 Monday, March 14, 2022, 14:09, Adam Newsome, Maintenance, Target 2, Cooling, T2 cooling system: filled, tuned, leak-checked
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The T2 cooling system was refilled with water via the expansion tank until the tank level read approximately 38 cm.
The system pump was restarted. All sensors displayed acceptable nominal values. Demin flow was tuned to 1.0 gpm.
No leaks or abnormalities observed - system running normally. |
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Monday, March 14, 2022, 14:08, Adam Newsome, Maintenance, Target 1, Cooling, T1 cooling system: filled, tuned, leak-checked
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The T1 cooling system was refilled with water via the expansion tank until the tank level read approximately 38 cm.
The system pump was restarted. All sensors displayed acceptable nominal values. Demin flow was tuned to 1.0 gpm.
No leaks or abnormalities observed - system running normally. |
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Friday, March 11, 2022, 15:09, Adam Newsome, Maintenance, Target 2, Cooling, Filters replaced: T2 cooling system
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| All filters were replaced for the T2 cooling system: demineralizing resin circuit and target water system. |
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Friday, March 11, 2022, 15:08, Adam Newsome, Maintenance, Target 1, Cooling, Filters replaced: T1 cooling system
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| All filters were replaced for the T1 cooling system: demineralizing resin circuit, target water system, and M15. |
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Friday, March 11, 2022, 15:06, Adam Newsome, Maintenance, Target 2, Cooling, O-rings on T2 cooling package water reservoir changed
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| The four o-rings on top of the T2 cooling package water reservoir were changed as per the recommended 5 year replacement schedule. |
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Friday, March 11, 2022, 15:05, Adam Newsome, Maintenance, Target 1, Cooling, O-rings on T1 cooling package water reservoir changed
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| The four o-rings on top of the T1 cooling package water reservoir were changed as per the recommended 5 year replacement schedule. |
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Thursday, March 10, 2022, 13:57, Adam Newsome, Maintenance, Target 1, Cooling, Changed paddle wheel, o-ring, and shaft in flow sensors at T1 cooling package
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The paddle wheels, o-rings, and shafts were changed at the T1 cooling package for the following sensors:
B1A:T1:FGCOLA
T1CS:FGTGT
T1CS:FGDEM
T1CS:FGSEC
T1:FGCOLB
No
major issues were noted. Some residue was observed upon cleaning the sensors. No leaks observed when turning water isolation valves back on. |
Thursday, March 10, 2022, 11:18, Adam Newsome, Maintenance, Target 2, Cooling, Changed paddle wheel, o-ring, and shaft in flow sensors at T2 cooling package 
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The paddle wheels, o-rings, and shafts were changed at the T2 cooling package for the following sensors:
B1A:T2:FGCOLA
T2CS:FGTGT
T2CS:FGDEM
T2CS:FGSEC
T2:FGCOLB
No
major issues were noted. Some residue was observed upon cleaning the sensors. No leaks observed when turning water isolation valves back on. |
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Thursday, February 17, 2022, 13:03, Matthew Gareau, Maintenance, Target 1, Target, T1 MK2 wire scanner and protect monitor test removal and reattachment with pin straightening
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this Work was done on 09 Dec 2021.
Since Isaac Earle was leaving Triumf he was giving us (maico, chad, adam, and myself) a demonstration of how to remove targets, protect monitor,
and wire scanner. During the removal it was noticed that one of the pins for the wire scanner was bent and it would not be possible to reattach without |
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Wednesday, April 14, 2021, 14:30, Isaac Earle, Standard Operation, Other, Active Sump, RH Lab Active Sump pumped out
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The RH Lab Active Sump reached the high level sensor at some point overnight before the April 8th work day. Maico Dalla Valle noticed the
alarm in the morning and notified RPG and myself. I also received a notification by e-mail from Vicky Hannemayer who had been contacted by Ops because
of the RCR alarm. |
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Friday, April 09, 2021, 12:42, Matthew Gareau, Maintenance, Target 2, Cooling, Changed the paddle wheel, o ring, and shaft in the Collimator A flow meter at the T2 package
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With the assistance of Maico we changed the paddle wheel, o ring, and shaft in the Collimator A flow meter (Q4) at the T2 package.
Flow meter was wiped clean to ensure o ring surface was clean.
Everything was changed without incident, and ops confirmed that the flow rate is now normal. |
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Wednesday, March 31, 2021, 16:15, Matthew Gareau, Standard Operation, Target 1, Target, T1-MK1 target exchange
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March 29 Monday
- moved T1-MK1 target from beamline to hotcell (field from target 15mSv/hr @ 0.5m)
- flushed water through position 4 |
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Wednesday, February 17, 2021, 10:39, Isaac Earle, Development, Other, UCN, UCN Target Cask Testing 8x
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A trial run of remote removal of the UCN target was performed using the shielded target cask (TTA0335) developed in 2020. The work took place between
Feb 9 - 17 under work permit C2021-02-09-1.
The procedure in work instruction Document-187117 R1 was followed. Draining and purging of the water system as well as venting of helium from the |
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Tuesday, November 24, 2020, 15:10, Isaac Earle, Standard Operation, Target 2, Target, Additional targets added to T2-MK1 ladder
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The following work on the T2-MK1 target was completed sporadically over the last few months:
Sept 22: |
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Tuesday, October 27, 2020, 14:01, Isaac Earle, Repair, Target 2, Cooling, T2 Collimator flow meter paddle wheel replaced
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The T2 Collimator A flow meter signal (B1A:T2:FGCOLA) began fluctuating and occasionally reading 0gpm on Sunday Oct 25 causing BL1A trips and machine
down time.
On the maintenance day today (Tues Oct 27), the T2 package was uncovered and the T2 Col. A flow meter was opened. No unusual deposits were |
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Wednesday, August 19, 2020, 12:57, Isaac Earle, Maintenance, Target 1, Cooling, T1/T2 MRO summary for 2020 shutdown
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The following work was completed during the 2020 shutdown period for BL1A (Jan-Aug 2020):
T1 and T2 EPICS data checked for anomalies. None found, all sensors behaving as expected
T1 and T2 cooling package
water drained to storage tank, sampled, and released
All cuno filters changed (3 for T1, 2 for T2)
All T1 and T2 proteus paddle |
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Thursday, July 09, 2020, 06:44, Isaac Earle, Development, Other, M9, Alignment of M9 Q1Q2 magnets complete
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Mike Vogel reported that alignment of the Q1Q2 assembly w.r.t. the T2 and B1 flanges was completed on July 7. This was performed in the test
stand with the flange positions set to the measurements taken in the 2019 shutdown. Alignment to the theoretical location was achieved within 0.1mm.
The axis of the Q1 and Q2 magnets were aligned to each other previously within similar accuracy. |
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Tuesday, July 07, 2020, 15:13, Isaac Earle, Development, Other, M9, M9 Q1Q2 service stand Lemo connector wiring
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The diagram below shows the wiring for the two connectors on the service stand (the wires running from the stand to the power supplies. (see TB23400
for details)
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Tuesday, July 07, 2020, 13:22, Isaac Earle, Development, Other, M9, M9 Q1Q2
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The M9 Q1Q2 magnet assembly lift beam has been installed according to drawing TB23401. The side-to-side as well as beam-axis direction adjustment
features were tuned so that the assembly is level when lifted.
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Friday, June 12, 2020, 13:54, Isaac Earle, Development, Other, M9, M9 Q1Q2 water header installed
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The Q1Q2 water header (TB23481) was mounted this morning as per installation drawing TB23400.
Heat shrink tubing was applied to the B1 power cables (two positive, two negative) over the length of cable in the highest field which was showing
some signs of radiation damage on the insulation. The tubing used was McMaster-Carr PN 75665K932 (Clear PTFE, 4:1 shrink ratio, 1.0" ID before |
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