Overview Interfaces Planning.  One PC to control 2 cavities in one cryo-module  Standard PLC and hardware components  Expected PLC cycle time 2ms.

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Presentation transcript:

Overview Interfaces Planning

 One PC to control 2 cavities in one cryo-module  Standard PLC and hardware components  Expected PLC cycle time 2ms  Do we need faster reaction time ?  Ex: the fast interlock is 15us but also pure hardware  my answer is yes!  Space requirement for 1 cryo-module ½ 45U rack at human height  3U for fast interlock  18U for PLC  Local control screen SPS Damper example >>> Cavity to control rack distance ?

CRYO interface based on the LHC ACS model Signals Cryo to RF: Cryo_OK Cryo_Maintain Level and pressure acquisition Signals RF to Cryo : RF_ON status Warm_up command Cool_DN command External service interface based on LHC model Signals to RF: Access Radiation Signals RF to.. : Access BIC

Standard fast interlock to Switch and protect LLRF module fiber optic link One per cavity with common interlocks (cryo, access, vac…) Correct ? Vacuum pressure acquisition for conditioning Needed ?

Standard fast interlock to Switch and protect LLRF module fiber optic link One per cavity with common interlocks (cryo, access, vac…) Correct ? Vacuum pressure acquisition for conditioning Needed ? Cavity cooling system air/water temp/flow Any ? Tuning motor control standard stepper one per cavity Any Piezo tuner needed ? Any movable coupler ? DC coupler polarization controllable ? HOM power interlock ?

BB3 RF power amplifier test local partial control for one RF amplifier system in 2015 SM18 validation full control system for 2 cavity in cryo-module in first ½ 2016 SPS installation and test a second full control system operational for 2 cavity in cryo-module ready for installation in LS2