Booster Main Bending Magnet Test in SM18. Why The energy upgrade of the PS Booster main bending magnet requires endurance tests at high current (≈12 kA)

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Presentation transcript:

Booster Main Bending Magnet Test in SM18

Why The energy upgrade of the PS Booster main bending magnet requires endurance tests at high current (≈12 kA) and high ramp rates High currents and high ramp rates require powerful converters The cluster A of the SM18 test benches is actually equipped with a 14kA/61V capacity power converter that fulfills the requirements

How The magnet will be installed in-between the A1 and A2 benches, close to the platform (action: TE/MSC-TF) The main water-cooled current leads will be disconnected from A1 CFB leads (action: TE/MSC-TF)

How (2) Extra cables will be used to connect those leads to the magnet lying beneath (action: TE/MSC-MNC) Cooling water for the magnet will be drawn from the main water supply distribution of the test facility and connected to a pressure booster in order to reached the required ΔP (action: CERN water support team under request of TE/MSC-MNC) INOUT

Powering RM.A converter will be switched to 18kV mode, in order to get the required 61V/14kA capacity (action: CERN electrical support under request of TE/EPC-MPC) The usual interlocks from test benches will be removed from the converter (action: TE/EPC-MPC) The only left interlocks will be the magnet water flow and the coils temperature, connected in series and brought directly to the converter (action: TE/MSC- MNC) The regulation loop parameters will be adapted to the magnet and cables impedance (action: TE/EPC-MPC)

Current cycles control The usual power application, running on Sunmta32, will be used through the gateway (action: TE/MSC-TF) Possibility of creating any required current cycle within the limits of the PC range (action: TE/MSC- TF following TE/MSC-MNC specifications ) Usual cold benches interlocks will be shorted in order to use the software (action: TE/MSC-TF)

Some pictures of the « beast »