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Summary of High Power Test for TTF-Ⅴ Couplers (KEK-LAL Collaboration in FJPPL)

Summary of High Power Test for TTF-Ⅴ Couplers (KEK-LAL Collaboration in FJPPL). Conditioning time for each parameter Total trend for conditioning Summary of I/L during conditioning Daily data during last week Preliminary result of temperature measurement.

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Summary of High Power Test for TTF-Ⅴ Couplers (KEK-LAL Collaboration in FJPPL)

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  1. Summary of High Power Test for TTF-Ⅴ Couplers (KEK-LAL Collaboration in FJPPL) Conditioning time for each parameter Total trend for conditioning Summary of I/L during conditioning Daily data during last week Preliminary result of temperature measurement Members : E. Kako,M. Sato, T. Takenaka, T. Matsumoto, Kirk andH. Jenhani KEK-LAL Collaboration in FJPPL Kirk

  2. Summary of Conditioning time for each parameter Total time = 165:25 KEK-LAL Collaboration in FJPPL

  3. Summary of Conditioning time for each parameter Total time = 165:25 Temporary evacuation To 2MW operation again Full completion!! Temporary evacuation Large vacuum burst! 1MWfull pulsecompleted! To 2MW operation KEK-LAL Collaboration in FJPPL

  4. Summary of Total Trend ① KEK-LAL Collaboration in FJPPL

  5. Summary of Total Trend ② KEK-LAL Collaboration in FJPPL

  6. Summary of Incidents for Working I/L ① Inter-locked level KEK-LAL Collaboration in FJPPL

  7. Summary of Incidents for Working I/L ② KEK-LAL Collaboration in FJPPL

  8. Summary of Incidents for Working I/L ③ KEK-LAL Collaboration in FJPPL

  9. Summary of 50μsec (pulse-width) ① 5Hz/50μsec meeting KEK-LAL Collaboration in FJPPL

  10. Summary of 50μsec (pulse-width) ② 5Hz/50μsec KEK-LAL Collaboration in FJPPL

  11. Summary of 10, 20, 50, 100, 200μsec ① 5Hz/10μsec 5Hz/50μsec 5Hz/200μsec 1Hz/10μsec 5Hz/20μsec 5Hz/100μsec KEK-LAL Collaboration in FJPPL

  12. Summary of 10, 20, 50, 100, 200μsec ② KEK-LAL Collaboration in FJPPL

  13. Summary of 200, 400μsec ① Kly. down 5Hz/400μsec 5Hz/200μsec KEK-LAL Collaboration in FJPPL Cooling fan worked

  14. Summary of 200, 400μsec ② Vacuum level gradually increasing due to temperature rise, because of very careful operation for 400μsec/5Hz KEK-LAL Collaboration in FJPPL

  15. Summary of 400μsec ① Temperature meas. 5Hz/400μsec Kly. Down (water trouble) KEK-LAL Collaboration in FJPPL

  16. Summary of 400μsec ② KEK-LAL Collaboration in FJPPL

  17. Summary of Temperature measurement ① Temperature measurement at 200kWkeeping (400,800,1300,1500μsec) KEK-LAL Collaboration in FJPPL

  18. Summary of Temperature measurement ② KEK-LAL Collaboration in FJPPL

  19. Set position for temp. sensors ① ⑦ ② ③ For monitoring environment temp. ⑧ ④ ⑤ ⑥ From Hassen KEK-LAL Collaboration in FJPPL

  20. Example #1 (5Hz/400μsec) upstream downstream 400μsec@200kW (keeping) Initial state KEK-LAL Collaboration in FJPPL

  21. Example #2 (5Hz/1300μsec) upstream downstream 400μsec@200kW (keeping) There is a correlation between higher temperature at ④/⑤ and electron activity at cold window. 800, 1300, 1500μsec@200kW (but we did not do keeping) 1300μsec@200kW (keeping) Initial state KEK-LAL Collaboration in FJPPL

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