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Size: 1831
Comment:
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Size: 1897
Comment:
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| Deletions are marked like this. | Additions are marked like this. |
| Line 7: | Line 7: |
| || '''Sensor''' || '''Use''' || '''Spec''' || '''DAQ<<FootNote(More detail information about cRIO is [[KAGRASubgroupsGIFDAQ|here]].)>> ''' || ||<|2>[[https://www.vaisala.com/sites/default/files/documents/HMP155_User_Guide_in_English.pdf|(Manual)]] HMP155(Vaisala) || Temperature || || cRIO, KAGRA CDS || |
||''' a ''' || '''Sensor''' || '''Use''' || '''Spec''' || '''DAQ<<FootNote(More detail information about cRIO is [[KAGRASubgroupsGIFDAQ|here]].)>> ''' || ||<|3> Air Environment||<|2>[[https://www.vaisala.com/sites/default/files/documents/HMP155_User_Guide_in_English.pdf|(Manual)]] HMP155(Vaisala) || Temperature || || cRIO, KAGRA CDS || |
| Line 11: | Line 11: |
| || [[https://gwdoc.icrr.u-tokyo.ac.jp/cgi-bin/private/DocDB/ShowDocument?docid=7554|(Manual)]] Trillium 120QA|| seismic || || KAGRA CDS || | ||<|2>for KAGRA || [[https://gwdoc.icrr.u-tokyo.ac.jp/cgi-bin/private/DocDB/ShowDocument?docid=7554|(Manual)]] Trillium 120QA|| seismic || || KAGRA CDS || |
| Line 13: | Line 13: |
| || [[https://www.passcal.nmt.edu/webfm_send/220|(Manual)]] Trillium 240 || seismic || || cRIO || | ||<|2>for KAGRA || [[https://www.passcal.nmt.edu/webfm_send/220|(Manual)]] Trillium 240 || seismic || || cRIO || |
Environmental Sensors
Overview
ひずみ計に対する各センサーをプロジェクションしたASDを載せる。
Sensors List
a |
Sensor |
Use |
Spec |
DAQ1 |
Air Environment |
(Manual) HMP155(Vaisala) |
Temperature |
|
cRIO, KAGRA CDS |
Humidity |
|
cRIO, KAGRA CDS |
||
(Manual) PTB110(Vaisala) |
Pressure |
|
cRIO, KAGRA CDS |
|
for KAGRA |
(Manual) Trillium 120QA |
seismic |
|
KAGRA CDS |
(Manual) Trillium Compact |
seismic |
|
KAGRA CDS |
|
for KAGRA |
(Manual) Trillium 240 |
seismic |
|
cRIO |
(Manual) CMG3T |
seismic |
|
cRIO |
Deployment
- 配置図を載せる。
Circuit
- アンプの回路図、Dsubの配線図等のJGWのリンクを載せる。
Calibration
cRIO01 500m, y[V]がADの電圧値。上からAD00,01,02,03
t[℃]=(y[V]/10/(1+3300/430)/1.e-3-107.79)/.388+20.0 h[%]=-y[V]/5*100/2 p[hPa]=-y[V]/2/5*(1100-800)+800 vac[Pa]=10^[2*y[V]-13.0]
cRIO02 2000m
t[℃]=(y[V]/10/(1+3300/430)/1.e-3-107.79)/.388+20.0 h[%]=y[V]/5*100/2 p[hPa]=y[V]/2/5*(1100-800)+800 vac[Pa]=10^[2*y[V]-13.0]
Reference