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It pops up the following screen,
Click on the gray bar in the middle.
Then, choose the desired state.
If "OFF", check the guardian overview screen
Check the state of LSC_MICH. First check if the request state of LSC_MICH is OPERATION. If it is not, request OPERATION.
If the state is READY, ENGAGE_SERVO, ENGAGE_BOOST, MICH_LOCKED, CALIBRATION_INJECTION, or ACTUATORCAL_INJECTION, the interferometer is now on the way to be OPERATION state. It will be ready soon.
If it does not enter OPERATION state in a few mins. Call the interferometer experts.
Check the status of IMC_LOCK, VIS_BS, VIS_PR2, VIS_PR3. (Note that VIS_PRM is not used for now, so just ignore it)
For IMC_LOCK, every thing should be green and IMC should be back automatically.
For example, this is how the IMC_LOCK guardian should normally look like.
If it does not come back in ~ 10 mins, call interferometer/IOO experts.
For VIS_PR2 and VIS_BS, the state should be ALIGNED. If inot, a notification "please reset Watch Dog!" will show up, and the state is in TRIPPED. In that case, go to the next section to know how to reset Watch Dog.
For VIS_PR3, the state should be DAMPED. If it is not, a notification "please reset Watch Dog!" will show up, and the state is in TRIPPED. In that case, go to the next section to know how to reset Watch Dog.
=== PRs case ===
4. Request SAFE by Guardian
5. Open "Payload" at bottom center
6. Click WATCHDOG here.
pic
7. Click DACKILL here.
pic pic
8. Click this button
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9. Request DAMPED. For PR2, ~ 10 seconds after the state becomes DAMPED, request ALIENED.
10. ~ 10 seconds after the suspension gets in a nominal state, request LSC_MICH to be OPERATION.
you have to take the logbook to report the incident during the observation shift (see IFO Operational Manual)
you have to check the check list to avoid mistake during the observation shift (Check List)
ここから先は観測シフトの仕事を簡単にまとめたものです。まだ暫定的なメモのような状態なので、適宜アップデートして下さい。ここは分かりやすさのために日本語で書きます。余裕のある方は英語版も作って下さい。
[General]
[DGS]
[MIF]
[VIS]
[DMG]
[klog]
Abbreviation / Acronym |
Meaning / Explanation |
BS |
Beam Splitter |
CDS |
|
DAQ |
Data Acquisition |
DAS |
Data Analysis |
DC |
Direct Current |
DET/Detchar |
Detector Characterization |
DGS |
Digital System |
DMG |
Data Management |
EPICS |
Experimental Physics and Industrial Control System |
EX/ETMX |
X Arm End Test Mass |
EY/ETMY |
Y Arm End Test Mass |
FCL |
Facility |
GAS |
Geometric Anti-Spring |
GIF |
Geophysics Interferometer |
Guardian |
Automation system for interferometers |
IFO |
Interferometer Optics |
IMC |
Input Mode Cleaner |
LSC |
Length Sensing and Control, especially for MIF |
MCi/e/o |
Name of three mirrors of IMC; Input, End, and Output mirrors |
Medm |
GUI for dealing with EPICS |
MI |
Michealson Interferometer |
MIF |
Main Interferometer |
Optical Lever; measures angle of a mirror |
|
OSEM |
Optical Sensor and ElectroMagnet |
PMC |
Pre-Mode Cleaner |
PR3 |
Type Bp’ SAS. works as the last steering mirror for MI |
PSL |
Pre-Stabilized Laser |
SAS |
Seismic Attenuation System |
TM |
Test Mass |
VAC |
Vacuum |
VIS |
Vibration Isolation System |