QXF Cable Winding Test and End Parts Design

Slides:



Advertisements
Similar presentations
May 9, 2012D. R. Dietderich, LARP CM-18 Cable Fabrication Plans and Experience D.R. Dietderich Lawrence Berkeley National Laboratory bnl - fnal- lbnl -
Advertisements

The HiLumi LHC Design Study (a sub-system of HL-LHC) is co-funded by the European Commission within the Framework Programme 7 Capacities Specific Programme,
F. BORGNOLUTTI Oct. 16 th 2012 Winding Test plan for the MQXF Cable.
HQ & LHQ End Parts Miao Yu Fermilab 08/27/12. HQ parts All the spacers are arriving within a week. 2.
LQ Reaction & Impregnation Tooling Internal Review F. Nobrega, N. Andreev August 13, 2007.
Susana Izquierdo Bermudez, on behalf of the winding team
Long HQ coil drawings now available 1 Miao Yu. Dead voltage taps in TQ/LQ/HQ coils Inner layer: 24, outer layer: 12 (33 inner/23 outer per coil for TQ/LQ/HQ)
LHQ Coil 1 OL Curing LHQ Coil 1 Shipping Miao Yu 02/28/2013.
Summary of the end part design process using BEND R. Bossert February 14, 2013.
S. Caspi, LBNL HQS Progress Report High Field Nb 3 Sn Quadrupole Magnet Shlomo Caspi LBNL Collaboration Meeting – CM11 FNAL October 27-28, 2008.
Magnet rotated by 5.9 degree Distance from entrance point to magnet right bottom corner m.
Outline: Goals for the cable development at CERN. Main parameters of the cable. Cable development work for a cable width of 15.1 mm and for a cable width.
SQXF 25 m Cable Practice Winding at LBNL Miao Yu Dan Cheng 10/31/2013.
LHQ Coil Fabrication Experience and Plan Miao Yu 04/08/2013.
11 Oct , 2013 by Video LBNL Cable Experience for HiLumi HiLumi LARP/LHC Strand and Cable Internal Review Oct , 2013 by Video D.R. Dietderich,
Coil Design and Fabrication Miao Yu Outline Introduction Coil Design –Coil Pole –Coil End Parts –Coil Insulation Coil Fabrication –Winding.
IR Quad Cost Estimate Status Marc Kaducak 02-Nov-2012 IR Quad Cost Estimate - M. Kaducak1.
Coil parts & Instrumentation issues for LQ/HQ coils tested at Fermilab HQ/LHQ coil parts task force.
Fred Nobrega. 9 Dec 2014 Model Design & Fabrication – FNAL Fred Nobrega 2 Outline Background Mechanical Design Model Magnet Features Coil Technology and.
1 QXF heater parameters G. Chlachidze, M. Marchevsky March 13, 2014.
Design Features: still to be determined and open questions P. Ferracin 4 th Joint HiLumi LHC-LARP Annual Meeting November 17-21, 2014 KEK, Tsukuba.
QXF Cable Status D.R. Dietderich Conductor Working Group Video Meeting, Sept. 17, 2014.
LQ status and plans – G. Ambrosio 1 LARP Collaboration Meeting - LBNL, April , 2006 BNL - FNAL - LBNL - SLAC OUTLINE: Goals, Input and Output Sub-tasks.
MQXF Cable for Q1/Q3 D.R. Dietderich MQXF Conductor Review November 5-6, 2014 CERN.
FNAL QXF Curing Mold Miao Yu, FNAL 05/07/2013. FNAL Short Curing Press 2 2 meter long Capacity (pump psi) Max. force/cylinder kN (ton) Spacing cm(inch)
E. Cavanna, N. Bourcey, P. Ferracin, S. Izquierdo Bermudez, J. Mazet, J. C. Perez, F.O. Pincot, X. Sarasola
DOE Review of LARP – February 17-18, 2014 Coil Design and Fabrication Miao Yu February 17,
First approaches J. García, F. Toral, J. Munilla – CIEMAT.
F. Borgnolutti January 17 th 2013 Proposal for a winding test procedure for qualifying the QXF cable.
Plans and schedule for QXF Giorgio Ambrosio and Paolo Ferracin Joint LARP/CM20 HiLumi meeting Napa Valley, CA, USA 8-10 April, 2013 The HiLumi LHC Design.
LHQ Coil 02 Winding and Curing Miao Yu 07/11/2013.
The HiLumi LHC Design Study (a sub-system of HL-LHC) is co-funded by the European Commission within the Framework Programme 7 Capacities Specific Programme,
Fred Nobrega, Nikolai Andreev 21 September, 2015.
Maximum Areas in HPK Rule (ATLAS internal only) Y. Unno (KEK) 2015/1/13, 2015/4/8 updated, Y. Unno1.
New options for the new D1 magnet Qingjin Xu
1 Quench Protection Workshop - 04/29/2014 QXF heater design M. Marchevsky, D.W. Cheng (LBNL) E. Todesco (CERN) T. Salmi (Tampere UT) G. Chalchidze, G.
16 T Dipole Design Options: Input Parameters and Evaluation Criteria F. Toral - CIEMAT CIEMAT-VC, Sept. 4th, 2015.
Outline: Strand R&D and strand procurement and inventory. Main parameters of the cable without a core. Results obtained during the cable development without.
MQXFS Coil V1 Fabrication Status -Winding and Curing Miao Yu
QXF Coil Fabrication: Baseline Decisions QXF Coil Working Group Video Meeting (Revised from discussion during presentation) Dan Cheng April 16, 2013.
1 QXF / SQXF heater design update M. Marchevsky (12/03/13)
SQXF1 End Parts Mini Review G. Ambrosio and P. Ferracin October,
SQXF Cu Cable Winding Test at LBNL Dan Cheng Dec 17, 2013.
QXF Coil Insulation during Each Step QXF Coil WG Miao Yu 08/22/2013.
DOE Review of LARP – February 17-18, 2014 SQXF Coil Design and Fabrication Winding and Curing Miao Yu February 17,
QXF Reaction / Impregnation Fixtures J. Schmalzle 4/9/13.
QXF Winding/Curing Tooling and Curing Mold Miao Yu, FNAL 04/09/2013 CM20_Napa Valley, CA.
LHQ Coil Design and Features Miao Yu Fermilab May 09, 2012.
Susana Izquierdo Bermudez for the QXF team Acknowledgements: G. Ambrosio, P. Ferracin, P. Hagen, M. Juchno, G. L. Sabbi, E. Todesco, X. Wang.
TE-MSC. 07/04/2016 Jose Ferradas TE-MSC-MDT Alejandro Carlon TE-MSC-MDT Juan Carlos Perez TE-MSC-MDT On behalf to MSC-MDT section and Coil working group.
Pocket and Metric Hole in End Parts Miao Yu 02/25/2014.
LHQ01 IL Curing Miao Yu 01/31/2013. LHQ IL Packing for Curing 2.
LHQ Coil Fabrication Experience and Plan Miao Yu 04/08/2013.
MQXF Cable for Q1/Q3 D.R. Dietderich MQXF Conductor Review November 5-6, 2014 CERN.
CERN Cabling Experience FRESCA 2, 11 T Dipole and MQXF A. Ballarino
QXF Coil Fabrication & Tooling Reaction / Impregnation
MQXF cable with RRP wires for Q2
Coil Design and Fabrication
Halbach Magnets: Design, Prototypes & Results
Mechanical stability and QXF coil winding
MQXF Short Models Status and Plans
MBHSP02 test STATUS and first results
Analytical Cost Model (16 T dipole)
Introduction to the technical content The Q4 magnet (MQYY) for HL-LHC
Voltage tap layout and quench antenna options for the long QXF magnet
MQXF cable with RRP wires for Q2
MQXF coil cross-section status
H. Felice, M. Segreti,, J.M. Rifflet, D. Simon
QXF schedule and milestones
Cross-section of the 150 mm aperture case
Presentation transcript:

QXF Cable Winding Test and End Parts Design Miao Yu Fermilab 11/15/2012

IL RE Pole Preliminary Design Based on QXF cross-section design 3 BEND program Import the output (a group of points) of BEND to CAD software Create ruling lines and the surface, and then generate the parts

QXF Cable Winding Test Setup L1 RE Pole Mandrel Spacer HQ/LHQ Winding Mandrel Two IL RE pole pieces (rapid prototype) Total winding length ~0.77m

End Parts Design Plan Once the cross-section is chosen, Fermilab will design end parts using BEND. Fermilab and CERN will share the parameters. The parts will be fabricated by laser sintering. Practice coil will be fabricated (LQXF). The “BEND” end parts will be compared with the “ROXIE” end parts.

Appendix: BEND input file for IL RE pole Input file for MQXF It.#1 Inner Coil R.E. group 1 (0/6) : Oct 12, 2012 3.698346457 !!!OD93.938mm 2.952755906 !!!!ID75mm 11.87476226728 !!!!outer starting angle 15.21818009212 !!!!initial edge angle 0.061712598 !!!!!cable mid-thickness1.5675mm 0.65 !!!!keystone angle 0.0 !!!rounding of corners of the cable 0 6 !!!!number of cables on each side 1 !!!!choose inside group A-length 0.984251968 !!!!!!A length 25mm N !!!do not choose the final edge angle of the guiding strip 10 !!!estimated final edge angle !!!A Length Final edge angle !!18mm 12.99 !!25mm 10.13

Feedback: Privacy Policy Feedback
Do Not Sell My Personal Information
About project: SlidePlayer Terms of Service

© 2025 SlidePlayer.com. Inc. All rights reserved.