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4.5K Powering signals MQY, MQM, D2 L8 D2 Q4 Q5 Q6. Glyn Kirby. CDD Layout drawings 4.5K L8. LHCLSD8_0002 & 3. Cold mass ID’s 8L. 605 Q6 MQM 008 MQML 003 MCBCA 007 606 Q5 MQM 006 MQM 005 MCBCB 012 MCBCA 014 MCBCB 015. 607 Q4 MQY 001 MQY 002 MCBYB 001 MCBYA 002 MCBYB 003.
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CDD Layout drawings4.5K L8 LHCLSD8_0002 & 3
Cold mass ID’s8L 605 Q6 MQM 008 MQML 003 MCBCA 007 606 Q5 MQM 006 MQM 005 MCBCB 012 MCBCA 014 MCBCB 015 607 Q4 MQY 001 MQY 002 MCBYB 001 MCBYA 002 MCBYB 003 605 606 607
Signals LHC main page select: LHC Hardware Commissioning Electrical Circuits Then select
This page give circuit data Then select “Link to signals------”
What will we do Signal ID’s for magnet voltage taps Need plot generating program Need comparison program ! Set up the signals to generate the plots LHC 200 Hz from LHC So less sensitive Factor of 50 less points Compare with10KHz SM18 data
Temperature sensorshttp://cs-ccr-oas3.cern.ch/Timber Hi Glyn, The link that you refer to is our "Naming Database", which is a kind of dictionary, but far from complete. If you want to see the actual data that is logged, you need to look at the interface on the logging system called Timber http://cs-ccr-oas3.cern.ch/Timber For more details, it is better to give me a ring. Ronny Billen
Still to Do! Different types of cold mass have different circuits we still need to extract this list from the sm18 voltage traces. • 605 Q6 • MQM 008 • MQML 003 • MCBCA 007 • 607 Q4 • MQY 001 • MQY 002 • MCBYB 001 • MCBYA 002 • MCBYB 003 • 606 Q5 • MQM 006 • MQM 005 • MCBCB 012 • MCBCA 014 • MCBCB 015 There will be several sets for each cold mass. From Testing the quench heaters to full current quenches'. D2 we don’t have anything to compare with as it was tested in the US. We are asking for data now!