OutlineOutline
LEIR MachineLEIR Machine– Generalities Generalities – Commissioning PlanningCommissioning Planning
LEIR ControlsLEIR Controls– ScopeScope– ArchitectureArchitecture– Sequencing & TimingSequencing & Timing– HardwareHardware– Front end SoftwareFront end Software– Application SoftwareApplication Software– General ServicesGeneral Services
Conclusions – Issues’ summaryConclusions – Issues’ summary
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Slide 13
Timing & Sequencing: Timing & Sequencing: Preliminary DecisionPreliminary Decision
CPS
PSB
Linac 2
Isolde
P+
P+
LEIR
Linac 3
IONS
IONSP+
TGM
1TG
M 1
TGM
2
TGM
2
Scheme BScheme B
CPS
PSB
Linac 2
Isolde
P+
P+
LEIR
Linac 3
IONS
IONSP+
IONS
IONS
Scheme AScheme A
TGM ??TGM ?? Accepted in May 2003
14
MSF30
SLVH10
ITH
LTL
ITFS
ITE
BHZ14
D10
ITL
BHZ40
LBSLBE PSB
Stripper
ECR source
ITFBHZ11ETL
LTB
BHZ20
LTE
BHZ10
P+ source
BHZ30
ITHS
MSF40
MSG50SLVH10
EEEI
LEIR
MSG SLH
LT
MSG
Lin3 -LEIR Telegram
Lin2 -PSB Telegram
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Slide 15Timing & Sequencing : Operational RequirementsTiming & Sequencing : Operational Requirements
LEIR is PPM (Pulse to Pulse Modulated)LEIR is PPM (Pulse to Pulse Modulated)
Nominal : 3.6s cycle
Early Mode: 2.4s cycle Injections Electron cooling Acceleration
EjectionNORMAL Operation
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Slide 16
Timing & Sequencing : Operational RequirementsTiming & Sequencing : Operational Requirements (cont’d)(cont’d)
MD / Commissioning OperationMD / Commissioning Operation
Very long injection plateaus Very long injection plateaus
– Purpose: perform life-time measurements,….Purpose: perform life-time measurements,….– Arbitrary length (> 10 sec) Arbitrary length (> 10 sec) – No acceleration neither extraction No acceleration neither extraction – No synchronisation with PS (LEIR is stand-alone) No synchronisation with PS (LEIR is stand-alone)
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Slide 17
Timing Timing && Sequencing : AB/CO Proposal Sequencing : AB/CO Proposal
2 operational modes2 operational modes1.1. Nominal ModeNominal Mode
– PS and Lin3 - LEIR are PS and Lin3 - LEIR are coupledcoupled– PS and LEIR share the same SC length PS and LEIR share the same SC length
2.2. MD Mode MD Mode – New MTG New MTG dedicateddedicated to this modeto this mode– PS and Lin3 - LEIR are PS and Lin3 - LEIR are decoupled. decoupled. LEIR is standaloneLEIR is standalone– LEIR SC length is arbitraryLEIR SC length is arbitrary
Fully integrated into CBCMFully integrated into CBCM– Standard facility – Relies on Supercycle Standard facility – Relies on Supercycle sequencesequence– Deployed @ SPS in 2004Deployed @ SPS in 2004– MTG Master/ Slave switching mechanism - Remote ctlMTG Master/ Slave switching mechanism - Remote ctl
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Slide 18
MD Operation: Very long injection plateausMD Operation: Very long injection plateaus
Sequence of supercyclesSequence of supercycles
Cur
rent
F1-in
lead
-in
supe
rcyc
le Supercyclewith 3 flat cycles
F1F1 F1
Supercyclewith 3 flat cycles
F1F1 F1 F1-out....
lead
-out
su
perc
ycle
Arbitrary number of executions
Cur
rent
F1-in
lead-in
F1 F1-out....lead-out
F1F1 F1
Arbitrary number of executions “normal”
supercycle
LHC-early
Example 1
Example 2
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Slide 19
OutlineOutline
LEIR MachineLEIR Machine– Generalities Generalities – Commissioning PlanningCommissioning Planning
LEIR ControlsLEIR Controls– ScopeScope– ArchitectureArchitecture– Sequencing & TimingSequencing & Timing– HardwareHardware– Front end SoftwareFront end Software– Application SoftwareApplication Software– General ServicesGeneral Services
Conclusions – Issues’ summaryConclusions – Issues’ summary
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Slide 20
OutlineOutline
LEIR MachineLEIR Machine– Generalities Generalities – Commissioning PlanningCommissioning Planning
LEIR ControlsLEIR Controls– ScopeScope– ArchitectureArchitecture– Sequencing & TimingSequencing & Timing– HardwareHardware– Front end SoftwareFront end Software– Application SoftwareApplication Software– General ServicesGeneral Services
Conclusions – Issues’ summaryConclusions – Issues’ summary
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Slide 21
OutlineOutline
LEIR MachineLEIR Machine– Generalities Generalities – Commissioning PlanningCommissioning Planning
LEIR ControlsLEIR Controls– ScopeScope– ArchitectureArchitecture– Sequencing & TimingSequencing & Timing– HardwareHardware– Front end SoftwareFront end Software– Application SoftwareApplication Software– General ServicesGeneral Services
Conclusions – Issues’ summaryConclusions – Issues’ summary
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Slide 22
General Services : MonitoringGeneral Services : Monitoring Requirements from May 2005Requirements from May 2005
– Interactive toolInteractive tool for operators: survey + remote reset of for operators: survey + remote reset of computerscomputers
– To be monitored:To be monitored: • All Front EndsAll Front Ends• All Back EndsAll Back Ends• All PLCs connected to the CO system All PLCs connected to the CO system (RF, vacuum,PC,…)(RF, vacuum,PC,…)
Requirements not specific . Fully addressed by the Requirements not specific . Fully addressed by the new Monitoring System provided by ABCOIN.new Monitoring System provided by ABCOIN.
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Slide 23
General Services : OASISGeneral Services : OASIS Requirements from May 2005Requirements from May 2005
– Full nAos functionalityFull nAos functionality– High priority for machine physicistsHigh priority for machine physicists– 1 common triggering for Lin3-LEIR-PS 1 common triggering for Lin3-LEIR-PS
OASIS Mandate for OASIS Mandate for 20052005– OASIS deployment on OASIS deployment on allall machines machines – nAos phased out nAos phased out
Issues: missing staffIssues: missing staff– FE / Business Tier: 0.5 FTE FE / Business Tier: 0.5 FTE – GUI Application: 0.5 FTEGUI Application: 0.5 FTE – Project in standby nowProject in standby now
RecommandationsRecommandations– Prioritization of operational requirements (pre-requisite for staffing)Prioritization of operational requirements (pre-requisite for staffing)– Decision on staffing for GUI: mandatory for 1Decision on staffing for GUI: mandatory for 1stst April 2004 April 2004– Potential risk of having Potential risk of having NONO complete observation system complete observation system
CRITICAL (No HR affected)
CAREFUL
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Slide 24
General Services : AlarmsGeneral Services : Alarms Not possible today to foresee which Alarms system Not possible today to foresee which Alarms system
will be deployed for LEIR will be deployed for LEIR More accurate estimate by end of May 2004More accurate estimate by end of May 2004 2 possible solutions for LEIR commissioning 2 possible solutions for LEIR commissioning
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Slide 25
If initial schedule is metIf initial schedule is met
PS NEWUSPFESA
PS GatewayOld-New
LASERService
PS :ExistingUSP
Current
New
Gateway
Broker
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Slide 26
PS newUSPFESA
PS GatewayNew-Old
LASERService
LASER
PS exisitng USP
PSAlarm System
Alarm console
Current
PS
New
Gateway
Broker
If initial schedule is NOT metIf initial schedule is NOT met
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Slide 27
General Services : AlarmsGeneral Services : Alarms Not possible today to foresee the Alarms system for Not possible today to foresee the Alarms system for
LEIR in 2005LEIR in 2005 More accurate estimate by end of May 2005More accurate estimate by end of May 2005 2 possible solutions 2 possible solutions
Whatever the solution, for new LEIR equipment : Whatever the solution, for new LEIR equipment :
Need of LASER source API integration into FESA Need of LASER source API integration into FESA frameworkframework
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Slide 28
Conclusion & IssuesConclusion & Issues
Commissioning LEIR looks Commissioning LEIR looks challengingchallenging ! !
LEIR = test-bed for lots of new systemsLEIR = test-bed for lots of new systems– Timing Receiver CardsTiming Receiver Cards– Integration of DSP HWIntegration of DSP HW– FESA frameworkFESA framework– Console Manager + AP Framework Console Manager + AP Framework – LASERLASER– OASISOASIS– Monitoring System Monitoring System
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Slide 29
Conclusion & IssuesConclusion & Issues
Commissioning LEIR looks Commissioning LEIR looks worryingworrying ! !
Some concerns from the Some concerns from the USERUSER team team – New machine with new systemsNew machine with new systems
Some concerns from the Some concerns from the LEIR COLEIR CO team team – Technical issuesTechnical issues– Human Resource issues Human Resource issues
Lots of issues to be addressed to meet the Lots of issues to be addressed to meet the schedule!schedule!
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