Installation plan for LAB modules

Slides:

Advertisements

Similar presentations

CLIC two-beam module integration issues 4 th CLIC Advisory Committee (CLIC-ACE), May 26-28, 2009 CLIC two-beam module integration issues G. Riddone on.

Advertisements

Thermal Tests Analysis of transient response Elena Daskalaki Alex Vamvakas Athanasios Zelios.

Two Beam Module Thermo-mechanical tests Elena Daskalaki Alex Vamvakas Athanasios Zelios.

5th Collaboration Meeting on X-band Accelerator Structure Design and Test Program. May 2011 Review of waveguide components development for CLIC I. Syratchev,

, CLIC Test Module Meeting Status of the DB Quad adjustable support design Mateusz Sosin CLIC Module WG Meeting, 22-May-2013.

Alignment of DB and MB quadrupoles Hélène MAINAUD DURAND 17/11/2011 With a lot of input from Sylvain GRIFFET.

LCWS12, 25/10/ CLIC two-beam module development Status and future plans G. Riddone Outlook Short introduction CLIC Module Validation program Future.

TMM of the CLIC Two-Beam Module T0 in the LAB – Proceedings to structural FEA Riku Raatikainen

Influence of the Gravity, Vacuum and RF on CLIC Module T0 Behavior R. Raatikainen.

Vacuum, Surfaces & Coatings Group Technology Department Vacuum tests for CLIC module prototypes 6 November 2013 C. Garion2 Outline: Reminder: specification.

Mechanical design, analysis and integration of pre-alignment systems for CLIC M.Anastasopoulos / BE-ABP-SU.

ENGINEERING DESIGN AND FABRICATION OF PETS V. Soldatov¹, D. Gudkov¹, I. Syratchev², A. Samoshkin¹, G. Riddone², A. Olyunin¹, S. Atieh² 1 – JINR, Dubna,

Status of vacuum & interconnections of the CLIC main linac modules C. Garion TE/VSC TBMWG, 9 th November 2009.

MICE RFCC Module Update Allan DeMello Lawrence Berkeley National Laboratory MAP Winter Collaboration Meeting at JLab, Virginia February 28, 2011.

CLIC alignment studies OUTLINE CLEX Alignment of the components Impact of beam on sensors readings Long term stability of the supports (girders, DB quad)

INTEGRATION OF RF STRUCTURES IN THE TWO-BEAM MODULE DESIGN G. Riddone, CERN, Geneva, Switzerland A. Samoshkin, D. Gudkov, JINR, Dubna, Russia Abstract.

CTC, Two-beam module program (WP CTC-004) CLIC Modules (boundary conditions, technical system design and integration) CDR modules Prototypes.

Status of: CLIC Two-Beam Module Magnets R&D and Procurement 1 Michele Modena, CERN TE-MSC IWLC10, WG8, 21October 2010.

LARP LHC PHASE II COLL RC1 TESTS - S. Lundgren 06 June 2006 No 1 /17 LARP Phase II Secondary Collimator RC1 Collimator Test Program Plan Forward Revised.

06-November-2013 Thermo-Mechanical Tests BE-RF-PM Review of the CLIC Two-Beam Module Program Thermo-Mechanical Tests L. Kortelainen, I. Kossyvakis, R.

1 Updates on thermal tests Updates on thermal tests F. Rossi September 5, 2012.

1 Status of the CLIC two-beam module program A. Samochkine, G. Riddone Acknowledgements to the Module WG members 4 February 2014 CLIC Workshop 2014 (3-7.

TBL as a 12 GHz power source, overview and first results from commissioning IWLC 2010 workshopSteffen Döbert, BE-RF  Current status of TBL  Status of.

CLEX TBM T0 Cooling system Progress Report 1 V. Soldatov, A. Vamvakas, BE-RF

Discussion points TBM meeting 23/09/2015. Updates Global 3D assembly updated, no severe problems/clashes T1 RF network dimensions updated WPS arms machined.

Dmitry Gudkov BE-RF-PM CLIC Module Working Group Engineering design of the adjustable supporting system for DBQ.

TM0 components inventory and procurement schedule In LAB testing facility A. Bartalesi.

MICE RFCC Module Update Allan DeMello Lawrence Berkeley National Laboratory MICE CM29 at RAL, UK February 17, 2011.

CLIC08 workshop CLIC module layout and main requirements G. Riddone, on behalf of the CMWG Home page of the TBM WG:

Short range alignment strategy in CLEX and first results CLIC Workshop January 2015 on behalf of : Hélène Mainaud-Durand, Mateusz Sosin Mathieu.

CLIC Module WG 20/07/2009 H. MAINAUD DURAND, BE-ABP/SU Pre-alignment system and impact on module design.

1 Thermal tests planning for mock-up TM0 Thermal tests planning for CLIC prototype module type 0 May 30th,

«BE-RF-PM» CLIC prototype two-beam modules Thermal test planning G. Riddone, F. Rossi Introduction Thermal tests 1.Environment 2.Heating and.

CLIC two-beam modules TEST modules final schemes Dmitry Gudkov BE/RF CLIC Module Working Group.

cern.ch 1 A. Samoshkin 28-Feb-2011 Progress on CDR module design.

Updated Thermo-Mechanical Model of the CLIC Two-Beam Module Riku Raatikainen

1 Thermal tests planning for mock-up TM0 Thermal tests planning for CLIC prototype module type 0 July 17,

TBM Vacuum considerations Alex Vamvakas 15/07/2015.

CLIC module Experimental program for module array Module review, June 22 nd 2015Elena Daskalaki, BE-RF-MK.

Fiducialisation and initial alignment of components for CLIC Mateusz Sosin on behalf of the CLIC active pre-alignment team CLIC Workshop 2015.

cern.ch CLIC MEETING (17-Dec-2010) CLIC TWO-BEAM MODULE LAYOUT (short introduction) BE / RF 1.

7-Sep-2011 CLIC RF Structure Development Meeting «BE/RF» TD26 WITH COMPACT COUPLER FOR CLEX (TD26 CC SiC) ENGINEERING DESIGN this structure will be used.

Peak temperature rise specification for accelerating structures: a review and discussion CLIC meeting

CLEX TBM T0 Cooling system Design strategy 1 V. Soldatov, A. Vamvakas, BE-RF

CLEX constraints between the 2 linacs CLIC meeting 18 March 2015 Vivien RUDE Contents : (Alignment in the CLEX) Lab constraints CLEX constraints.

Date 2007/Sept./12-14 EDR kick-off-meeting Global Design Effort 1 Cryomodule Interface definition N. Ohuchi.

H. MAINAUD DURAND on behalf of the CLIC active pre-alignment team Status on CLIC pre-alignment studies.

Module layout and types Two-beam module review, September 2009 Module layout and types G. Riddone for the CMWG,

Status of the CLIC module R&D G. Riddone on behalf of the CLIC module WG (special contributions from A. Samoshkin, D. Gudkov, A. Solodko, N. Gazis)

Two-beam module layout

Ad-hoc Transportation test of «CLIC module»

LCWS11 WG4 Fully featured accelerating structure engineering design

Update on the DB Girders FE Analyses

on behalf of the CLIC active pre-alignment team

TEST MODULE WG Cradles for CLIC module supporting system

Alignment methods developed for the validation of the thermal and mechanical behavior of the Two Beam Test Modules for the CLIC project Hélène MAINAUD.

Thermal-Structural Finite Element Analysis of CLIC module T0#2

Thermal-Structural Finite Element Analysis of CLIC module T0#2

Module roadmap to end of 2017

Thermal review of CLIC module

The path to a new CLIC main-linac module

CLIC WORKSHOP January 2013 BODYCOTE Your main sub-contractor for thermal processes Raymond SAEZ-Patrick JACQUOT.

TBL, Status, Plans, Experiments

List of changes and improvements for the next generation CLIC module

TBM thermal modelling status

LCWS 2017 – 26th October C. Rossi

TM0s and TM1 components inventory and procurement schedule

Experimental program for module array

LARP Phase II Secondary Collimator RC-1

Thermal test (lab modules)

Presentation transcript:

Installation plan for LAB modules CLIC Module Review 2015 Alex Vamvakas 22/06/15

Overview Current setup Configuration T0-T0-T1 Component changes Testing Capabilities Schedule

Current setup One TBM, type 0 Components mock-ups Heaters simulate heat dissipation Limitations: DBQ mock-ups without cooling Single heaters through beam lines – Poor testing range No UHV tests possible due to leaks Central vacuum mechanically couples the two beamlines

Existing T0 (not affected) Configuration Addition of 2 modules – 3 modules string Configuration T0-T0-T1 Variety of supporting systems Great flexibility for testing CERN/Boostec Microcontrol ZTS/Boostec T1 DB MB CERN/Epucret T0#2 T1 T0#1 575 Existing T0 (not affected) New T0 (modified) New T1 Offset between MB and DB for TBM T1, due to MB quad

Structures Current SAS mock-up: Disc design Complex brazing operations 2m long piece Difficult alignment (banana shape) and handling Single heater No possibility for independent SAS control Internal heating No possibility for thermal tests under vacuum Similar to real AS High cost

Structures New SAS mock-up: Simplified single piece core 510mm Simplified single piece core Damping material included Independent heaters on the outer side Possibility of simultaneous vacuum and thermal loading Integrated cooling for both AS Cooling channel Heater slot 6 units in Industry 1 unit in CERN

DB Quads Current mock-ups No coils Partly heated from internal heater Rest of power comes from cartridge heaters No cooling Distorted thermal results – too much heat to the girder Adjustable supports Big success in CLEX Option for motorisation M. Sosin Real DBQs Water cooled Real heat dissipation

Vacuum System Decoupling of the two girders: Mini pumps on PETS and SAS Independent vacuum tank for MB Tested in CLEX 8

Supporting System Epucret girder Adjustable V-supports Cheaper Removable supports Testing flexibility Adjustable V-supports Easier alignment Under development V. Soldatov

Cooling System Maximum measurement flexibility Dynamics control through flow regulation DAQ system 18 flow meters 18 control valves ~65 temperature sensors Integration with the module for CLIC

Testing capabilities Vacuum tests Vacuum + thermal Independent SAS breakdown study Module interconnection, including MB quad Accurate DBQ thermal behaviour More relevant alignment experiments on module string

Installation plan Current status MB girder removed and modified Girders measurement ongoing SAS mock-ups ordered RF components under fabrication

Installation plan Supporting system Drilling floor for MB DB is tricky, reverse installation order MB Quad supporting system Test of actuators electronics

Installation plan Girders Girder measurement & fiducialisation - ongoing Girder installation Alignment

Installation plan DBQ Supporting system under fabrication Measurement - fiducialisation Installation

Installation plan PETS Under fabrication Fiducialisation Installation

Installation plan MB Quad Position fixed Designing support

Installation plan SAS Manufacturing, lead time 6 months Fiducialisation Installation

Installation plan RF network Under fabrication RF network installation Compact loads installation

Installation plan Vacuum network Finalising design Fabrication Support of minipumps

Schedule Projected finish date: 29/01/16 Last 3 months combine installation with alignment tests

Summary Thank you!! T0-T0-T1 configuration More relevant components design Great testing flexibility Projected finish 31/01/2016 Thank you!!