Presentation is loading. Please wait.

Presentation is loading. Please wait.

LARP Phase II Secondary Collimator RC1

Published byCaren Andrews Modified over 6 years ago

Similar presentations

Presentation on theme: "LARP Phase II Secondary Collimator RC1"— Presentation transcript:

1 LARP Phase II Secondary Collimator RC1
Collimator Test Program Status Revised 8/22/06 LARP LHC PHASE II COLL RC1 TESTS - S. Lundgren 06 August No 1 /22

2 Jaw/Cooling Tube Joint Development
Model of Coil Winding Test piece 200mm long x 86mm diameter LARP LHC PHASE II COLL RC1 TESTS - S. Lundgren 06 August No 2 /22

3 Jaw/Cooling Tube Joint Development
Section view of test Mandrel brazed to Jaw sections Jaw Mandrel 136mm dia 200mm LARP LHC PHASE II COLL RC1 TESTS - S. Lundgren 06 August No 3 /22

4 Aluminum Mandrel for Coil Winding Test
Cooling Tube aligner 200mm LARP LHC PHASE II COLL RC1 TESTS - S. Lundgren 06 August No 4 /22

5 Jaw/Mandrel/Cooling Tube Next Step
Copper Mandrel in fabrication Stake coil to mandrel during winding to prevent spring back Fully annealed tubing wound into groove Braze assembly together Machine od to eliminate distortions & add wire groove Braze together with Jaw halves (wire & foil) Cut into sections for braze joint inspection Document results with photos and write-up of process LARP LHC PHASE II COLL RC1 TESTS - S. Lundgren 06 August No 5 /22

6 Single Jaw Thermal Test Hardware Progress
Molybdenum Shaft has order out to bid: Is long lead (6-8 weeks) and may hold up timely progress So …. Stainless Steel Shaft may be used instead (for this test only) Mandrel fabrication drawing will be completed this week And released to shop soon after Jaw fabrication drawing complete except final dimensions of I.D. Not released to shop yet LARP LHC PHASE II COLL RC1 TESTS - S. Lundgren 06 August No 6 /22

7 Single Jaw Heater Test Shaft
Model of Shaft showing 1mm raised shoulder (Hub) at center LARP LHC PHASE II COLL RC1 TESTS - S. Lundgren 06 August No 7 /22

8 Molybdenum Shaft end detail
Relief on O.D is for stiffening sleeve and worm gear mounting Slots for tubing extend past bearing and are 180 deg offset Relief on I.D. is for roller bearing LARP LHC PHASE II COLL RC1 TESTS - S. Lundgren 06 August No 8 /22

9 Single Jaw Thermal Test Hardware
Jaw Sections ~450 mm long Jaw sections are manufactured as quarter cylinders for fabrication accuracy and ease of braze assembly Only 4 or 5 flats are planned for the test and for measurement purposes LARP LHC PHASE II COLL RC1 TESTS - S. Lundgren 06 August No 9 /22

10 Single Jaw Thermal Test Setup Progress
Instrumentation is mounted in Rack Data Acquisition and Control Module 32-Channel Isothermal Terminal Block 32-Channel Amplifier Instrumentation has been tested With vendor provided TC Will also test displacement sensor functioning Example System Schematic has been generated More work needed to complete the entire system schematic LARP LHC PHASE II COLL RC1 TESTS - S. Lundgren 06 August No 10 /22

11 Single Jaw Thermal Test Hardware
Test Lab Setup Block Diagram Bldg Power fuse Heater #1 Controller Jaw Heater #1 fuse 100 Amp Tap Over Temperature Control fuse Jaw Heater #2 Heater #2 Controller fuse PC with LabView Software Jaw Internal Cooling Line Jaw deflection sensors Capacitec Signal Amplifier Chiller DAC & Signal Processor Jaw thermocouples Bldg Power LCW Water (Supply) LCW Water (Return) LARP LHC PHASE II COLL RC1 TESTS - S. Lundgren 06 August No 11 /22

12 Development/Test Lab Layout
Item availability Chiller & LCW Next to Clean Tent Vacuum equip’t SLAC misc? Heater Power supplies In Clean Tent Gantry In Bldg Granite table Instrumentation Power to CR Work proceeding LARP LHC PHASE II COLL RC1 TESTS - S. Lundgren 06 August No 12 /22

13 Granite surface plate in Clean Tent
LARP LHC PHASE II COLL RC1 TESTS - S. Lundgren 06 August No 13 /22

14 16.5 kW Chiller adjacent to Clean Tent
LARP LHC PHASE II COLL RC1 TESTS - S. Lundgren 06 August No 14 /22

15 Power Supplies staged for installation in rack
LARP LHC PHASE II COLL RC1 TESTS - S. Lundgren 06 August No 15 /22

16 Instrumentation rack and computer workstation
LARP LHC PHASE II COLL RC1 TESTS - S. Lundgren 06 August No 16 /22

17 No fabrication drawings have been done as yet
RC1 Design Progress Models and assemblies of the various Collimator Mounting Stands are complete An enlarged vacuum tank has been modeled and some CERN support stand modifications have been identified No fabrication drawings have been done as yet Layouts, calculations and models of two Jaw mounting as well as a rotation scheme have been explored…. LARP LHC PHASE II COLL RC1 TESTS - S. Lundgren 06 August No 17 /22

18 Plug and Play Concept for Jaw mounting
LARP LHC PHASE II COLL RC1 TESTS - S. Lundgren 06 August No 18 /22

19 Another View LARP LHC PHASE II COLL RC1 TESTS - S. Lundgren 06 August No 19 /22

20 Some important Jaw mounting details
Draws on features from CERN Phase 1 Collimator Top and Bottom RF springs (not shown) are identical To CERN part Positioning and Guiding Plates are similar to CERN Design CERN Contact RF Assy can be used Modified CERN Pivot Tensioning Plate LARP LHC PHASE II COLL RC1 TESTS - S. Lundgren 06 August No 20 /22

21 Spring Return Ratchet Actuator
Press here to rotate the worm/ratchet shaft 2 leaf springs produce linear motion LARP LHC PHASE II COLL RC1 TESTS - S. Lundgren 06 August No 21 /22

22 Ratchet, Worm and Worm Gear
Shaft and Jaw mount details not shown for clarity 100 Tooth Worm Gear (mounts to shaft) Single turn Worm 20 Tooth ratchet Bearing 2X LARP LHC PHASE II COLL RC1 TESTS - S. Lundgren 06 August No 22 /22

23 RC1 Mechanical Prototype
FY07 RC1 consists of jaws, tank & actuators - evaluated for horizontal (shown), vertical (90o) and skew (+/- 45o) orientations. FY08, RC2 LARP LHC PHASE II COLL RC1 TESTS - S. Lundgren 06 August No 23 /22

Download ppt "LARP Phase II Secondary Collimator RC1"

Similar presentations

CIEMAT technological contributions to linear colliders Fernando ToralGandía, 3/12/2005.

CIEMAT technological contributions to linear colliders Fernando ToralGandía, 3/12/2005.
RF Cavity Module G. Gosling Dept. of Mechanical Engineering Imperial College London.

RF Cavity Module G. Gosling Dept. of Mechanical Engineering Imperial College London.
Purpose Body Making module is designed for bending the laminated foil film in the shape of a tube, for welding the side seam and for cutting bodies with.

Purpose Body Making module is designed for bending the laminated foil film in the shape of a tube, for welding the side seam and for cutting bodies with.
2006-06-21Coll Eng E Doyle 1/18 LARP Phase II Secondary Collimator RC1 Prototype Engineering Status 6/21/06 Jaw-hub-shaft concept - continued Permanent.

Coll Eng E Doyle 1/18 LARP Phase II Secondary Collimator RC1 Prototype Engineering Status 6/21/06 Jaw-hub-shaft concept - continued Permanent.
MP Prototype 2 1IWF-EXP/ÖAW GRAZ  Smaller Size  Outcome of the test results with MP-P1 was the need for a reduced cross section  Rectangular Shaped.

MP Prototype 2 1IWF-EXP/ÖAW GRAZ  Smaller Size  Outcome of the test results with MP-P1 was the need for a reduced cross section  Rectangular Shaped.
MICE RF Cavity Design and Fabrication Update Steve Virostek Lawrence Berkeley National Laboratory MICE Collaboration Meeting October 27, 2004.

MICE RF Cavity Design and Fabrication Update Steve Virostek Lawrence Berkeley National Laboratory MICE Collaboration Meeting October 27, 2004.
4m Undulator Design Concepts Amanda J Brummitt CCLRC RAL On behalf of the HeLiCal Collaboration.

4m Undulator Design Concepts Amanda J Brummitt CCLRC RAL On behalf of the HeLiCal Collaboration.
Status of the LARP Phase II Secondary Collimator Prototype 30 September 2013 LHC Collimation WG Meeting Tom Markiewicz/SLAC BNL - FNAL- LBNL - SLAC US.

Status of the LARP Phase II Secondary Collimator Prototype 30 September 2013 LHC Collimation WG Meeting Tom Markiewicz/SLAC BNL - FNAL- LBNL - SLAC US.
Progress on the MICE 201 MHz Cavity Design Steve Virostek Lawrence Berkeley National Lab RF Working Group Fermilab August 22, 2007  automatic.

Progress on the MICE 201 MHz Cavity Design Steve Virostek Lawrence Berkeley National Lab RF Working Group Fermilab August 22, 2007  automatic.
Update on Be Wall Cavity Steve Virostek Lawrence Berkeley National Lab MTA RF Workshop November 15, 2010.

Update on Be Wall Cavity Steve Virostek Lawrence Berkeley National Lab MTA RF Workshop November 15, 2010.
Status of the LARP Phase II Secondary Collimator Prototype 14 October 2013 LHC Collimation WG Meeting Tom Markiewicz/SLAC BNL - FNAL- LBNL - SLAC US LHC.

Status of the LARP Phase II Secondary Collimator Prototype 14 October 2013 LHC Collimation WG Meeting Tom Markiewicz/SLAC BNL - FNAL- LBNL - SLAC US LHC.
ILC Main Linac Superconducting Cryogen Free Splittable Quadrupole Progress Report V. Kashikhin for Superconducting Magnet Team.

ILC Main Linac Superconducting Cryogen Free Splittable Quadrupole Progress Report V. Kashikhin for Superconducting Magnet Team.
SLAC rotating collimator for HiRadMat beam tests 14 March 2014 S. Redaelli, A. Bertarelli, CERN T. Markiewicz, SLAC US LHC Accelerator Research Program.

SLAC rotating collimator for HiRadMat beam tests 14 March 2014 S. Redaelli, A. Bertarelli, CERN T. Markiewicz, SLAC US LHC Accelerator Research Program.
LARP Rotatable Collimator Prototype Assembly completed and all mechanical tests successful: Cooling tubes now twist, under vacuum, as jaws turn, with R~1.

LARP Rotatable Collimator Prototype Assembly completed and all mechanical tests successful: Cooling tubes now twist, under vacuum, as jaws turn, with R~1.
LARP Rotatable Collimator Prototype Assembly completed and all mechanical tests successful: Cooling tubes twist, under vacuum, as jaws turn, with R~1 m.

LARP Rotatable Collimator Prototype Assembly completed and all mechanical tests successful: Cooling tubes twist, under vacuum, as jaws turn, with R~1 m.
LARP Rotatable Collimator Prototype Assembly completed and all mechanical tests successful: Cooling tubes twist, under vacuum, as jaws turn, with R~1 m.

LARP Rotatable Collimator Prototype Assembly completed and all mechanical tests successful: Cooling tubes twist, under vacuum, as jaws turn, with R~1 m.
Spectrometer Solenoid Update Steve Virostek Lawrence Berkeley National Lab Roy Preece Rutherford Appleton Lab October 28, 2011 MICE Collaboration Meeting.

Spectrometer Solenoid Update Steve Virostek Lawrence Berkeley National Lab Roy Preece Rutherford Appleton Lab October 28, 2011 MICE Collaboration Meeting.
LARP Rotatable Collimators for LHC Phase II Collimation 26 October 2006 LARP Collaboration Meeting – Port Jefferson, NY Tom Markiewicz/SLAC Representing.

LARP Rotatable Collimators for LHC Phase II Collimation 26 October 2006 LARP Collaboration Meeting – Port Jefferson, NY Tom Markiewicz/SLAC Representing.
LARP Rotatable Collimator Prototype Assembly completed and all mechanical tests successful: Cooling tubes now twist, under vacuum, as jaws turn, with R~1.

LARP Rotatable Collimator Prototype Assembly completed and all mechanical tests successful: Cooling tubes now twist, under vacuum, as jaws turn, with R~1.
MICE RFCC Module Update Allan DeMello Lawrence Berkeley National Laboratory MAP Winter Collaboration Meeting at JLab, Virginia February 28, 2011.

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

Similar presentations

Ads by Google