septa and spares follow-up

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SEPTA and spares follow-up J. Borburgh for SEpta section

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SEPTA and spares follow-up. J. Borburgh for SEpta section. What is and should be traced in general. Magnetic septa Complete septa (installed, operational spares, second choice spares) Operational history (# pulses, failures) Coils High current feedthroughs Lifting jigs (certification) - PowerPoint PPT Presentation

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Page 1: SEPTA and spares follow-up

SEPTA and spares follow-upJ. Borburgh for SEpta section

Page 2: SEPTA and spares follow-up

What is and should be traced in general

• Magnetic septaComplete septa (installed, operational spares, second choice spares)Operational history (# pulses, failures)CoilsHigh current feedthroughsLifting jigs (certification)

• Electrostatic septaComplete septa (installed, operational spares, second choice spares)Operational history (failures)HV cablesSF6 safety valves for HV generatorsLifting jigs (certification)CathodesHV deflectorsHV feedthroughs

• Protection elementsComplete devices (installed, spares)

Page 3: SEPTA and spares follow-up

What is not traced

• Magnetic septaStriplines (consumable)

• Electrostatic septa Feedhtroughs

• Protection elementsAbsorbing blocks

Page 4: SEPTA and spares follow-up

How and where is it followed-up

Depends on operational responsible.Different per accelerator.Different per equipment type (different needs).

Mostly documented in Excel files on dfs.Some history on Web pages:

AB pagesMTF for LHC equipment.

Page 5: SEPTA and spares follow-up

PS complex magnetic elements

Operational responsible for LHC back bone: T. Masson• General dfs directory:

Operational history per magnetPulse history and preventive exchange planningWDPCoil inventoryFeedthrough inventoryLifting equipment

CTF3 and AD equipment less actively followed up

Page 6: SEPTA and spares follow-up

PS complex electrostatic elementsOperational responsible A. Prost• Some history on Web pages:

AB pages (obsolete)Remainder on dfs:

Complete septa (installed, operational spares, second choice spares)Operational history (failures)HV cables (not up to date)SF6 safety valvesLifting equipmentCathodes inventory SEH23Cathodes inventory SEH31Anode foil inventory SEH23Anode foil inventory SEH31HV deflectorsHV feedthroughs

Page 7: SEPTA and spares follow-up

PS extraction protection elements

• TPS15 dummy septum– Operational responsible to be determined– Installed in 2014, spare being validated– No follow up as yet

Page 8: SEPTA and spares follow-up

SPS magnetic elements

• Operational responsible: C. Baud• General dfs directory:

Magnet inventoryWater filtersPotentiometer inventoryComplete assemblies, including MS, MPCoils

Page 9: SEPTA and spares follow-up

SPS electrostatic elements

• Operational responsible: B. Balhan• General dfs directory:

ZS inventoryPart inventory (HV component, wires, pot…)Operational history (Sparks/Failures)HV cables Pumping Module with BDI equipmentIntervention, WDP

Page 10: SEPTA and spares follow-up

SPS extraction protection elements

Operational responsible B. Pinget• TPST TPSG4 TPSG6– Global inventory– Spare parts (CC, CFC, Inconel,…)– History

Page 11: SEPTA and spares follow-up

LHC extraction protection elements• Operational responsible: C. Boucly• TCDQ, TCDS, TCDQM, TCLIM ….• Hardware being followed up in MTF

Page 12: SEPTA and spares follow-up

SummaryMain items are already followed upPresently a very non-homogenous approach

For the future tool(s), principal requirements:– ‘Unit’ inventory – History (failure, # pulses, failure history….)– Spare parts inventory (coils, cathodes, yokes, …)– Preventive exchange planning– Safety related items inventory and validation dates

(SF6 valves, lifting equipment).