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Analysis ModulesAnalysis Modules
F. HahnF. Hahn
Goal of todays MeetingGoal of todays MeetingInform about current status and layouts of Inform about current status and layouts of the analysis modules.the analysis modules.
(the focus will be on common modules)(the focus will be on common modules)
Look specifically into the needs for OLook specifically into the needs for O22 and and HH22O analyzers in order to prepare a tender O analyzers in order to prepare a tender for the instruments.for the instruments.
and also…and also…
Start the discussion for the other analysis Start the discussion for the other analysis modules. modules.
Content of TalkContent of TalkIntroductionIntroductionAnalysis Module Overview and needs Analysis Module Overview and needs for Ofor O22 and H and H22O analysisO analysis– ATLASATLAS– CMSCMS– LHCbLHCb– ALICEALICE
Analyzer Choices / TenderAnalyzer Choices / TenderNext StepsNext Steps
InformationInformationWhat is presented here are (mostly) proposals, What is presented here are (mostly) proposals, they don’t represent approved designs. they don’t represent approved designs.
The resources (components and manpower) The resources (components and manpower) required to make these modules are (mostly) not required to make these modules are (mostly) not in the scope of the current work packages.in the scope of the current work packages.
In the beginning analysis instruments can be In the beginning analysis instruments can be used manually. Fully equipped and automatic used manually. Fully equipped and automatic analysis modules can be ready for 2analysis modules can be ready for 2ndnd year of year of LHC operation.LHC operation.
OverviewOverview
Two Types of Analysis Modules Two Types of Analysis Modules – Common Analysis Modules for OCommon Analysis Modules for O22, H, H22O, O,
IR analysis. IR analysis. Receive gas from several sub-detectors, the control is done Receive gas from several sub-detectors, the control is done in the PLC for “Auxiliary Gas”in the PLC for “Auxiliary Gas”
– Detector Specific Analysis Modules for Detector Specific Analysis Modules for OO22, H, H22O, or Monitor chambers. O, or Monitor chambers.
Receive gas from one single sub-detectors. The control is Receive gas from one single sub-detectors. The control is done in the PLC of that sub-detector.done in the PLC of that sub-detector.
Note: Analysers that are driven or controlled through the gas system plc,should be defined now so that there existence can be foreseen in the program.Stand alone analysers (e.g. GC’s) can be added later provided space and hardware connections have been foreseen.
ATLASATLAS
ATLAS SG-BuildingATLAS SG-Building– Common Analysis Modules:Common Analysis Modules:
1.1. One module for general IR analysis. Checking One module for general IR analysis. Checking gas mixtures for RPC, MDT and CSC.gas mixtures for RPC, MDT and CSC.
2.2. One module for OOne module for O22 and H and H22O analysis for all O analysis for all systems.systems.
– Sub-Detector Specific ModulesSub-Detector Specific Modules1.1. TRT: Multi-way sampling system with GCTRT: Multi-way sampling system with GC
2.2. TRT: Mixer analysis (CO2 and O2) TRT: Mixer analysis (CO2 and O2)
3.3. MDT: Multi-way sampling systems for monitor MDT: Multi-way sampling systems for monitor chamber.chamber.
RPC: One hygrometer in humidifier module
TGC: One hygrometer in Recovery module (ATEX /Zone 2)
Relevant for current tender
Common OCommon O22 and H and H22O Analysis O Analysis
ModuleModule
YV 9402/ 10
CSC
FromMDT
System
FromRPC
System
Manual use
Sample 2
Sample 1
Sample 3
Sample 2
Sample 1
Sample 3
O2
FIV 9413XBUB 9429
Sample 2 After Purifier
Sample 1 Before Purifier
Sample 3 Fresh Gas from Mixer
Sample 4 Supply Gas to Chambers
Sample 4
Sample 4
PI H02
XANA 9418
Note: one of the twoanalysers could be optional.
Sample 3
Sample 3Free
XANA 9417FIV 9410
YV 9402/1
YV 9402/3
YV 9402/5
YV 9402/ 8
YV 9402/ 9
YV 9402/ 18
YV 9402/ 19
YV 9402/ 20
YV 9402/ 11
YV 9402/ 16
YV 9402/ 17
HV 9401/ 1
HV 9401/ 2
HV 9431
HV 9435
HV 9433 HV 9434
HV 9432
HV 9436
Ar
CO2
Free
YV 9402/4
CF4Supply gases
YV 9402/6C2H2F4
YV 9402/2
Calibration
YV 9402/6
1
2
YV 9402/ 12
YV 9402/ 13
YV 9402/ 14
YV 9402/ 15
Free
Free
Free
FreeYV 9402/ 21
NV 9106/ 1
NV 9106/ 6
Common IR Analysis ModuleCommon IR Analysis Module
PI
N2 or Ar
PI PI
C H F2 2 4SpanGas 3
PI
Exhaust
0-30 l/h
Alarm Relay Contactof Chanel 3
to RPC Mixer
All Analog Outputsto Experiment Module
0-30 l/h
FromRPC
System
FromMDT
System
IRMeasurement
CO2
PI
Manual use
N2
Manual use
150 mbar
C H F2 2 4
P_out 0.1-1.7 bar
Sample 2 Fresh Gas from Mixer
Sample 1 Return Gas from the Chambers
Sample 3 Supply Gas to the Chambers
CSC
Sample 2
Sample 1
Sample 3
Sample 2
Sample 1
Sample 3
1 2
1
2
PIP_out 0.1-1.7 bar
PIP_out 0.1-1.7 bar
YV 9102/1
YV 9102/2
YV 9102/3
YV 9102/4
HV 9101/1
YV 9302/1
YV 9302/2
YV 9302/5
YV 9302/3
NV 9106/ 1
YV 9302/4
YV 9301/1 NV 9306/ 2
FIV 9313PCV 9310
FIV 9113PCV 9110
NV 9106/ 3
XBUB 9229
XBUB 9329
HV 9301/2
YV 9102/5
YV 9202/1
ZeroGasIN
Gas 2IN
Gas 3IN
Gas 1OUT
Gas 2OUT
Gas 3OUT
Span 1IN
Span 2IN
Span 3IN
CO2
iC H4 10
Gas 1IN
Not Used
0-30 l/hPI
FIV 9213PCV 9210
Free
Free
Free
Free
XANA 9116
XANA 9319
XBUB 9129
HV 9201/1
YV 9102/6
FIV 9153/1
PCV
9150/1H
V 9151/1
FIV 9353/1
PCV
9350/1H
V 9351/1
FIV 9253
PCV
9350/2H
V 9351/2
PCV
9250H
V 9251
FIV 9153/2
PCV
9150/2H
V 9151/2
FIV 9353/2H
V 9154/1,2,3
SpanGas 2
XANA 9216
ATLAS USA-AreaATLAS USA-Area– Common modules:Common modules:
– nonnon
– Sub-Detector Specific ModulesSub-Detector Specific Modules1.1. TGC: IR-Analyzer for TGC envelopsTGC: IR-Analyzer for TGC envelops
2.2. TRT: Multi-way sampling system for GC and TRT: Multi-way sampling system for GC and monitor chambermonitor chamber
IR-Analyzer for TGC envelops:IR-Analyzer for TGC envelops:
PIPI
0-30 l/h
0-30 l/h
CO2
Manual use
CO2
Manual use
P_out 0.1-1.7 bar
1
PIP_out 0.1-1.7 bar
YV 9102/1
YV 9102/2
YV 9102/3
YV 9102/4
HV 9101/1
YV 9102/11
YV 9102/10
YV 9101/1 FIV 9113/2PCV 9110
FIV 9113
HV 9101/2
YV 9102/5
Gas 1OUT
Span 1IN
tracesof n-pentane
in CO2
Gas 1IN XANA 9119
XBUB 9129
YV 9102/6
FIV 9153/1
PCV
9150/1H
V 9151/1
FIV 9153/2
PCV
9150/2H
V 9151/2
SpanGas 2
YV 9102/7
YV 9102/8
YV 9102/9
Sample fromRack:
EM-TGC-L4-C-1
EM-TGC-L0-C-1
EI-TGC-L4-C-1
EM-TGC-L8-C-1
EM-TGC-L4-A-1
EM-TGC-L0-A-1
EI-TGC-L4-A-1
EM-TGC-L8-A-1
Free
Free
Zero GasIN
1
Nota: In case of an alarm the gas system will switch of the gas flow (n-pentane mixture)in the rack concerned. A signal is provided to DSS for the detector to switch off the HV of the full detector.
Summary ATLAS Analysis ModulesSummary ATLAS Analysis ModulesLocation
Sub-Detector ModuleDrawingEDMS No.
ModuleID Number
PLCRoom Rack
SG SG1.X10-Y07 Common Standard IR Analyser 725618 91,92,93 Exp. Module
SG SG1.X10-Y08 Common Standard O2 + H2O analyser 725618 94 Exp. Module
SG SG1.X04-Y09 TRT IR analyser (CO2+O2) 725646 91 TRT
SG not defined TRT GC analysis 725646 n.a. stand alone
SG SG1.X12-Y12 MDT Monitoring Chamber 725644 91 MDT
US Y.59-26.A2 TGC IR analyser (n-pentane in envelope gas)
725645 91 TGC
US Y.53-25.A2 TRT Analysis 3 + old GC 725646 92, 93 TRT
Relevant for current tender
RPC: One hygrometer in humidifier module
TGC: One hygrometer in Recovery module (ATEX /Zone 2)
Cost for Common Analysis Cost for Common Analysis ModulesModules
ItemItem OO22+H+H22OO IRIR
Rack, valves, pipe workRack, valves, pipe work 11’000,-11’000,- 14’500,-14’500,-
Analyzer instrumentsAnalyzer instruments 16’000,-16’000,- 15’500,-15’500,-
Control ChassisControl Chassis 3’000,-3’000,- 3’000,-3’000,-
Manpower (FSU)Manpower (FSU) 13’000,-13’000,- 13’000,-13’000,-
TotalTotal 43’000,-43’000,- 46’000,-46’000,-
ATLAS Budget situationATLAS Budget situationLoc.Loc. Analysis ModuleAnalysis Module
CostCost
(P+M)(P+M)Funds in Funds in
WPWP CommentsComments
SGSG Common O2 + H2OCommon O2 + H2O43 k43 k
50 k50 k
Tender nowTender now
SGSG Common IRCommon IR46 k46 k Analyzer Analyzer
boughtbought
SGSG MDT Mon. ChambersMDT Mon. Chambers18 k18 k 00
SGSG TGC H2O Measurement in TGC H2O Measurement in Recovery ModuleRecovery Module 8 k8 k 00 Tender nowTender now
SGSG RPC H20 Measurement in RPC H20 Measurement in Humidifier ModuleHumidifier Module 8 k8 k 7.5 k 7.5 k Tender NowTender Now
SGSG TRT: Mixer monitoring (IR)TRT: Mixer monitoring (IR)39 k39 k 39 k39 k Analyzer Analyzer
boughtbought
SGSG TRT: GC analysisTRT: GC analysisNot costedNot costed 00
USAUSA TRT: Analysis 3 + (exist.) GCTRT: Analysis 3 + (exist.) GC22 k22 k 22 k22 k
USAUSA TGC: IR analysis envelop gasTGC: IR analysis envelop gas36 k36 k 36 k 36 k Analyzer Analyzer
boughtbought
Preliminary
Summary Analyzer needs ATLASSummary Analyzer needs ATLASOxygen Analyzer:Oxygen Analyzer:– 1 x device used for MDT, CSC, (TRT) + RPC. 1 x device used for MDT, CSC, (TRT) + RPC.
(high quality, compatible with all gases (except TGC), (high quality, compatible with all gases (except TGC), automatic ranging, etc. ) automatic ranging, etc. )
HH22O Analyzer:O Analyzer:– 1 x device for common system: 1 x device for common system:
(large range 1 ppm to 25’000 ppm, high reliability (large range 1 ppm to 25’000 ppm, high reliability compatible with MDT, RPC, (TRT) and CSC mixtures).compatible with MDT, RPC, (TRT) and CSC mixtures).
- 1 x hygrometer for TGC recovery module1 x hygrometer for TGC recovery module(0-1’000ppm range, ATEX certified for Zone 2, (0-1’000ppm range, ATEX certified for Zone 2,
compatible with TGC gas) compatible with TGC gas) - 1 x hygrometer for RPC humidifier module: 1 x hygrometer for RPC humidifier module:
(range up to 20’000 ppm wet mirror technology)(range up to 20’000 ppm wet mirror technology)
CMSCMS
CMS SG-BuildingCMS SG-Building– Common modules:Common modules:
1.1. One analysis module for general IR analysis. One analysis module for general IR analysis. Checking gas mixtures for RPC, DT and CSC.Checking gas mixtures for RPC, DT and CSC.
2.2. One analysis module for OOne analysis module for O22 and H and H22O analysis for O analysis for all systems.all systems.
– Sub-Detector Specific ModulesSub-Detector Specific Modules1.1. RPC: Multi-way sampling system with GCRPC: Multi-way sampling system with GC
2.2. RPC: Multi-way sampling systems for monitor RPC: Multi-way sampling systems for monitor chamber. chamber.
Relevant for current tender
Common OCommon O22 and H and H22O Analysis O Analysis
Module (CMS)Module (CMS)
X A N A 94 18X A N A 94 17
Y V 9 4 02 / 6
T O T E M C S C
F ro mD T
S y s te m
F ro mC S C
S y s te m
M an u a l u s e
S am p le 2
S am p le 1
S am p le 3
S am p le 2
S am p le 1
S am p le 3
S am p le 2
S am p le 1
S am p le 3
O 2
F I V 9 41 3X B U B 9 42 9
S am p le 2 A f t e r P u r i f ie r
S am p le 1 B e fo re P u r if ie r
S am p le 3 F re s h G as f ro m M ix er
S am p le 4 S u p p ly G a s to C h a m b e rs
S am p le 4
S am p le 4
S am p le 4
P I H 02
2 4 /0 4 /0 6 - F H
N ote: one o f the tw oana lysers cou ld be op tional.
S am p le 3
S am p le 3T O T E M G E M
F ro mR P C
S y s te m
F I V 9 41 0
Y V 9402/ 1
Y V 9402/ 2
Y V 9402/ 4
Y V 9 4 02 / 4
Y V 9 4 02 / 5
Y V 9 4 02 / 8
Y V 9 4 02 / 9
Y V 9 4 02 / 10
Y V 9 4 02 / 11
Y V 9 4 02 / 12
Y V 9 4 02 / 13
Y V 9 4 02 / 14
Y V 9 4 02 / 15
Y V 9 4 02 / 7
Y V 9 4 02 / 16
Y V 9 4 02 / 17
H V 9 4 01 / 1
H V 9 4 01 / 2
A r
C O 2
F ree
Y V 9402/ 3
C F 4S u p p ly g as e s
Y V 9402/ 5C 2 H 2 F 4
Y V 9402/ 1
C a lib ra ti o n
Y V 9402/ 5
1
2
H V 9 4 31
H V 9 4 35
H V 9 4 33 H V 9 4 34
H V 9 4 32
H V 9 4 36
Common IR Analysis Module Common IR Analysis Module (CMS)(CMS)
ZeroGasIN
Gas 2IN
Gas 3IN
Gas 1OUT
Gas 2OUT
Gas 3OUT
Span 1IN
Span 2IN
Span 3IN
PI
N2 or Ar
PI PI
C H F2 2 4SpanGas 3
PI
Exhaust
0-30 l/h
Alarm Relay Contactof Chanel 3
to RPC Mixer
All Analog Outputsto Experiment Module
0-30 l/h
FromRPC
System
FromDT
System
FromCSC
System CO2
iC H4 10
CF4
IRMeasurement
CO2CF4
PI
Gas 1IN
Manual use
N2
Manual use
150 mbar
C H F2 2 4
P_out 0.1-1.7 bar
Sample 2 Fresh Gas from Mixer
Sample 1 Return Gas from the Chambers
Sample 3 Supply Gas to the Chambers
CSC
Sample 1
GEM
Sample 2
Sample 1
Sample 3
Sample 2
Sample 1
Sample 3
1 2
1
2
PIP_out 0.1-1.7 bar
PIP_out 0.1-1.7 bar
YV 9102/1
YV 9102/2
YV 9102/3
YV 9102/4
YV 9102/7
HV 9101/1
YV 9102/8
YV 9202/1
YV 9202/2
YV 9202/5
YV 9202/3
NV 9106/ 1
YV 9202/4
YV 9202/1 NV 9206/ 2
FIV 9213PCV 9210
FIV 9113PCV 9110
NV 9106/ 3
FIV 9153/1
PCV
9150/1H
V 9151/1
FIV 9353/1
PCV
9350/1H
V 9351/1
FIV 9253
PCV
9350/2H
V 9351/2
FIV 9153/4
PCV
9250H
V 9251
FIV 9153/2
PCV
9150/2H
V 9151/2
FIV 9353/2H
V 9154/1,2,3
XANA 9116
XANA 9216
XANA 9117
XBUB 9129
XBUB 9229
HV 9201/2
Sample 2
Sample 3
YV 9102/5
YV 9102/6
FromTOTEMSystems
CMS USC-AreaCMS USC-Area– Common modules:Common modules:
– nonnon
– Sub-Detector Specific ModulesSub-Detector Specific Modules1.1. DT: multi-channel-sampling for ODT: multi-channel-sampling for O22 (5 analyzers) (5 analyzers)
2.2. CSC multi-way sampling for monitor chamber CSC multi-way sampling for monitor chamber and Oand O22 analyzer analyzer
3.3. RPC: (future monitor system)RPC: (future monitor system)
Relevant for current tender
UX O2
XBUB 9129/ 1
H02
XANA 9117XANA 9116
HV 9127
HV 9126 HV 9128
n-wayvalve
AV 9103/3
HV 9111/1
n-wayvalve
n-wayvalve
n-wayvalve
AV 9103/1
AV 9104/2
YV 9112/1
PV 9123
PI9221
PI9124
Monitor chamber DT.HV 9111/3
Multiplicity= 50 / Rack
Test entry
PUMP 9122
PV 9120
FIV 9113/ 2XBUB 9129
P1 = P_chamb-25 mbar P2 = 50-100 mbar
Optional
DT Input Gasfrom Pre-Dis
In UXC Distribution Racks DT Analysis Rack in USCRacks: S1L01 + S1l02
YV 9112/2HV 9111/2
Note: The control and running of the monitor chamber (read out, HV, LV, pressure, temperature monitoring, etc.) is independent of the gas control system
and handled by the DT group directly.
YB-2
YV 9112/3HV 9111/3
DT commonreturn YB-2 from Pre-Dis
HV 9130
HV 9129 HV 9131
HV
912
5
Calibration and purge gases
PI
PI
FIV 9153/ 1PCV 9150/ 1
HV
955
4
HV 9151/ 1
FIV 9153/ 2PCV 9150/2HV 9151/ 2
HV
935
4
HV
925
4
HV
945
4
HV
915
4
OO22-Analyzers for DT’s:-Analyzers for DT’s:
UX USC O2 analysis USC Monitor chambers
(1/5 of the installation)
UXMonitor chamber CSC
XBUB 9129/ 2FIV 9113/ 2
PV 9123
PI9121
PI9124
PUMP 9122
PV 9120
P1 = P_chamb-25 mbar
P2 = 50-100 mbar
11 lines from allreturns in Pre-distribution
plus common returnbefore pump.
Supply Mix from Pre-Distribution
Fresh Mix from TOTEM CSC
Reserve
Manual use
Exhaust
PI
Note: The control and running of the monitor chamber (read out, HV, LV, etc.) is independant of the gas control system
and handled by the CSC group directly.Space requirements for Chamber stuff < 1/ 3 of rack.
YV 9102/1
YV 9102/2
YV 9102/4
YV 9102/3
YV 9102/5
YV 9102/5
YV 9102/11
NV 9106/ 1
NV 9106/ 1
YV 9102/12
YV 9102/13
YV 9102/14
YV 9101/1
YV 9109/1
Purgegas
(argon)
Calibrationgas
O2
XBUB 9129PI PI
H02
XANA 9426
Note: one of the twoanalysers could be optional.
XANA 9116
HV 9115
HV 9127
HV 9118 HV 9125
HV 9117
HV 9128
FIV 9153/1
PCV
9150/1H
V 9151/1
FIV 9153/2
PCV
9150/2H
V 9151/2
FIV 9113/ 1
OO22-Analyzers for CSC’s:-Analyzers for CSC’s:
Summary CMS Analysis ModulesSummary CMS Analysis ModulesLocation
Sub-Detector
ModuleDrawing EDMS No.
ModuleID Number
PLCRoom Rack
SG G2A11 Common Standard IR Analyser 716155 91,92 Exp. Module
SG G2A12 Common Standard O2 + H2O analyser 716155 94 Exp. Module
SG G2B09 RPC GC analysis 716159 n.a. stand alone
SG G2B11 RPC Monitoring Chamber 716159 91 RPC
USCS1L04+S1L03 for O2
S1L01+S1L02 for Mon. Cham.
DTMulti-Channel Sampling for O2 and Monitor chamber
437166 91 - 95 DT
USC S1M01 CSCMulti-way Sampling for O2 and Monitor chamber
716157 91 CSC
USC S1J02 RPC Provision for future system - - -
Relevant for current tender
RPC: One hygrometer in humidifier module (existing)
CMS Budget SituationCMS Budget Situation
Loc.Loc. Analysis ModuleAnalysis ModuleCostCost
(P+M)(P+M)Funds in Funds in
WPWP InstrumentsInstruments
SGSGCommon O2 + H2OCommon O2 + H2O
43 k43 k 25 k25 k Tender nowTender now
SGSG Common IRCommon IR46 k46 k 25 k25 k Analyzer Analyzer
boughtbought
SGSG GC analysisGC analysisNot costedNot costed 00 RPC groupRPC group
SGSG RPC Mon. ChambersRPC Mon. Chambers18 k18 k 00 --
USCUSC DT O2 + Mon. ChamberDT O2 + Mon. Chamber110 k110 k 115 k115 k Tender nowTender now
USCUSC CSC O2 + Mon. ChamberCSC O2 + Mon. Chamber42 k42 k 00 Tender nowTender now
USCUSC RPC future Mon. chamberRPC future Mon. chamberNot costedNot costed 00 --
Preliminary
Relevant for current tender
Summary Analyzer needs CMSSummary Analyzer needs CMSOxygen Analyzer:Oxygen Analyzer:– 7 x devices used for common(1x), CSC 7 x devices used for common(1x), CSC
(1x) and DT (5x). (1x) and DT (5x). (high quality, compatible with gases, (high quality, compatible with gases,
automatic ranging, etc. ) automatic ranging, etc. )
HH22O Analyzer:O Analyzer:– 2 x device for common(1x) and for CSC 2 x device for common(1x) and for CSC
(1x) system: (1x) system: (large range 1 ppm to 25’000 ppm, high (large range 1 ppm to 25’000 ppm, high
reliability compatible with all gases).reliability compatible with all gases).
LHCbLHCb
LHCb Analysis ModulesLHCb Analysis Modules
SG Building SG Building Common analysis modules:Common analysis modules: One module for OOne module for O22 and H and H22O analysis for all O analysis for all
systems.systems.
UX-A AreaUX-A AreaSub-Detector Specific ModulesSub-Detector Specific Modules OT: Multi-way sampling system for H2O meter. OT: Multi-way sampling system for H2O meter.
Relevant for current tender
Common OCommon O22 and H and H22O Analysis O Analysis
Module (LHCb)Module (LHCb)
YV 9402/ 10
FromMuon
System
FromOT
System
Manual use
Sample 2
Sample 1
Sample 3
Sample 2
Sample 1
Sample 3
O2
FIV 9413XBUB 9429
Sample 2 After Purifier
Sample 1 Before Purifier
Sample 3 Fresh Gas from Mixer
Sample 4 Supply Gas to Chambers
Sample 4
Sample 4
PI H02
XANA 9418
Note: one of the twoanalysers could be optional.
Sample 1
Sample 2
XANA 9417FIV 9410
YV 9402/1
YV 9402/3
YV 9402/5
YV 9402/ 8
YV 9402/ 9
YV 9402/ 18
YV 9402/ 19
YV 9402/ 20
YV 9402/ 11
YV 9402/ 16
YV 9402/ 17
HV 9401/ 1
HV 9401/ 2
HV 9431
HV 9435
HV 9433 HV 9434
HV 9432
HV 9436
Ar
CO2
Free
YV 9402/4
CF4Supply gases
YV 9402/6Free
YV 9402/2
Calibration
YV 9402/6
1
2
YV 9402/ 12
YV 9402/ 13
YV 9402/ 14
YV 9402/ 15
YV 9402/ 21
NV 9106/ 1
NV 9106/ 6
Sample 4
Sample 1
Sample 2
Sample 4
FromRICH 1System
FromRICH 2System
UX
OO22-Analyzers for OT-Detector:-Analyzers for OT-Detector:
Monitor chamber OT
XBUB 9129/ 2FIV 9113/ 2
PV 9123
PI9121
PI9124
PUMP 9122
PV 9120
P1 = P_chamb-25 mbar
P2 = 50-100 mbar
Exhaust
Note: The control and running of the monitor chamber (read out, HV, LV, etc.) is independant of the gas control system
and handled by the OT group directly.Space requirements for Chamber stuff < 1/ 3 of rack.
Purgegas
(argon)
Calibrationgas
O2
XBUB 9129PI PI
H02
XANA 9426
Note: one of the twoanalysers could be optional.
XANA 9116
HV 9115
HV 9127
HV 9118 HV 9125
HV 9117
HV 9128
FIV 9153/1
PCV
9150/1H
V 9151/1
FIV 9153/2
PCV
9150/2H
V 9151/2
FIV 9113/ 1
n-wayvalve
AV 9103/3
n-wayvalve
HV 9111/3
Test entry
OT Input Gasfrom Pre-Dis
YV 9112/2HV 9111/2
YV 9112/3HV 9111/3
OT commonreturn
NV 9106/ 1
LHCb Budget SituationLHCb Budget Situation
Loc.Loc. Analysis ModuleAnalysis ModuleCostCost
(P+M)(P+M)Funds in Funds in
WPWP InstrumentsInstruments
SGSGCommon O2 + H2OCommon O2 + H2O
43 k43 k 35 k35 k Tender nowTender now
UX-AUX-A OT O2, H2O + Mon. ChamberOT O2, H2O + Mon. Chamber25 - 32 k25 - 32 k t.b.c.t.b.c. Tender nowTender now
Preliminary
Summary Analyzer needs LHCbSummary Analyzer needs LHCbOxygen Analyzer:Oxygen Analyzer:– 1 x devices used for Common module in 1 x devices used for Common module in
SG SG (high quality, compatible with gases, (high quality, compatible with gases,
automatic ranging, etc. ) automatic ranging, etc. )
HH22O Analyzer:O Analyzer:– 2 x devices for common + OT (1): 2 x devices for common + OT (1):
(range 1 ppm to 1’000 ppm, high reliability (range 1 ppm to 1’000 ppm, high reliability compatible with RICH gases).compatible with RICH gases).
ALICEALICE
ALICE SG-BuildingALICE SG-Building– Common Analysis Modules:Common Analysis Modules:
1.1. One module for general IR analysis. checking One module for general IR analysis. checking gas mixtures for TPC, TRD, TOF, RPC, CPC, PMD gas mixtures for TPC, TRD, TOF, RPC, CPC, PMD + CPV.+ CPV.
2.2. One module for OOne module for O22 and H and H22O analysis for all O analysis for all systems.systems.
– Sub-Detector Specific ModulesSub-Detector Specific Modules1.1. TPC: OTPC: O22 and H and H22O meters. TCD for mixture O meters. TCD for mixture
analysis.analysis.
Common OCommon O22 and H and H22O Analysis O Analysis
ModuleModule
O2
FIV 9413XBUB 9429
Sample 2 After Purifier
Sample 1 Before Purifier
Sample 3 Fresh Gas from Mixer
Sample 4 Supply Gas to Chambers
PI H02
XANA 9418
Note: one of the twoanalysers could be optional.
XANA 9417FIV 9410
YV 9402/1
YV 9402/3
YV 9402/5
HV 9431
HV 9435
HV 9433 HV 9434
HV 9432
HV 9436
Ar
CO2
Xe
YV 9402/4
NeSupply gases
YV 9402/6C2H2F4
YV 9402/2
Calibration
YV 9402/7
1
2
NV 9406/ 1
FromTOF
System
Manual use
Sample 2
Sample 1
Sample 2
Sample 1
Sample 3
YV 9402/8
YV 9402/9
YV 9402/10
YV 9402/4
HV 9401/1
YV 9202/12
YV 9202/14
YV 9202/15
NV 9406/ 1
NV 9406/ 5
YV 9402/7
YV 9402/8
FromTRD
System
CPC
Sample 3
YV 9402/11
YV 9402/5
YV 9402/6
Sample 4
PMD
CPV
Free
TPC
YV 9202/13
Sample 4
Common IR Analysis ModuleCommon IR Analysis Module
PI
N2 or Ar
PI
C H F2 2 4SpanGas 2
PI
Exhaust
0-30 l/h
Alarm Relay Contactof Chanel 2
to TOF Mixer
All Analog Outputsto Experiment Module
0-30 l/h
FromTOF
System
FromTPC
System
IRMeasurement
CO2
PI
Manual use
N2
Manual use
150 mbar
C H F2 2 4
P_out 0.1-1.7 bar
Sample 2 Fresh Gas from Mixer
Sample 1 Return Gas from the Chambers
Sample 3 Supply Gas to the Chambers
Sample 2
Sample 1
Sample 2
Sample 1
Sample 3
1 2
1
2
PIP_out 0.1-1.7 bar
PIP_out 0.1-1.7 bar
YV 9102/1
YV 9102/2
YV 9102/3
YV 9102/4
HV 9101/1
YV 9202/2
YV 9202/3
YV 9202/6
YV 9202/4
NV 9106/ 1
YV 9202/5
YV 9201/1 NV 9206/ 3
FIV 9213PCV 9210
FIV 9113PCV 9110
NV 9106/ 5
XBUB 9229
HV 9201/2
YV 9102/7
Gas 2IN
Gas 1OUT
Gas 3OUT
Span 1IN
Span 2IN
CO2
iC H4 10
Gas 1IN XANA 9116
XANA 9219
XBUB 9129
YV 9102/8
FIV 9153/1
PCV
9150/1H
V 9151/1
FIV 9253/1
PCV
9250/1H
V 9251/1
PCV
9250/2H
V 9251/2
FIV 9153/2
PCV
9150/2
HV
9151/2
FIV 9253/2H
V 9154/1,2,
Zero 1IN
Zero 2IN
RPCYV 9202/1
HV
9151/3
MixCO2
FromTRD
System
CPC
Sample 1
YV 9102/4
YV 9102/5
YV 9102/6
Sample 2
PMD
CPV
Free
Free
NV 9206/ 1
ALICE Plug-AreaALICE Plug-Area– Common modules:Common modules:
– nonnon
– Sub-Detector Specific ModulesSub-Detector Specific Modules– HMPID: OHMPID: O22 and H and H22O meters (Zone 2 / Atex)O meters (Zone 2 / Atex)
– HMPID: IR analysis for envelop gas (?)HMPID: IR analysis for envelop gas (?)
HMPID OHMPID O22 and H and H22O Analysis O Analysis
ModuleModule
PV 9123
PI9121
PI9124
PUMP 9122
PV 9120
P1 = P_chamb-25 mbar
P2 = 50-100 mbar
Purgegas
(argon)
Calibrationgas
O2
XBUB 9129
PI PI
H02
XANA 9126XANA 9116
HV 9115
HV 9127
HV 9118 HV 9125
HV 9117
HV 9128
FIV 9153/1
PCV
9150/1H
V 9151/1
FIV 9153/2
PCV
9150/2H
V 9151/2
FIV 9113/ 1
YV 9102/3
YV 9102/5
YV 9102/4
YV 9102/6
YV 9102/2
YV 9102/7
YV 9102/8
YV 9102/9
YV 9102/1Input
Gas fromindividual channels
Commonoutput
inside Distribution Rack Plug 3H
YV 9102/12
YV 9102/13
YV 9102/11
YV 9102/10From Purifier I
From Purifier II
Inlet gas
outlet gas
Inlet gas
outlet gas PI
YV 9109/1
All equipment in that rack must be ATEX certified for Zone 2
Summary ALICE Analysis ModulesSummary ALICE Analysis ModulesLocation
Sub-Detector
ModuleDrawing EDMS No.
ModuleID Number
PLC
Room Rack
SG SG / 1K Common Standard IR Analyser 742767 91,92 Exp. Module
SG SG / 1J Common Standard O2 + H2O analyser tbc 94 Exp. Module
SG G2B09 TPC O2, H2O + TCD ? 91, 92 TPC
Plug Plug / 3 J HMPID Multi-Channel Sampling for O2 and H2O 742768 91 HMPID
Plug ??? HMPIDMulti-Channel Sampling enclosure volumes (measure Traces of CH4)
742768 92 HMPID
Relevant for current tender
RPC: One hygrometer in humidifier module
ALICE Budget situationALICE Budget situation
Loc.Loc. Analysis ModuleAnalysis ModuleCostCost
(P+M)(P+M)Funds in Funds in
WPWP CommentsComments
SGSG Common O2 + H2OCommon O2 + H2O 42 k42 k
50.5 k50.5 k
Tender nowTender now
SGSGCommon IRCommon IR
44 k44 k Analyzer Analyzer boughtbought
PlugPlug HMPID O2 and H2OHMPID O2 and H2O 43 k43 k 17.9 k17.9 k Tender nowTender now
PlugPlugHMPID enclosure gasHMPID enclosure gas
(CH4 analysis)(CH4 analysis)Not costedNot costed 00
To be To be confirmedconfirmed
SGSG Hygrometer Humidifier Hygrometer Humidifier ModuleModule 8 k 8 k 5.5 k5.5 k Tender nowTender now
Preliminary
Summary Analyzer needs ALICESummary Analyzer needs ALICEOxygen Analyzer:Oxygen Analyzer:– 1x device used for common system. 1x device used for common system.
(high quality, compatible with all gases (except TGC), (high quality, compatible with all gases (except TGC), automatic ranging, etc. ) automatic ranging, etc. )
– 1x device for HMPID. 1x device for HMPID. - (0-1’000ppm range, ATEX certified for Zone 2, compatible (0-1’000ppm range, ATEX certified for Zone 2, compatible
with CH4 gas) with CH4 gas)
HH22O Analyzer:O Analyzer:– 1x device for common system: 1x device for common system:
(large range 1 ppm to 25’000 ppm, high reliability compatible (large range 1 ppm to 25’000 ppm, high reliability compatible with all mixtures).with all mixtures).
- 1x device 1x device - (0-1’000ppm range, ATEX certified for Zone 2, compatible (0-1’000ppm range, ATEX certified for Zone 2, compatible
with CH4 gas) with CH4 gas)
1x Hygrometer for RPC Humidifier Module (range up to 20’000 ppm)
Analyser Choices Analyser Choices andand
Tender Tender
Proposed Firms Proposed Firms
Oxygen AnalyzersOxygen Analyzers::AmetecAmetec
AMSAMS
OrbisphereOrbisphere
PanametricsPanametrics
TeledyneTeledyne
Hygrometers:Hygrometers:AmetecAmetec
Edgetec (G+M)Edgetec (G+M)
ShawShaw
Xentaur / MCMXentaur / MCM
OO22 Analyzers Technologies Analyzers Technologies
Electro-chemical:Electro-chemical:– Can be compatible with all mixtures, but may be not all companies have the Can be compatible with all mixtures, but may be not all companies have the
same degree of “savoir faire”.same degree of “savoir faire”.– Fuel cells have limited lifetime (~ 1 year)Fuel cells have limited lifetime (~ 1 year)– Can be sensitive to pollution in the gasCan be sensitive to pollution in the gas– Special cells for CO2 (not all suppliers have them)Special cells for CO2 (not all suppliers have them)– Cheap (5kCHF) transmitter type sensors exist Cheap (5kCHF) transmitter type sensors exist (not really appropriate for remote scanning systems)(not really appropriate for remote scanning systems)
– Sophisticated Instruments (> 8 kCHF) have:Sophisticated Instruments (> 8 kCHF) have:automatic ranging (usually required for multi channel systems)automatic ranging (usually required for multi channel systems)automatic calibration (required for high precision measurements)automatic calibration (required for high precision measurements)
Zirconium oxide:Zirconium oxide:– They cannot measure OThey cannot measure O22 in gas mixtures containing hydrocarbons. in gas mixtures containing hydrocarbons.– Longer lifetime than fuel cellsLonger lifetime than fuel cells– More reliable measurementMore reliable measurement– Usually more expensive than fuel cell technology Usually more expensive than fuel cell technology
Other technologies, e.g. paramagnetic, etc. exist, but they are not so universally useable. Other technologies, e.g. paramagnetic, etc. exist, but they are not so universally useable.
HH22O Analysers TechnologiesO Analysers Technologies
1.1. Capacitive:Capacitive:– Relatively inexpensive transmitter type sensorsRelatively inexpensive transmitter type sensors– Can be Atex certifiedCan be Atex certified– Good in low range, not so reliable > 1’000 ppmGood in low range, not so reliable > 1’000 ppm– Can be destroyed by acids present in the gasCan be destroyed by acids present in the gas
2.2. Wet mirror:Wet mirror:+ Much more reliable Much more reliable + Longer lifetimeLonger lifetime
– Higher priceHigher price– Not all instruments can measure low range Not all instruments can measure low range – Usually not ATEX certifiedUsually not ATEX certified
Next StepsNext Steps
Summary Analyser NeedsSummary Analyser NeedsOxygen Oxygen
AnalysersAnalysers HygrometersHygrometers
ATLASATLAS 11 33
CMSCMS 77 22
LHCbLHCb 11 22
ALICEALICE 22 22
TotalTotal 1111 99
Tender for OTender for O22 and H and H22O AnalysersO Analysers
Experiments should confirm quantity Experiments should confirm quantity and provide specs for each analyser.and provide specs for each analyser.
The Tender can take into account for The Tender can take into account for each individual analyser.each individual analyser.
We will keep the option to split the We will keep the option to split the contract into several smaller orders.contract into several smaller orders.
Calendar for TenderCalendar for TenderPartial or full Approval of layouts and Partial or full Approval of layouts and funds for analysis modules by the funds for analysis modules by the experiments.experiments.Draft technical specification Draft technical specification (with (with individual requirements for each sensor).individual requirements for each sensor).Approval of technical spec. 30Approval of technical spec. 30thth of June 2006 of June 2006
Sent out tender (Target date 7Sent out tender (Target date 7thth of July 2006) of July 2006)
Place analyser order September 2006. Place analyser order September 2006.
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