Hardware Commissioning Requests for Controls From a meeting on 22

Hardware Commissioning: Requests for Controls

Injection system - back burner for the moment.

Software

1. Update the Fixed Displays (FD) (configure with the mode?). Display at least 1 and preferably all the FDs on the web.
2. Provide a Page 1 / quadrant, definitely on the web
3. An electronic logbook (that does not replace the MTF and is inspired on the facility provided by Felix for String 2). This must be visible on the web.
4. Applications to continuously monitor the hardware (monitoring is for visual inspection, fixed displays do not provide sufficient detail, specialists applications may be inappropriate)
5. Programs for vacuum system, cryogenics, powering, quench protection and interlocks. (could be specialists programs if available)
6. A global Post Mortem system with analysis and display facilities specified by the hardware commissioning team.
7. Some software with an interface to the Access System may be required.
8. Powering Application specifically tailored for hardware commissioning
9. Global logging
10. Global alarms

Electrical circuits

Individual System Tests --- leading to CST - and eventually operations inc. test mode
Interlock test with power converters in short circuit - very thorough
Interlock test at standby current

Requirements

Automated circuit commissioning. Automatic procedures for battery test. Signal analysis of measurements acquired therein. First implementation looks good for PC short circuit tests - needs to be tested with magnets/PIC/QPS however. Where does the signal analysis take place?
Automatic procedures again, ramping, stopping, checking, ramping, stopping, ramping, voltages, several thing at the same time. Powering all circuits in unison, thermal performance, 24 hour reliability run
Batch / selection / group by circuit type/location/powering sub-sector
Analysis tool - of what?
Polarity checks
Powering with various stages up to nominal current
Energy extraction - interface
Interface to cryogenics
Control, monitoring and logging.
Typical settings for testing - correctors, let's assume given multipole errors for example.
PM triggering, transmission, time stamping