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Cooling Channel Count Recap Cooling channel components # Engineering? Absorber: temperature 8*3 yes pressure 2*3 yes He temp 2*3 level 8*3 yes length (optical) 4*3 design Magnetic: power supply 2*3 probes 12*2*3 temperature 10*3 Cryo: pressure ? He flow 1*3 He temperature 2*3 Hydride bed ? RF: power 8 yes phase 8 yes temperature 8 yes Vacuum O2 monitors ?
Thermometers and Level Sensor in LH2 Thermometers in Vacuum Wiring and Connecters for Absorber 32 pin Connecter on KF40 32 pin Connecter (1 of 2) on KF40
Thermometers and Level Sensor in LH2 LH2 Wiring and Connecters
Thermometers in Vacuum Vacuum Wiring and Connecters
MICE CM February 08Jean-Sébastien GraulichSlide 1 Detector DAQ Hardware Status o Introduction o Preliminary list o Plan for action o Summary Jean-Sebastien.
Feb Absorber/coil instrumentation and controls Subsystems Absorbers RF Magnets Monitoring/safety Data acquisition: Information on system.
Photo KEK March-28, 2002 MICE Absorber and Test Cryostat Shigeru Ishimoto (KEK) Shoji Suzuki (KEK) Edgar Black (IIT) Mary Anne Cummings (NIU) (1) MICE.
MICE Safety System DE Baynham TW Bradshaw MJD Courthold Y Ivanyushenkov.
Internal Cryomodule Instrumentation ERL Main Linac Cryomodule 10/10/2015 Peter Quigley, MLC Design Review.
1 / 13 05/2002 Electrical/Component Testing. 2 / 13 V + – H Menus (wiggle test) Connector check Harness (visual) Harness check (supplies and ground) Component.
MICE LH2 Absorber Instrumentation - What is necessary/ desirable? (physics calibration) Temperature inside the the absorber Temperature inside the absorber.
Sensor specification Sensor Network Group. Sensor Specification Constraints of tiny sensors –Power: For survival and sensing. –Computation: Application.
Controls Review Want to record a full configuration of the experiment at every possible “event”, including controls data. Event trigger = accelerator.
Power Plant Construction and QA/QC Section 5.4 – Key Systems and Components Engineering Technology Division.
Controls and monitoring in MICE 1.Physics and systematics 2.Controls types 3.Controls list 4.Data record M. A. Cummings April 2004 CERN.
Nov-1st 2004, MICE TV Conf. Plans for absorber tests at KEK Shigeru Ishimoto KEK.
Engineer Training Drying System, IR and Temp Control.
1 Mice Collaboration Meeting CM33 Glasgow University 25 th – 29 th June 2012 STFC Daresbury Laboratory Electrical Infrastructure Report Authors : Ian Mullacrane.
Absorber R&D and Test Results CM16 at RAL, Oct 8-11, 2006 Shoji Suzuki & Shigeru Ishimoto KEK.
MICE AFCSWG Safety Review Summary Mary Anne Cummings Dec. 17, 2003 MICE Video Conference.
Controls for Particle ID/tracking in MICE 1.Physics and systematics 2.Controls types 3.Controls list 4.Needed for particle ID/tracking M. A. Cummings May.
17 March 2005Edda Gschwendtner1 MICE Cooling Channel: Can we predict cooling to ? Edda Gschwendtner Challenge Systematics Cooling Channel Beam Line.
Date 2007/Sept./12-14 EDR kick-off-meeting Global Design Effort 1 Cryomodule Interface definition N. Ohuchi.
Bob Hayward Receiver Engineer Feed & Front End PDR Feb Feed & Front End PDR Monitor & Control and Cryogenics.
Slow controls and instrumentation of MICE 1.Physics and systematics 2.How the state of the cooling channel gets defined 3.Engineering for the signal readout.
AdV- VAC CTRL SYS/Cryo Interface 06Feb2013. Cryotrap cryogenics (simplified sketch) = the ‘electronic’ equipment needed to read LN2 level, temperature,
38GXC(Q)/40GXC(Q) Service Training Sizes 18 and 24K.
Instrumentation and Controls Test Plan Review 17 th February 2012 Roy Preece (STFC RAL)
MICE Hydrogen Control System MICE Safety Review Meeting 4 th Oct 2011 PJ Warburton - Daresbury Lab.
MICE Hydrogen Control System MICE H2 Review Meeting RAL 15 th Jan 2015 PJ Warburton – STFC Daresbury Lab.
1 MICE Hydrogen System Elwyn Baynham, Tom Bradshaw, Iouri Ivaniouchenkov RAL MICE / RAL Safety RAL, 30 October 2003.
ENGINEERING APPLICATIONS Telecommunication Long Distance Communication Handle large number of channels Signalling purposes Computer Networks Connecting.
Goal of MICE: out / in of Assuming a standard (or agreed to) definition of 6-D cooling. We can also assume that the tracker can give.
Flammable Gas Electrical Safety Concerns for detectors: Power per channel Feedthroughs Seals.
RFQ Cooling Schemes and Instrumentation PXIE RFQ Fabrication Readiness Review LBNL – June 26, 2013 Andrew Lambert - Engineering Division Lawrence Berkeley.
May 12, 2004 TJR1 Effects of Downstream Iron Shield Position on MICE Good- Mu+ Rates Tom Roberts Illinois Institute of Technology May 12, 2004.
MCTF 8/17/06 A. Bross MTA Activities and Plans MCTF August 17, 2006 A. Bross.
CM27 – 8 th July 2010 LH2 System Progress and Future Plans M Hills T Bradshaw M Courthold I Mullacrane P Warburton.
Beaver Watching MICE meeting at FNAL Jun-08, 2006 Absorber Progress MICE VC Aug-16, 2006 Shigeru Ishimoto & Shoji Suzuki, KEK.
MICE LH2 Operating Parameters Mary Anne Cummings MICE October ‘02 LBL Oct. 24, 2002.
WELCOME TO THE TECHNICAL PRESENTATION OF SC100 1.
MICE LH2 Absorber Safety Mary Anne Cummings Edgar Black (IIT) Abingdon, UK Oct. 30, 2003.
Thermal Physics III Cooling Processes Refrigerators, air conditioners, and heat pumps are devices that make heat flow from cold to hot. This is called.
1 Technical Arguments in Favor of using the Cryomech PT-415 Cooler for Cooling the LH 2 Experiment Michael A. Green Lawrence Berkeley Laboratory Berkeley.
2/7/2002 RolMUCOOL/MICE1 20b. Gaseous Energy Absorber, 21a. High Pressure RF Cavities New Money for New Approaches DOE Small Business Innovation Research.
MICE CM Berkeley 9-12 Feb February 2005 Edda Gschwendtner 1 Parameter List Edda Gschwendtner Introduction Parameter list for sub-systems of MICE.
The issue: A non-standard thin window design No closed form expression for maximum stress vs. volume pressure FEA (finite element analysis): geometry.
1 Status of Hydrogen System Development MICE Collaboration Meeting, Frascati, June 26-29, 2005 Yury Ivanyushenkov, Tom Bradshaw, Elwyn Baynham, Mike Courthold,
LH2 Absorber Design Mary Anne Cummings MICE Safety Review LBL Dec 9, 2003.
CIEMAT CONTRIBUTION TO TBL PETS (January 2009) David Carrillo on behalf of the Accelerators Team.
TROUBLESHOOTING. 5WSS TROUBLESHOOTING ERROR CODEFAULTY INDICATION E1ROOM SENSOR CONTACT LOOSE E2INDOOR COIL SENSOR CONTACT LOOSE E3WATER OUTLET SENSOR.
MICE Hydrogen Control System MICE Collaboration Meeting CM33 27 th July 2012 PJ Warburton – STFC Daresbury Lab.
Gas ammonia out to turbine poor mixture water/ ammonia rich mixture water/ ammonia Gas Assisted Solar Absorption Heat Engine GASAHE heat Diffusion absorption.
1 Superconducting Magnets for the MICE Channel Michael A. Green Oxford University Physics Department Oxford OX1-3RH, UK.
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