Aggregator

Log Number: 4514858Logbook(s): 

• ELOG

Body: Calibration ParametersHall:CTarget: Loop 1 10cmPass: 3Note: SHMS angle: -10.25 1uA to 30uCalibrated On:2026-Jun-18 23:42Calibrated By: msmithFile:C-2026-06-18_2342_Loop_1_10cm_Pass-3.hcdIon ChamberExisting Setpoing (rads/hr)New Setpoint (rads/hr)

Log Number: 4514859Logbook(s): 

• ELOG

Entry Makers: eformanBody: 

Adjacent head is bypassed, will post user lab 2 as ODH 2.

Log Number: 4514849Logbook(s): 

• HCLOG
• ELOG

Entry Makers: yoonBody: 

Log Number: 4514848Logbook(s): 

• ELOG

Entry Makers: eformanBody: 

Did not catch the status bit. Box supply turned back on & cycled.

Log Number: 4514841Logbook(s): 

• HCLOG
• ELOG

Entry Makers: bschaumlBody: 

Log Number: 4514840Logbook(s): 

• ELOG

Tags: 

• Autolog

Body: UNMasked Hall C Normal Target FSD

Log Number: 4514838Logbook(s): 

• ELOG

Body: Calibration ParametersHall:CTarget: 10cm DummyPass: 3Note: Calibrated On:2026-Jun-15 07:14Calibrated By: samariFile:C-2026-06-15_0714_10cm_Dummy_Pass-3.hcdIon ChamberExisting Setpoing (rads/hr)New Setpoint (rads/hr)Dump Left28,920<

Log Number: 4514837Logbook(s): 

• ELOG

Tags: 

• Autolog

Body: Masked Hall C Normal Target FSD

Log Number: 4514834Logbook(s): 

• ELOG

Entry Makers: bschaumlBody: 

Came back without any trouble.

Log Number: 4514824Logbook(s): 

• ELOG

Body: 

2L05 CPS breaker reset. It tripped a second time in approx 5 to 7 minutes. Other than a tripped breaker no faults were found. Reset CPS breaker a second time. Approximately 1+ hour spent on epas. TEDF printer CS-12ps produced only blank pages, no epas forms.

Log Number: 4514818Logbook(s): 

• HCLOG
• ELOG

Entry Makers: yoonBody: 

Log Number: 4514817Logbook(s): 

• ELOG

Tags: 

• Autolog

Body: System UN-Masking for: BeamLossMonitor
User: eforman
Areas: All

BeamLossMonitor Devices:
ILM0I07
ILM0L01A
ILM0L01B
ILM0L02
ILM2D00A
ILM2D00B
ILM0L04A
ILM0L04B
ILM0L05
ILM0L06A
ILM0L08
ILM0R01
ILM4D00
ILM0R03
ILM0R04
ILM0R06
ILM0R08
ILM0R09
ILM1L01
ILM1L02
ILM6R08
ILM3S00
ILM7S00
ILM9S00
ILM5S10
ILM5E03
ILM7S01
ILM9A01
ILM3E02
ILM5A01
ILM1A04
ILM1A06
ILM1A09
ILM5A10
ILM1A16
ILM1A19
ILM3R10
ILM9R07
ILM1R09
ILM2L03
ILM5R10
ILM5R05
ILM2L01
ILM2T09
ILM

Log Number: 4514816Logbook(s): 

• ELOG

Tags: 

• Autolog

Body: System Masking for: BeamLossMonitor
User: bschauml
Areas: All

BeamLossMonitor Devices:
ILM0I07
ILM0L01A
ILM0L01B
ILM0L02
ILM2D00A
ILM2D00B
ILM0L04A
ILM0L04B
ILM0L05
ILM0L06A
ILM0L08
ILM0R01
ILM4D00
ILM0R03
ILM0R04
ILM0R06
ILM0R08
ILM0R09
ILM1L01
ILM1L02
ILM6R08
ILM3S00
ILM7S00
ILM9S00
ILM5S10
ILM5E03
ILM7S01
ILM9A01
ILM3E02
ILM5A01
ILM1A04
ILM1A06
ILM1A09
ILM5A10
ILM1A16
ILM1A19
ILM3R10
ILM9R07
ILM1R09
ILM2L03
ILM5R10
ILM5R05
ILM2L01
ILM2T09
ILM8T

Log Number: 4514815Logbook(s): 

• POLOG
• ELOG
• SLOG

Entry Makers: bschaumlBody: 

As was requested by an injector SME, I checked the picoammeter background readings before and after the bleedthrough script testing. I plotted the PV that the script should be paying attention to (FCupsCORRECTED.VAL) and the FCupsrange PV, and proceeded to work my way up the range settings from to 200 uA. All appears to behave as I expect; the background measurement is very repeatable and consistent across the ranges up to the 2 uA setting when the last pA digit drops off. So long as we aren't measuring above 200 nA of bleedthrough, we should be good!

Log Number: 4514814Logbook(s): 

• ELOG

Body: 

HYST AREA Version 7-0 has successfully cycled the following:

Area.Linacs.South

Total Time: 3.150 mins

Log Number: 4514811Logbook(s): 

• ELOG
• CLOG

Tags: 

• Autolog

Body: LEM 9.19.5 was successfully run for the South Linac on 2026-06-21 20:44:45. The application phase took 00:00:26 to complete.

Log Number: 4514810Logbook(s): 

• ELOG

Body: IDDescriptionPeriodCause 17235Title:
2L05 dropped out of HV

Summary:
2L05 dropped out of HV BLVF in zone 2L06 dropped 2L05 & 2L06 out of HV permit.

Log Number: 4514809Logbook(s): 

• ELOG

Entry Makers: bschaumlBody: 

Log Number: 4514808Logbook(s): 

• ELOG

Tags: 

• Autolog

Body: Destination Masking to: HallB,HallC
User: bschauml

Log Number: 4514807Logbook(s): 

• POLOG
• ELOG
• SLOG

Entry Makers: bschaumlBody: 

The shared-slit situation appears to be handled gracefully and, though I could only test the permutation currently available in the injector, I would hope the logic behaves properly for any possible situation. Figure 2 shows the liveplot of beam modes, slit positions, and the current measured at FC1 throughout all the non-Quick-Check measurements. Figure 3 shows the same but for the measurement with all halls selected. I was curious if 5 seconds would be enough for a stable measurement, but it seems fine enough from this view.