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Power Converter Interlock

Power Converter Interlock. K. Fuchsberger. Purpose: Software interlock system to monitor power converter currents and dump the beam if they exceed certain limits to protect against operation- and feedback- failures. Status: Server and GUI application in place.

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Power Converter Interlock

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  1. Power Converter Interlock K. Fuchsberger Purpose: Software interlock system to monitor power converter currents and dump the beam if they exceed certain limits to protect against operation- and feedback- failures. • Status: • Server and GUI application in place. • Tracking of LHC status (beam process, time within beamprocess) works. • Acquisition & Decision-taking works. • Configuration-management (storing tolerances in LSA + reusing GUI from YASP): in preparation. • Currently Commissioning and Testing. • Next steps: • More logging to establish reasonable tolerances. • Fix some threading- and memory issues in Server.

  2. Accelerator Testing Framework M. Galetzka, K. Fuchsberger Purpose: Framework to execute and track tests for accelerator systems during commissioning phases. • Status: • Overall design established. • Prototypes of Server and GUI in place. • Display of systems and tests works (replacement for HWC GUI). • Test plan can be displayed as graph • Goal: Have a version with minimum required features for next commissioning campaign (after Christmas). • Ongoing: • Integration with HWC sequencer to execute tests. • Extend GUI to allow better filtering of tests and display more detailed information.

  3. Collaboration with BE-OP K. Fuchsberger • Maintenance of Reference Orbit Management System for the LHC Orbit Feedback (GUI + Sequencer Tasks). • Improving the automated Test Suite for the LHC Orbit Feedback System. • Consulting and Coordinating Developments in the LHC online modeling chain related to JMad (Java API for MadX).

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