Aggregator
HarpFitter: IHA2E01
HarpFitter: IHA1E01
HarpFitter: IHA3E01
HarpFitter: IHA4E01
HarpFitter: IHA6E01
HarpFitter: IHA7E01
HarpFitter: IHA8E01
HarpFitter: IHAAE01
Fopt 26mar230435 results: Post injector work
Log Number: 4479176Logbook(s): Body: Fopt results from /usr/ntfs/public/optics/diforb/26mar230435
Comment: Post injector work
HOSTNAME: opsl01
CED WORKSPACE: OPS CED LOGIN KEY: pro
MYA DEPLOYMENT: ops
CONFIG PATH: /cs/prohome/apps/q/QTSnyder_QT5/1-2/fileio/config/cs.conf
DIFORB PATH: /usr/ntfs/public/optics/diforb
Comment: Post injector work
HOSTNAME: opsl01
CED WORKSPACE: OPS CED LOGIN KEY: pro
MYA DEPLOYMENT: ops
CONFIG PATH: /cs/prohome/apps/q/QTSnyder_QT5/1-2/fileio/config/cs.conf
DIFORB PATH: /usr/ntfs/public/optics/diforb
Fopt 26mar230435 - 26mar230029 Compare results: Pre Vs. Post injector changes
Log Number: 4479175Logbook(s): Body: Fopt results from 26mar230435 - 26mar230029 Compare
Comment: Pre Vs. Post injector changes
HOSTNAME: opsl01
CED WORKSPACE: OPS CED LOGIN KEY: pro
MYA DEPLOYMENT: ops
CONFIG PATH: /cs/prohome/apps/q/QTSnyder_QT5/1-2/fileio/config/cs.conf
DIFORB PATH: /usr/ntfs/public/optics/diforb
Comment: Pre Vs. Post injector changes
HOSTNAME: opsl01
CED WORKSPACE: OPS CED LOGIN KEY: pro
MYA DEPLOYMENT: ops
CONFIG PATH: /cs/prohome/apps/q/QTSnyder_QT5/1-2/fileio/config/cs.conf
DIFORB PATH: /usr/ntfs/public/optics/diforb
Fopt - Post injector changes
Log Number: 4479174Logbook(s): Tags: Body: Fopt 7.9 completed successfully. The runtime settings include a sample count of 15, a minimum current of 4, and an operating regime of Standard with Excitation in 1S Region. The corrector and RF kicks applied were 0.488208 and 0.488208 volts respectively. The max. amplitude setting was 1 millimeters. The files for this run were saved in the directory /cs/opshome/hlapps/optics/diforb/26mar230435. The X and Y stability of the machine during the run was 0.333005 and 0.16073 (mm) respectively.
Fopt failure
Log Number: 4479173Logbook(s): Tags: Body: Fopt 7.9 failed with the following diagnostic:
GUI's Log PageFopt Progress Log
04:34:37 Starting Fopt
04:34:37 Fetching current and energies
04:34:37 Extracting BPM information from CED
04:34:37 Number of BPMs detected: 62
04:34:37 Determining status of Halls
04:34:37 Suspending Energy Locks
04:34:37 Suspending Orbit Locks
04:34:37 Programming the function generator
04:34:38 Enabling kick control hardware
04:34:38 Turning off Fast Feedback to A & C
04:34:40 Taking measurements
GUI's Log PageFopt Progress Log
04:34:37 Starting Fopt
04:34:37 Fetching current and energies
04:34:37 Extracting BPM information from CED
04:34:37 Number of BPMs detected: 62
04:34:37 Determining status of Halls
04:34:37 Suspending Energy Locks
04:34:37 Suspending Orbit Locks
04:34:37 Programming the function generator
04:34:38 Enabling kick control hardware
04:34:38 Turning off Fast Feedback to A & C
04:34:40 Taking measurements
FSD Masking Tool: Successful System Masking for: BeamLossMonitor
Log Number: 4479172Logbook(s): Tags: Body: System Masking for: BeamLossMonitor
User: samari
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
ILM8T09
User: samari
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
ILM8T09
Refining injector set up (80 uA to ILD!)
Log Number: 4479171Logbook(s): Entry Makers: samariBody:
Since we have extra time on our hands, the crew chief allowed me to optimize the injector to the Inline dump + collinearity a bit more. I adjusted the Prebuncher gradient to have the least interception on the master slit (fig 1), and tweaked the chopper phases and gradients small amounts to achieve better collinearity (fig 2). I then steered to reduce aperture and improve transmission with C beam (A Laser) CW at 80 uA!
FSD Masking Tool: Successful System UN-Masking for: BeamLossMonitor
Log Number: 4479170Logbook(s): Tags: Body: System UN-Masking for: BeamLossMonitor
User: samari
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
ILM8
User: samari
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
ILM8
Autolog save
ARCA aperture check
SLM2A:Stats1 PVs aren't reading
Fopt 26mar230029 results
Log Number: 4479166Logbook(s): Body: Fopt results from /usr/ntfs/public/optics/diforb/26mar230029
Comment:
HOSTNAME: opsl03
CED WORKSPACE: OPS CED LOGIN KEY: pro
MYA DEPLOYMENT: ops
CONFIG PATH: /cs/prohome/apps/q/QTSnyder_QT5/1-2/fileio/config/cs.conf
DIFORB PATH: /usr/ntfs/public/optics/diforb
Comment:
HOSTNAME: opsl03
CED WORKSPACE: OPS CED LOGIN KEY: pro
MYA DEPLOYMENT: ops
CONFIG PATH: /cs/prohome/apps/q/QTSnyder_QT5/1-2/fileio/config/cs.conf
DIFORB PATH: /usr/ntfs/public/optics/diforb










