1 / 21

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.

salvador-gutierrez
Télécharger la présentation

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

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  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

More Related