summary of high power test for ttf-Ⅴ couplers (kek-lal collaboration in fjppl)
Post on 30-Dec-2015
31 Views
Preview:
DESCRIPTION
TRANSCRIPT
Summary of High Power Test for TTF-Ⅴ Couplers (KEK-LAL Collaboration in FJPPL)
Conditioning time for each parameterTotal trend for conditioningSummary of I/L during conditioningDaily data during last weekPreliminary result of temperature measurement
1KEK-LAL Collaboration in FJPPLKirk
Members : E. Kako, M. Sato, T. Takenaka, T. Matsumoto, Kirk and H. Jenhani
KEK-LAL Collaboration in FJPPL
Summary of Conditioning time for each parameter
2
date Δt [μsec] ([Hz]) Pforward, max [kW] Time [:]
2/4 ~ 2/10 20 (5) 1000 41:21
3/9 50 (5) 1000 2:38
100 (5) 1000 2:39
200 (5) 1000 2:16
400 (5) 1000 1:42
3/10 800 (5) 512 1:07
1300 (5) 513 0:59
1500 (5) 512 0:55
20 (5) 1980 4:40
50 (5) 2010 1:22
100 (5) 2000 1:34
3/11 200 (5) 2000 1:38
400 (5) 1020 4:22
20 (5) 1320 5:26
3/12 20 (5) 1400 13:10
3/13 10 (1) 1940 7:42
date Δt [μsec] ([Hz]) Pforward, max [kW] Time [:]
3/16 10 (1) 1800 9:24
3/17 10 (1) 2060 10:05
3/18 10 (1) 2080 1:29
10 (5) 2010 8:05
3/19 10 (5) 2000 1:29
20 (5) 2010 5:57
50 (5) 2000 2:55
3/23 50 (5) 2000 9:04
3/24 10 (1) 2040 3:11
10 (5) 2000 1:54
20 (5) 2010 1:18
50 (5) 2000 0:53
100 (5) 2020 2:00
200 (5) 2000 3:17
3/25 200 (5) 2020 1:27
400 (5) 2000 9:26
Total time = 165:25
KEK-LAL Collaboration in FJPPL 3
Lar
ge v
acuu
m b
urst
!
To
2MW
ope
rati
on
Tem
pora
ry e
vacu
atio
n
To
2MW
ope
rati
on a
gain
1MW
ful
l pul
se c
ompl
eted
!
Total time = 165:25
Tem
pora
ry e
vacu
atio
n
Ful
l com
plet
ion!
!
Summary of Conditioning time for each parameter
KEK-LAL Collaboration in FJPPL
Summary of Incidents for Working I/L ①
6
date time # Δt [μsec] ([Hz]) Pforward [kW] I/L Comments
2/4 10:50 1 20 (5) >64 Arc#1 / Warm Vac.(5x10-5Pa) first Arc worked
10:55 2 20 (5) ~30 Warm Vac.(2x10-5Pa)
11:00 3 20 (5) 28.9 Warm Vac.(5x10-5Pa)
11:05 4 20 (5) 25.0 Warm Vac.(5x10-5Pa)
11:54 5 20 (5) 47.0 Warm Vac.(2x10-4Pa)
15:35 6 20 (5) ~95 Cold Vac.(2x10-5Pa) I/L 5x10-5Pa changed
15:43 7 20 (5) ~42 Cold Vac.(5x10-5Pa) I/L 1x10-4Pa changed
15:52 8 20 (5) ~55 Cold Vac.(1x10-4Pa) I/L 2x10-4Pa changed (same as Warm Vac.)
2/5 12:00 1 20 (5) ~115 Arc #1 error working
12:15 2 20 (5) ~115 Arc #1 error working
12:32 3 20 (5) ~115 Arc #1 error working
12:43 4 20 (5) ~115 Arc #1 error workingchanged set position for Arc sensor I/L
2/6 13:25 1 20 (5) 145 Warm Vac.(3x10-4Pa)
Inter-locked level
KEK-LAL Collaboration in FJPPL
Summary of Incidents for Working I/L ②
7
date time # Δt [μsec] ([Hz]) Pforward [kW] I/L Comments
3/11 12:50 1 400 (5) 888 Cold Vac.(3x10-4Pa) large vacuum burst!!
13:43 2 400 (5) 600 Cold Vac.(3x10-4Pa)
15:39 3 400 (5) 740 Cold Vac.(3x10-4Pa)
16:16 4 400 (5) 1020 Cold Vac.(3x10-4Pa) changed pulse width 400 20μsec
16:46 5 20 (5) 800 Cold Vac.(3x10-4Pa) I/L 3x10-41x10-4Pa changed
21:05 6 20 (5) 1300 Cold Vac.(1x10-4Pa)
3/12 13:53 1 20 (5) ~1300 Cold Vac.(1x10-4Pa)
15:24 2 20 (5) ~1400 Cold Vac.(1x10-4Pa)
17:27 3 20 (5) 1300 Cold Vac.(1x10-4Pa)
18:51 4 20 (5) 1020 Cold Vac.(1x10-4Pa)
19:19 5 20 (5) ~800 Cold Vac.(1x10-4Pa)
20:52 6 20 (5) ~900 Cold Vac.(1x10-4Pa)
22:59 7 20 (5) 1060 Cold Vac.(1x10-4Pa)
3/13 11:38 1 10 (1) 1540 Cold Vac.(1x10-4Pa)
13:15 2 10 (1) 1410 Cold Vac.(1x10-4Pa)
17:30 3 10 (1) 1940 Cold Vac.(3x10-4Pa) I/L 1x10-43x10-4Pa changed @14:25
17:45 4 10 (1) 1600 Cold Vac.(3x10-4Pa)
KEK-LAL Collaboration in FJPPL
Summary of Incidents for Working I/L ③
8
date time # Δt [μsec] ([Hz]) Pforward [kW] I/L Comments
3/16~
3/19
No I/L occurred
3/23 11:30 1 50 (5) ~1780 Warm Vac.(3x10-4Pa), Arc #2 second Arc worked
12:25 2 50 (5) ~1880 Warm Vac.(3x10-4Pa), Arc #2 second Arc worked
13:20 3 50 (5) 2000 Cold Vac.(3x10-4Pa)
13:55 4 50 (5) 1200 Cold Vac.(3x10-4Pa)
14:21 5 50 (5) 1350 Cold Vac.(3x10-4Pa)
19:23 6 50 (5) 1200 Cold Vac.(3x10-4Pa)
19:41 7 50 (5) 1000 Cold Vac.(3x10-4Pa)
3/27 16:23 1 1300 (5) 200 Warm Vac.(5x10-4Pa) No indication for vacuum burst, but I/L worked (?)
KEK-LAL Collaboration in FJPPL
Summary of 10, 20, 50, 100, 200μsec ①
11
1Hz/10μsec5Hz/10μsec
5Hz/20μsec5Hz/50μsec
5Hz/100μsec5Hz/200μsec
KEK-LAL Collaboration in FJPPL
Summary of 200, 400μsec ①
13
5Hz/200μsec 5Hz/400μsec
Kly. down
Cooling fan worked
KEK-LAL Collaboration in FJPPL 14
Summary of 200, 400μsec ②Vacuum level gradually increasing due to temperature rise, because of very careful operation for 400μsec/5Hz
KEK-LAL Collaboration in FJPPL
Summary of 400μsec ①
15
5Hz/400μsec
Temperature meas.
Kly. Down (water trouble)
KEK-LAL Collaboration in FJPPL
Summary of Temperature measurement ①
17
Temperature measurement at 200kW keeping(400,800,1300,1500μsec)
Set position for temp. sensors
KEK-LAL Collaboration in FJPPL 19
①
②
③
④
⑤
⑥
⑦
⑧
For monitoring environment temp.
From Hassen
Example #1 (5Hz/400μsec)
KEK-LAL Collaboration in FJPPL 20
upstream downstream
400μsec @200kW(keeping)
Initial state
top related