LHCb Non-LHC Experiments Jean-Christophe GAYDE

J-Ch GAYDE | SU pendant LS1 day | 07.11.2012 | EDMS 1250936 | page 1

LHCbNon-LHC ExperimentsJean-Christophe GAYDE


LHCbActivités prévues pendant le LS1

• Main survey works for LHCb (from LHCb Tech. Coordination):

Beam pipe under vacuum and at atmospheric pressure Detectors before full opening Beam pipe parts before dismounting 13 m long Be parts 2 - 3 and steel

part 4 Upgrade of survey network with new references (Cryo side) BCAM System for beampipe and IT1 opening/closing and monitoring Geometrical follow-up during consolidation of dipole magnet coil supports Installation and adjustment of new beam pipe supports New HPDs in RICH (to be confirmed) All detectors survey and adjustment during detector closing Beam pipe at atmospheric pressure and under vacuum New MoEDAL modules (tbc)

• In parallel: analysis and survey reports


LHCbPlanning des activités

• SU planning has to follow the LHCb planning• Main periods:

Feb to Apr 2013: All survey for opening + Beam pipe dismounting May 2013 to May 2014 main tasks:

Network upgrade LHCb C side Measurement of the full network and connection to HLS Connection Right to Left (tbc, opening of shielding not sure) Survey for magnet consolidation Coordination, installation, commissioning of a IT/VC BCAM monitoring

system

June 2014 to Closure of the cavern: New Beam Pipe supports installations and adjustments Installation of new Beam Pipes Survey for closure – All detectors


• Main Survey for COMPASS during LS1 (from COMPASS) Geodetic network: Reconstruction partly needed after shielding modification

OD Magnet: Cold mass survey and adjustment + Positioning of OD magnet in exp. area

DC4,W45...: Preparatory work in clean room + Re-installation into beam pos. after repair

CAMERA: Preparatory work for repair + Ring A position after assembly

DC5&DC6: Most probably will be needed after LS1 ...????

DY: Two parts of the absorber, fiducialisation for each + Positioning on the beam

ECAL0: Survey of the rails, movable platform, ECAL0 positioning on the beam etc.

As usual,1 month of survey just before start of the RUN 2014 will be needed

• In TOTAL: ~3 months in-field work for 2 surveyors = 6 man/monthsThe estimation is very rough and will be clarified in the forthcoming months...

• In parallel the analysis and reports for above mentioned works

Non-LHC - COMPASSActivités prévues pendant le LS1


Non-LHC – HIE-ISOLDE SurveyActivités prévues pendant le LS1

• Main HIE ISOLDE survey activities – Assembly and tests of CMs

Clean Room class 100 and class 10000 installation (Dec 2012 to Sept. 2013)• Preparatory work : Floor level, 1st geodetic network, tracing …(Dec.2012 to Feb.2013)• Infrastructure installation i.e. adjustments of base plates, long rail, geometrical control

after sealing …• Survey controls for Gantry preassembly out of the Clean Room and assembly in the

Clean Room Cryo Modules Assemblies: CM1 (Sept. 2013 to Feb. 2014), CM2 (Mar. 2014 to Jul.

2014)• Preparatory work : Fiducialisation and control of Top Plate, adjustments…• Alignment of cavities and solenoid• Closure of the CM, relationship between ext. reference sockets and side references

Vacuum and Cryo Tests of CM1 (March 2014 to Apr. 2014) CM2 (Aug. 2014 to Sept. 2014)

• Preparatory work : Geodetic network installation / Adjustment of CMs / Installation of alignment tables

• CMs follow-up by survey and monitoring of Cavities and Solenoid


Non-LHC – HIE-ISOLDE SurveyActivités prévues pendant le LS1

• Main HIE ISOLDE survey activities – Installation in the Isolde Hall

CE + Tunnel (Mar 2013 to Oct. 2013)• Beam Line Tracing, assembly follow-up and control of infrastructure position

Transfer Line – Phase 1• Support tracing (end 2013) + Jacks pre-alignment (Period Jan. to Jul. 2014)• Magnet procurement, test and fiducialisation (from Mar. 2014 to May 2014)• Start of Transfer Line install and alignment from June ??? to end of September 2014

LINAC - Phase 1• CM1 delivery May 2014, CM2 delivery Sept. 2014• Survey and alignment of CMs• Cool-down beginning of November


Non-LHC – HIE-ISOLDE MonitoringActivités prévues pendant le LS1

• Main HIE ISOLDE Monitoring System activities and dates Target type decision End of 2012 Target final design and production for 2 CMs for installation in March 2014 HBCAM design and 2 prototypes (OSI) Dec. 2012 HBCAM test and calibration in Brandeis (GK) Mid 2013 Production of HBCAMs for end 2013 Software finalized for end 2013 Metrological table design Early 2013 Installation for CM tests Feb 2014 Installation Metrological Tables and Alignment System in LINAC May to Sept.

2014 Commissioning Alignment System (Oct. 2014)


Non-LHC – HIE-ISOLDEActivités prévues pendant le LS1

• Survey work HIE survey during 2013 and 2014: 1 team of 2 persons half time, 1

FTE

• Alignment and Monitoring System ~1.2 FTE + Some help from time to time

• HIE-ISOLDE: Work distributed all along the LS1 period


Procédures

• Mainly from installations or survey previously performed• Documentation in survey reports on EDMS• New tasks According to discussions with responsible persons

• Special procedure according to work in Clean Rooms for HIE-Isolde

• As usual Adaptation to the cavern conditions will be needed


Matériel

• Mainly identical for all the experiments:

• Instruments: TC2002, NA2, D2x (Photogrammetry), AT401, 3D Laser Scanner

• Software: Carnet4000, PCTOPO32 (LGC, CHABA, …), Shapes, Geode AICON 3D Studio, Spatial Analyzer.


Total: 16 FTE

Les acteurs et les rôles

AB AF DM FK JCG PS MB PJAS PH GK C1 C2 C3

VB (ATL1

)

ML (ATL2

)

AM (CMS

1)CMS2 NM

(ALI)

Tengiz

(LHCb)

ALICE 20% 70% 10% 30% 60% ATLAS 90% 10% 20% 80% 100% 80% CMS 40% 10% 50% 80% 100% 100% LHCb 10% 70% 20% 40%AD Areas 10% 10% CAST 10% 10% 10% 10% COMPASS 20% 20% HIE Alignt 10% 20% 100% 10% ISOLDE et HIE Survey 10% 10% 50% 50% NA62 10% 20% 20% 10% SPS/PS Areas 10% 10% 10% Computing (prépa) 10% Materiel 10% 20% Coordination 30% 80% 50% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 80% 100% 100% 60% 40%


Conclusions

• LHC Experiments Main Survey identified and prepared but non-planned activities are probable

• Non-LHC Experiments NA62 – COMPASS - HIE-ISOLDE Survey: Work identified Others: Will be known at the last minute, work load estimated from last

years demands• Most critical period of co-activities

At the beginning of the LS1 During the last months of LS1 Closing of LHC Experiments + Non-LHC ones HIE-ISOLDE: Work distributed all along the LS1 period

• Safety ALARA rules to be applied in some cases + preparation for future

• Resources Large effort from BE and PH / Important help from LHC experiments

collaborations CMS 2nd person + PJAS PH To be finalized

LHCb Non-LHC Experiments Jean-Christophe GAYDE

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