 Wednesday, June 17, 2020, 09:53, David Wang, South Hot-Cell, Standard Operation, TM2, C#1, C#1 target electrical check and leak check at SHC. 
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| Target to HS is 400 ohm. The rest check is good. See attachment. |
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Thursday, June 18, 2020, 13:22, David Wang, ITW, Standard Operation, TM2, C#1, Remove of TM2 from ITE to SHC.
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| Remotely remove TM2 from ITW to SHC. The move is good. Shielding plug is put back to ITW. |
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Friday, July 03, 2020, 06:57, David Wang, ITW, Standard Operation, TM2, C#1, TM2 CONNECTION CHECKLIST
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| SEE ATTACHMENTS. EVERYTHING IS GOOD. |
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Monday, July 06, 2020, 12:20, David Wang, ITW, Standard Operation, TM2, C#1, Five shielding blocks to ITW
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| Five shielding blocks are transferred to ITW |
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Thursday, March 25, 2021, 10:38, David Wang, Spent Target Vault, Standard Operation, , C#1, Remove pail 237 spent target C#1 from storage vault to mini storage.
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Pail 237 only has 200u sv/hr field at 0.5 meter. On contact measurement: 0.9 to 1.6 m sv/hr.and less than 80 count contamination outside the pail.
It is moved to mini storage. We will transfer this pail to cyclotron vault and store it there later. |
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Friday, July 03, 2020, 07:03, David Wang, South Hot-Cell, Standard Operation, TM4, BEFORE TARGET INSTALLATION, ELECTRICAL CHECK BEFORE TARGET INSTALLATION.
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| PQ SHORT TO RU. A TO PQ 1.8 M OHM AT 500 V. THE REST ARE OL |
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Wednesday, April 30, 2014, 12:03, Travis Cave, Spent Target Vault, Standard Operation, , 2A3 window, Window now in vault
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The 2A3 window now has a lid, and lift yolk on it and it has been installed in the spent target vault in spot 2A. The lid is a normal unmodified and
has no sealant on it. |
 Friday, March 24, 2017, 11:19, Keith C Ng, Spent Target Vault, Standard Operation, , 2A3 window, Window now in vault
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Travis Cave wrote:
The 2A3 window now has a lid, and lift yolk on it and it has been installed in the spent target vault |
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Friday, March 24, 2017, 13:21, Travis Cave, Spent Target Vault, Standard Operation, , 2A window, 2A window has been removed from the vault.
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| 2A window has been removed from the vault and moved over the cyclotron vault tunnels. Attached is the updated storage vault list. |
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Tuesday, April 24, 2012, 10:38, David Wang, Conditioning Station, Standard Operation, TM1, LP SIS Nb6, TM1 heat shield circuit leak check with Nb5
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Normal
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Friday, April 12, 2013, 10:27, David Wang, ITW, Standard Operation, TM1, , I reconnected TM1 to ITW.
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| TM1 has been reconnected in ITW. Water interlock check for TM1 is done. |
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Thursday, June 30, 2011, 16:04, Pierre Bricault, Conditioning Station, Repair, TM1, , TM1 status
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Friday June 24 2011
The target module has been moved to the Conditioning Station (CS)
Pumping overnight |
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Thursday, July 21, 2011, 17:39, Bevan Moss, Conditioning Station, Repair, TM1, , TM1 Ground Electrode, Thermocouple line, Stem, panel, repairs
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Over the period of July 20-21st TM1 had several repairs completed and tested. The easiest of the repairs was the installation
of a gasket and a blank off. The next repair was to replace the 2 oring on the side panels that were removed for inspection and repair. The instrument
panel oring was replaced again and the previous one measured. Both were found to have the correct diameter of 0.131 inches for the seal groove. When attempting |
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Friday, July 22, 2011, 10:30, Bevan Moss, Conditioning Station, Repair, TM1, , TM1 Ground Electrode, Thermocouple line, Stem, panel, repairs
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Bevan Moss wrote:
Over the period of July 20-21st TM1 had several repairs completed and |
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Wednesday, July 27, 2011, 14:34, Travis Cave, South Hot-Cell, Standard Operation, TM1, , Module move
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| TM#1 has been moved from the Conditioning Station to the South Hot Cell for the installation of Ta#37. |
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Tuesday, October 25, 2011, 16:57, Bevan Moss, Conditioning Station, Standard Operation, TM4, , Turbo Pump 1 issues
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Roughing on TM1 started at ~15:00 today by ~16:30 the module had reached a pressure of ~200 mTorr and the turbo pumps were turned on. TP1 failed to achieve
normal operation and we running at approximately 4KRPM and 50W with 6.1 A of current draw. TP2 was able to achieve normal operation. The controller for
TP1 was then powered off and back on but that failed to resolve the issue. The controllers for TP1 & 2 were then switched at which point TP1 again |
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Friday, October 28, 2011, 09:30, chad fisher, South Hot-Cell, Repair, TM4, , Tube Heater + Leak Check C.B.
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Base Pressure: 0.0x10-4
Stable Leak Rate: 0.0x10-9
Leak check of tube heater circuit, containment box side was performed. |
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Friday, October 28, 2011, 14:29, Bevan Moss, Conditioning Station, Standard Operation, TM4, , Leak Check on October 27/10/2011
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A leak check was performed on the module on October 27/10/2011 by David Wang and was reported to Bevan Moss but it never made it into the Elog system.
This entry is to summarize the results of that testing. All circuits were pressurized to 80 psi with helium and every line except the tube heater (+) showed
no or small responses as experienced before. The tube heater line had a slightly larger response under the conditions summarized below: |
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Friday, October 28, 2011, 14:42, Bevan Moss, South Hot-Cell, Maintenance, TM4, , Leak check on service cap feed through
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After Chad and Davids leak check results from the containment box it was decided to perform a leak check on the feed through stem in the service
cap. This is a known point of failure on TM1 and the same design flaw is likely in TM4. Once the service cap was open a visual inspection was performed
and some oxidization of the copper line on the tube heater (+) circuit was observed (see attached pictures). The leak check was performed with the cart |
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Tuesday, November 01, 2011, 11:50, David Wang, Conditioning Station, Standard Operation, TM4, , TM4 leak test on conditioning station
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I did a leak check again on TM4 today. This time, the leak detector pump to the bottom on both base pressure(0.0xE-4 torr) and base leak rate(0.0xE-9
atm.cc/sec). All high vacuum gauges on TM4 and conditioning station at -6torr range.IG1 is 3.3-6torr,PNG5(top of service cap)is 6.5-6 torr, and the PNG4(bottom
of the vessel )is 8.7-6torr. For air to vacuum leak checking, I checked the panel we moved last week on service cap by spraying helium around the panel. |
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