Vacuum Controls framework for the LHC and its injectors Sebastien Blanchard CERN TE-VSC Introduction to the Vacuum Controls framework for the LHC and its.

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Presentation transcript:

Vacuum Controls framework for the LHC and its injectors Sebastien Blanchard CERN TE-VSC Introduction to the Vacuum Controls framework for the LHC and its injectors Based on: - PLC Siemens S7-400/300 series - SCADA applications WINCC OA / PVSS. Vacuum Database, PLC functions and SCADA applications have been developed to provide an effective control system for beam and insulation vacuum. May 06,

Vacuum Controls framework for the LHC and its injectors Sebastien Blanchard CERN TE-VSC Courtesy: F. Antoniotti & P. Gomes May 06,

Vacuum Controls framework for the LHC and its injectors Sebastien Blanchard CERN TE-VSC 4. Supervisory Application Software 3. Programmable Logic Controller Software 1. Process Specifications 2. Database configuration and Editor Software 3

Vacuum Controls framework for the LHC and its injectors Sebastien Blanchard CERN TE-VSC Specifications for new/update control types: May 06,

Vacuum Controls framework for the LHC and its injectors Sebastien Blanchard CERN TE-VSC 4. Supervisory Application Software 3. Programmable Logic Controller Software 1. Process Specifications 2. Database configuration and Editor Software 5

Vacuum Controls framework for the LHC and its injectors Sebastien Blanchard CERN TE-VSC L. Kopylov S. Merker Collaboration with IHEP Institute M. Mikheev May 06,

Vacuum Controls framework for the LHC and its injectors Sebastien Blanchard CERN TE-VSC 4. Supervisory Application Software 3. Programmable Logic Controller Software 1. Process Specifications 2. Database configuration and Editor Software 7

Vacuum Controls framework for the LHC and its injectors Sebastien Blanchard CERN TE-VSC 8

Vacuum Controls framework for the LHC and its injectors Sebastien Blanchard CERN TE-VSC SPS First Machine with PLC (STL) + PVSS STL : PLC Software Statement List Language SCL : PLC Software Structured Text Language, multi-instance, sequencer… LHC First Deployment : PLC (STL) + PVSS LHC, Introduction of SCL Functions PLC (STL + SCL) + PVSS LHC and its injectors : PLC (STL  + SCL  ) + PVSS ISOLDE Complex : UNICOS-CPC CPS Upgrade : PLC (STL + SCL) + PVSS May 06,

PLC Software Architecture (SCL)

Vacuum Controls framework for the LHC and its injectors Sebastien Blanchard CERN TE-VSC 4. Supervisory Application Software 2. Programmable Logic Controller Software 1. Process Specifications 3. Database configuration and Editor Software 11

Vacuum Controls framework for the LHC and its injectors Sebastien Blanchard CERN TE-VSC L. Kopylov S. Merker Collaboration with IHEP Institute M. Mikheev May 06,

Vacuum Controls framework for the LHC and its injectors Sebastien Blanchard CERN TE-VSC Example of Synoptic and control type details panel May 06,

Vacuum Controls framework for the LHC and its injectors Sebastien Blanchard CERN TE-VSC Example of Synoptic automatically generated on the fly (LHC LSSR4) May 06,

Vacuum Controls framework for the LHC and its injectors Sebastien Blanchard CERN TE-VSC Example of History panel: pressures and temperatures during Bake-out May 06,

Vacuum Controls framework for the LHC and its injectors Sebastien Blanchard CERN TE-VSC Example of State History : Pumping Group Process and slave valves, pumps… May 06,

Vacuum Controls framework for the LHC and its injectors Sebastien Blanchard CERN TE-VSC Example of history panel: pressures and beam intensities during operation Pressures (mbar) Beam Intensities (mA) May 06,