1 IR Hall for GLD Oct. 3. 2006 Y. Sugimoto KEK. 2 Underground hall HybridPure CMS IR hall area (WxL)25x55 Beam height8.6 Crane max hook height20.5 Largest.

Slides:



Advertisements
Similar presentations
Tagger and Vacuum Chamber Assembly Procedure. Outline. Assembly procedure for tagger and vacuum chamber. Support stands. Alignment.
Advertisements

SiD Surface assembly Marco Oriunno (SLAC) MDI-CFS Meeting Sep. 4-6, 2014, Ichinoseki (Japan)
Assembly Hall in Hybrid-A’ and ILD 2014/9/6 Yasuhiro Sugimoto 1.
SiD assembly Marco Oriunno (SLAC), May. 14, 2014 ALCW 2014, Fermilab Infrastructures & Timeline for Hybrid Access.
IR Magnets for SuperKEKB KEK, Norihito Ohuchi 1.IR Magnets (ES, QCS, QC1) 2.Interference between Magnet-Cryostats and Belle 3.Summary SuperB.WS05.Hawaii.
Global Design Effort Detector concept # Plenary introductory talk IRENG07 Name September 17, 2007.
1 Status of infrastructure MICE Video Conference, August 17, 2005 Yury Ivanyushenkov Applied Science Division, Engineering and Instrumentation Department.
DH in Hybrid-A and ILD 2014/9/5 Yasuhiro Sugimoto 1.
Experimental hall in Japanese mountain site Y. Sugimoto ILD MDI/Integration 1.
Construction and Installation of the CLIC Experimental Area
BDS Design Studies John Amann ILC Mechanical Engineering 10/24/06.
1 Design of Solenoid and iron yoke for GLD KEK Hiroshi Yamaoka Ken-ichi Tanaka July 13, ‘05.
1 GLD Surface Assembly Y. Sugimoto KEK
Hall D Civil and Detector Progress Elliott Wolin 12-Sep-2002 U. Of Regina Middle of Nowhere Canada.
1 Alternative assembly option of ILD Y.Sugimoto 2010/10/18 ILD Integration
Experimental hall in Japanese mountain site Y. Sugimoto 1.
October 13, 2006 Global Design Effort 1 International Linear Collider Machine Detector Interface Materials for discussion at Engineering Forum: experiences.
WP2 Superbeam Work Breakdown Structure Version 2 Chris Densham (after Marco Zito version 1 )
ILC experimental area - How to ‘develop’ CFS details for TDP (cavern size, number of shafts, HVAC, EL spec etc) ? - KEK site specific issues CFS V.Kuchler.
LINEAR COLLIDER COLLABORATION Designing the world’s next great particle accelerator Detector Hall Configuration Overview New baseline (Hybrid A’) proposed.
Thanks to Andrei for slides October 26, 一般報告 Hitoshi Yamamoto, Oct 26, 2006.
KEK Hiroshi Yamaoka Task list for Magnet/Iron yoke Solenoid magnet Iron yoke Experimental hall and other facilities May 11, ’05.
MEA Machine and Experiment Assembly 1 Norbert Meyners, MEA Engineering Forum at CERN 12.Okt Thoughts about LDC Hall and Assembly (Work is not finished.
1 GLD and GLDc Sep. 12, 2007 Y. Sugimoto KEK. 2 Compact GLD Option Motivation –GLD and LDC will write a common LoI –The detector design should have common.
Zian Zhu Magnet parameters Coil/Cryostat/Support design Magnetic field analysis Cryogenics Iron yoke structure Mechanical Integration Superconducting Magnet.
10/2010 IWLC2010 Global Design Effort 1 Brief Overview of Interaction Region Conventional Facilities in RDR Times Presenter Tom Lackowski.
Global Design Effort Critical Interaction Region Issues, Report from the IR engineering workshop Andrei Seryi, SLAC October 24, 2007.
The ILC IR John Amann ILC Mechanical Engineering 09/12/06.
ILD requirement for assembly space and time 2015/11/3 Yasuhiro 1.
Warm-Up #1 11/30 1. Write down these 3 formulas:
GLD experimental hall and detector assembly Y.Sugimoto KEK 27 Sep
1. Introduction 2. Magnetic field design Optimization of yoke configuration in several conf. Boundary conditions -
Philip Burrows MDI Panel Meeting 15/08/06 Philip Burrows John Adams Institute Oxford University SiD and IR/MDI Issues.
ILD and SiD in Japanese site (from discussions in SiD/ILD E/D Interface Working Meeting) Yasuhiro Sugimoto, Marco Oriunno 2011/12/15 SiD
SiD MDI Issues Tom Markiewicz/SLAC Beijing ACFA/GDE Meeting 05 February 2007.
T2K Remote Handling T. Sekiguchi (KEK) on behalf of Tada (KEK) 2012/11/10.
Experimental hall in Japanese mountain site 2011/11/30 Yasuhiro CFS Webex meeting 1.
SECONDARY BEAM HANDLING AND INFRASTRUCTURE DESIGN STATUS BRUNO FERAL (CERN/EN) DIAMANTO SMARGIANAKI (CERN/EN) Project Leader: I.Efthymiopoulos (Cern/EN)
MEA Machine and Experiment Assembly Norbert Meyners, MEA 12. July 2007ILC IRENG07 WG-A1 LDC Engineering Design (Status) Introduction General Design Detector.
Joint Institute for Nuclear Research Deformations and stresses in the flux return yoke A.Efremov, Yu.Lobanov, A.Makarov Darmstadt,
SuperB Integration SuperB Experimental hall. Related topics of Slac D&D activities.
/ 11 Updates of PANDA 3D Model CM June 2016 at GSI, MEC Session J. Lühning, GSI Updates for: Panda Hall Target Spectrometer Latest version.
An idea of ILD general assembly plan 2015/10/8 Yasuhiro Integration Meeting 1.
Kitakami Side AHCAL Assembly or anywhere in any detector.
M.Oriunno, SLAC 1 SiD installation with horizontal access shafts Marco Oriunno, SLAC SiD/ILD Engineering Meeting SLAC, December 2011.
1 Update of detector hall in mountain regions Y.Sugimoto in Granada.
Experimental Hall in Mountain Regions
Beam Dump Hall Volume Beam Dump Meeting at SLAC May S.Ban
2016/9/30 Yasuhiro Infra/CFS mini-ws
Detector Hall Design and Cost Information CONVENTIONAL FACILITIES
CLIC Handling Engineering Update
Updated Design of Detector Hall
Introduction and Meeting Objectives
Detector Utility/Service Cavern
Yasuhiro Sugimoto 2012/2/1 ILD integration meeting
Marco Oriunno (SLAC), March 12, 2014 MDI WG
Experimental hall design in Japanese site
Update of experimental hall in Japanese mountain site
Detector Service Cavern for ILC
Hybrid Access Optional Study
Detector hall in mountain regions
SuperB Experimental Hall
Radiation Physics requirements for the IR
SiD IR Layout M. Breidenbach, P. Burrows, T. Markiewicz
CMS Gantry for Detector Lowering
Detector hall in mountain regions
Extract from today’s talk given to DCB
SiD IR Layout M. Breidenbach, P. Burrows, T. Markiewicz
8-10 April 2014 CFS-ADI Joint Meeting
IR Beam Transport Status
Presentation transcript:

1 IR Hall for GLD Oct Y. Sugimoto KEK

2 Underground hall HybridPure CMS IR hall area (WxL)25x55 Beam height8.6 Crane max hook height20.5 Largest item to liftPieces of yoke 280 t Concrete shield 100 t IR hall crane300 t100 t IR hall crane clearance to the roof TBD by CF group Resulted total size of the hall (WxLxH) 25x55x35 (height is TBD)

3 Access shaft HybridPure CMS Largest item to lower through shaft Solenoid; 270t/9mx9mBarrel iron ring with solenoid; 2000t / 15mx9m IR shaft size 16m  20m  IR shaft fixed surface gantry crane 2000t / 1.5y Surface hall crane should serve IR shaft? Yes Other shafts near IR hall for access No (2 shafts for 2 detectors) Elevator and stairs in collider hall shaft? Yes

4 Surface assembly buildings HybridPure CMS Surface building areaTBD Largest item to liftPiece of yoke; 280tInner vacuum tank; 180t for 10cm thick (to be studied) Surface assembly cranes300t, 50t200t, 50t Surface assembly crane max hook height 25m (vertical installation of coil into cryostat) Surface assembly crane clearance to the roof TBD by CF group Resulted volume of surface assembly hall TBD

5 Crane access HybridPure CMS Surface assembly hall crane access area TBD IR hall crane access area (WxL) 18x39 Max detector height15.8 (= ) (Cables, cryogenic apparatus, etc., not included) Detector diameter14.4 Minimum detector clearance X; 5.2 (to wall) Z; 5.0 (to wall)

6 Others HybridPure CMS Electronics hut4x10x10(m 3 )x2huts Electronics hut location Against wall at both sides When the e-hut is installed underground After assembly of detector