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The MSC-CI section 29/10/2009JPh Tock MSC-CI Agenda : LHC Quick status of LHC NC status + cryomagnet coordination Overview of ICIT work Components storage.

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Presentation on theme: "The MSC-CI section 29/10/2009JPh Tock MSC-CI Agenda : LHC Quick status of LHC NC status + cryomagnet coordination Overview of ICIT work Components storage."— Presentation transcript:

1 The MSC-CI section 29/10/2009JPh Tock MSC-CI Agenda : LHC Quick status of LHC NC status + cryomagnet coordination Overview of ICIT work Components storage Components procurements Section support to MP3 and patrol SMI2 status and proposal for storage X-ray tomography and its mock-up Possible/Likely interventions for future shutdown: Section participation to new inner triplet Cryostats - French collaboration QDXS Interconnections Cryogenics collimator SPL CERN/France collaboration

2 The MSC-CI section 29/10/2009JPh Tock MSC-CI LHC : Quick status of LHC Successful injection test All sectors < 2 K Leak in 3-4 !! Powering steps : 72 % Start 2 nd half of November at reduced energy (2 kA ; 1.18 TeV)

3 The MSC-CI section 29/10/2009JPh Tock MSC-CI LHC NC status + cryomagnet coordination (Role to be officialised ?) MB, SSS and IC NCRs status in LHC After last interconnections closure there were still many open NCRs: MB: 215 SSS: 438 IC: 17 The aim of this job is to point out the REAL NCRs that shall be treated during next shutdown, and to CLOSE all solved NCRs.

4 The MSC-CI section 29/10/2009JPh Tock MSC-CI LHC NC status + cryomagnet coordination MB, SSS and IC NCRs status in LHC After a BIG work of sorting and treating, the NCRs still open are as follows: MB: 63 (152 solved) SSS: 55 (383 solved) IC: 4 (13 solved) All the open ones were addressed to concerned colleagues. Most of them are in progress, BUT: 69 (!) need to be closed by CRG. At least 4 reminders were sent (the 1 st one on July 14 th…. ), no reaction at all! ELQA team (Richard Mompo and Giorgio Dangelo) and ICQA team (Christian Scheuerlein) reacted very fast, despite the big pressure they have to perform electrical tests in the tunnel.

5 The MSC-CI section 29/10/2009JPh Tock MSC-CI LHC NC status + cryomagnet coordination MB, SSS and IC NCRs status in LHC

6 The MSC-CI section 29/10/2009JPh Tock MSC-CI LHC LHC CRYOMAGNETS MAINTENANCE WEB SITE Created by José Pereira Lopes TE-MCS-MNC

7 The MSC-CI section 29/10/2009JPh Tock MSC-CI LHC Overview of ICIT work since December 2008 to now Inspections of magnets taken out from LHC tunnel (endoscopy, video, pictures, removing unwanted objects, cleaning) - SMA18, Bld.904; results assigned to Vincent Baglin (VAC). Preinspections of magnets on SMI2 (visual inspection of extremities, flanges thickness measurement; SC cables checking, endoscopy and reflectometry of beamlines). Preinspections of interconnections before assembly work in sectors 1-2, 3-4, 6-7 (general condition after transport to the LHC tunnel, IC length measurement). Inspections of interconnections before closure (cleanness, presence of protection shells, general conditon of equipment). US test of bus-bars (sec. 3-4, 4-5, 5-6, 6-7) Analysis of US test results of LHC main bus bar splices obtained during repair works of sector 3-4 (summary and comparison of present and previous US measurements) (by P. Dziewonski) QQBI.13L5 SSS227 M2 MB 2192 M2 Anna Wozniak (ICIT-HNINP) – Section Meeting - Shutdown 2009

8 The MSC-CI section 29/10/2009JPh Tock MSC-CI LHC Overview of ICIT work since December 2008 to now Anna Wozniak (ICIT-HNINP) – Section Meeting - Shutdown 2009 Endoscopy of beamlines in the tunnel (cut PIM, blocked RF ball, suspicious places; inner triplets) and removing unwanted objects (plastics, MLI pieces). Endoscopy of connection cryostats (checking supports position, bus-bars and isolation condition, assistance during special plastic support installation). Checked CC: E.11R3, E.11L4, E.11R5, E.5L6, E.11L6, E.11R6, E.11L7. Endoscopy of other instalation, i.e. endoscopy of pipes in SPS water cooling system (by P.Borowiec), endoscopy of power supply system in AMS Satelite (by P.Borowiec; A.Wozniak, R.Haber) Beam lines reflectometry in LHC tunnel – sec. 3-4, from QQBI.20R3 to QBQI.32R3 (by P. Borowiec) Documentation of all tasks in MTF, updating MTF data, reporting ICIT tasks on weekly coordination meetings.

9 The MSC-CI section 29/10/2009JPh Tock MSC-CI LHC Overview of ICIT work since December 2008 to now Anna Wozniak (ICIT-HNINP) – Section Meeting - Shutdown 2009 Paweł Borowiec Anna Wozniak-Chrul Ryszard Haber Jerzy Brzezicki Paweł Dziewonski During Shutdown 2009 ICIT : inspected 55 magnets on surface; inspected 58 interconnections before assembly works; big amount of magnets in all sectors were under endoscopy investigations, ie meters of beam line in sector 6-7 were inspected; 166 US tests were done in four sectors (3-4, 4-5, 5-6, 6-7); As a result of these inspections 363 non-conformities were opened:

10 The MSC-CI section LHC Components storage

11 The MSC-CI section 29/10/2009JPh Tock MSC-CI LHC Components procurements (Nico) Support post procurement Visit to CASA last week to present our needs ( units). Good news: keep the same production line as for the series Waiting for an offer end of October

12 The MSC-CI section 29/10/2009JPh Tock MSC-CI LHC Components procurements W bellows & Vacuum Vessel W Bellows Market Survey done with MME and completed Goal: Call for tender in Spring 2010 both for LHC spares and new inner triplets (Fixed dimensions !) Vacuum vessels Market Survey done with MME and completed Goal: Call for tender in Spring 2010 In parallel, MS for new inner triplets done with CEA/CNRS

13 The MSC-CI section 29/10/2009JPh Tock MSC-CI LHC Section support to MP3 and patrol: * MP3 shifts : Andrea & JPhilippe Will increase as some members are not available anymore * Patrols : Alain & (Arnaud)

14 The MSC-CI section 29/10/2009JPh Tock MSC-CI LHC SMI2 (Michel) Projet: Extension SMI2 Premier projet: 375m2 jumellé avec SMI2 Budget 800KCHF SMI2 Bat Actuel 200m2 Deuxième projet 450m2 a la place du Bat 3194 Budget 400KCHF

15 The MSC-CI section LHC SMI2 (Michel)

16 The MSC-CI section 29/10/2009JPh Tock MSC-CI LHC X-ray tomograph System Now Under Calibration Test on CERN Mockup at RAYSCAN Phase 1 Commissioning Tests at RAYSCAN on 19 and 20 November Phase 2 Commissioning Tests at CERN During Week 51 Final Commissioning in the LHC Tunnel During January 2010 access time

17 The MSC-CI section 29/10/2009JPh Tock MSC-CI LHC X-ray tomograph mock-up

18 The MSC-CI section 29/10/2009JPh Tock MSC-CI LHC Possible/Likely interventions for future shutdown: Repair of connection cryostats in 4 sectors if warmed-up (2-3,4-5, 7-8, 8-1) Consolidation of 6 kA splices if validated (Chamonix, WG) Leak in 3-4: localisation, repair and check of geometry Installation of DN200 (3.5 sectors) Who ? Investigation on open electrical NCs in warmed-up sectors Installation of DN160 on 2 SAM (if asked by cryo) (L2, L8) Open issues identified during HWC and operation To be preliminary defined end of January

19 MSC-CI US? (MSC-CI) MSC-CI MSC- LMF MSC- LMF MSC- LMF MSC- LMF MSC- CI MSC- ML US MSC-CIMSC-CI MSC-CIMSC-CI MSC-CIMSC-CI MSC-CIMSC-CI MSC-CIMSC-CI MSC-CIMSC-CI TE-CRG MSC-CI US Q1Q2aQ2bQ3 D1CP QDXS US DFX CryoExt SC Link QRL 29/10/2009JPh Tock MSC-CI Cryostats : L Williams (CNRS) IC : A Vande Craen QDXS : N Bourcey The MSC-CI section New Inner Triplets : Section participation - Regular meetings within the section

20 CRYOSTAT (Q1,Q2A,Q2B,Q3,D1)

21

22 Triplet Cryostat Particularities Based on, and as far as possible, using LHC Arc Cryostat Components, tooling and methods The cryostat body is well advanced, interface details will be adjusted to suit the interconnects etc. Identical cryostat length and cross-section for all 4 quadrupoles, and the D1 Shorter cryostat components for the CP Some similarities concerning the envelope thermal insulation of the QDSX The MS tooling set will be upgraded (preserving its original function) to be able to cryostat Q1 Q2A Q2B Q3 CP and D1. To be reinstalled in SMI2 after modification Some part of the CNRS dipole tooling may be incorporated eg: the electric winch

23 NIT : CNRS Collaboration Orsay le 07/10/2009

24 NIT : CNRS Collaboration

25 IPNO has launched their Market Survey for Triplet Vacuum Vessels Bottom Tray extrusions are in house Procurement of support posts is underway Superinsulation Blankets to be obtained - probably from Jehier Elastomer seals are acceptable in the radiation environment for ~ 10 yrs The cold/warm transitions not yet designed Complete cryostat design to be reviewed as part of the triplet cryo- magnet chain in January The cold/warm transitions not yet designed PROCUREMENT

26 The MSC-CI section 29/10/2009JPh Tock MSC-CI New Inner Triplets : QDXS (Nico) First integration studies done BY EN-MEF Discussion launched with TE-CRG to collect their experience and understand cryogenics requirements Courtesy of S.Maridor Discussion launched with EN-MME to start first modelisation Courtesy of B.Vullierme

27 The MSC-CI section 29/10/2009JPh Tock MSC-CI New Inner Triplets : Interconnection Size of lines Necessary clearance Position of lines Design for pressure Transversal section

28 The MSC-CI section 29/10/2009JPh Tock MSC-CI New Inner Triplets : Interconnection Longitudinal section Global view Details (technical solutions)

29 The MSC-CI section 29/10/2009JPh Tock MSC-CI Cryogenics collimator Modification of SC dispersion suppressors to accommodate additional collimators (cryo-collimators) halo 2012 :

30 The MSC-CI section 29/10/2009JPh Tock MSC-CI SPL: PSB SPS Linac4 LP-SPL PS LHC / sLHC Output energy 160 MeV 1.4 GeV 4 GeV 26 GeV 50 GeV 450 GeV 7 TeV Linac2 50 MeV LP-SPL: Low Power-Superconducting Proton Linac (4 GeV) PS2: High Energy PS (~ 5 to 50 GeV – 0.3 Hz) sLHC: Super-luminosity LHC (up to cm -2 s -1 ) Proton flux / Beam power PS2 Presen t Future Courtesy of R.Garoby

31 31 Motivation and Objectives for a cryo-module prototype Motivation: Construction of a prototype cryomodule as a major milestone in support to the TDR and project proposal (including costing) in Objectives: - Validate (and eventually improve) the design (thermal and thermo-mechanics) and construction features; - Demonstrate the construction capability on a full-scale machine cryomodule housing β=1 cavities and SC quadrupoles; - Enable RF testing (cavities, couplers, tuners…) on a multi-cavity assembly in their real operating environment; - Validate cryogenic cooling and acquire experience in operation; - Learning of the critical assembly phases, in particular the preparation of a long string of cavities in clean room; October 2009

32 French contribution (Accord Technique No2, Protocole K1597/DG) In support to the SPL study: Participate to the developpement and construction of the prototype cryo- module β=1. CNRS/IN2P3: –Participate to the detailed design and integration of the cryostat –Supply of cryostat components for the cryo-module prototype. CEA: –Design and fabrication of two helium vessels for the beta=1 cavities –Design and supply of the assembly tooling for the cryo-module prototype

33 Funding and resources ( ) French contribution (CEA/CNRS): –M = 430 kCHF (267 kEuro) –P = ~7 FTE.year (3.5 cat.2, 3.5 cat.3) CERN part (Total-French contribution): –M = 870 kCHF (including 1.25FTE.year EN design jobs) –P = 9.5 FTE.year 4 FTE.year (cat.2); 5.5 FTE.year (cat.3) missing resources still to be identified

34 The MSC-CI section 29/10/2009JPh Tock MSC-CI CERN French collaboration (Vittorio) Protocole de Collaboration K1597/DG Contribution Exceptionnelle de la France en Nature aux Nouveaux Projets du CERN Signe en Decembre Accords Techniques: 1.Linac 4 2.SPL 3.Nouveaux Aimants Supraconducteurs 4.CLIC Valeur de la contribution: Euros (hors TVA) dont: – Euros en matériel – Euros en main dœuvre 1 ere Réunion du Comite de Suivi de Protocole, CERN, 9 juillet 2009

35 The MSC-CI section 29/10/2009JPh Tock MSC-CI CERN French collaboration (Vittorio) Comité de Suivi de Protocole (CSP) CERNCNRSCEA Coordinateurs CSPV. ParmaB. LaunéA. Daël Resp. technique AT No.1: LINAC 4M. VretenarA. Variola – LALO. Napoly – SACM Resp. technique AT No.2: SPLV. ParmaP. Duthil – IPNOS. Chel – SACM Resp. technique AT No.3: AimantsP.FessiaD. Reynet – IPNOJM. Rifflet – SACM Resp. technique AT No.4: CLICG. GeshonkeA. Jeremie – LAPPF. Ardellier – SIS Membres du Comité Role du CSP: mise en œuvre générale de la collaboration veille à la cohérence des actions menées par les responsables des Accords Techniques Recommande aux Parties les éventuelles propositions davenants tient à jour linventaire des achats de biens et services et de lutilisation du personnel du CEA et du CNRS/IN2P3 dans le cadre des AT sur la base des relevés fournis par ces deux Parties. Reunions du CSP: (au moins) deux fois par an, à tour de rôle au CEA, au CERN ou au CNRS/IN2P3, et seront présidées par le représentant de la Partie hôte. Note importante: Chaque Accord technique fait lobjet dun suivi séparé par les responsables des AT. 1 ere Réunion du Comite de Suivi de Protocole, CERN, 9 juillet 2009

36 The MSC-CI section 29/10/2009JPh Tock MSC-CI Conclusion (JPhT) + ICIT : P Dziewonski, R Haber, A Wozniak + D Perez Caparros


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