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First Experiences with Cryring@ESR Commissioning – What went well, what could be improved.

This document discusses the first turn of the Cryring@ESR commissioning, highlighting the successes and areas for improvement. It covers the control and monitoring of various systems, such as the HV power supplies, RF cavity, ion source, and diagnostics. The use of the control system, Java apps, and middleware is explored, along with the results and future milestones.

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First Experiences with Cryring@ESR Commissioning – What went well, what could be improved.

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  1. First Experienceswith Cryring@ESRCommissioning –What went well, what could be improved. S. Fedotova, Z. Andelkovic, W. Geithner, F. Herfurth, M. Lestinsky, G. Vorobyev

  2. CRYRING@ESR commissioning Injectionseptum&bumper RFQ 300 keV/nucleon Ion source H2+ October 18th – November 18th, 2016 Main objective- „First turn“

  3. CRYRING@ESR commissioning First-turn systemstobecontrolled/monitored HV power supplies RF-cavity ionsource electrostaticoptics inj. bumper&septum RFQ Diagnostics Magnets´ power supplies Screens Faraday cups BPMs Phase probes Schottky dipoles quadrupoles steerers inj. septum excl. el.cooler sextupoles

  4. Control systemusedforthefirstturn CRYRING machineexperts Java Apps LSA Servers Middleware Settings Mng Devices FESA explorer FESA, C++ Timing system

  5. Results YRT1DF7 Inj.bumper BPMs 1st pass ! First Turn ! YR11DF injected beam shape

  6. Whatwentwellduringthe beam time Diagnostics(LOBI) Controls (CSCO) System design (PBSP) Power supplies (LOEP) improvingofGUIs appearanceandfunctionality settingupoflocalworkspaces developingof a handyscriptforsaveddata fixing FESA classes • Reachedmainobjective, learned, gainedexperience. • Quick supportfrom expert groups. • Diagnosticsapplications: CUPID, Cry-Cup, CRY-Phase-probe. • Control systemchangeson thefly:

  7. What would allow us to be more efficient • Pulsedoperations. • Spare electrodesinsert. • Permanent statusmonitoring. • Monitoring ofdevices. • Stepwisevaluesinput. • Go back to a previousvalue. • Scanning physicsparameters. • Easy propertiesconfiguration. • Savingofscantemplates. • Flexible settings. • Applicationshowingtimingmodelandevents. • Ion sourceuptime: • ParamModi easy touse: • Scan application: • Transparent and flexible timing:

  8. ParamModi and Scan application

  9. Flexible and transparent timing HW 1stTurn Applicationfortiming: settingsandmonitoring. injected beam shape

  10. Future CRYRING@ESR Milestones 2018 May ´17 end ´17 Mar ´17 Jan ´17

  11. CRYRING@ESR says: Thankyou! Facility Engineering Assembly Ring RF Controls GSI/FAIRExpert Groups UNILAC RF Beam Diagnostics Power Supplies. MechanicalDesign/Integration Vacuum Magnets

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