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| --------------- |
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| Definition of the PEM channel name | |
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| K1:PEM-(SENSOR)_(PLACE1)_(PLACE2)_(DOF) | K1:PEM-(SENSOR)_(AREA)_(LOCATION)_(DOF) |
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| == SENSOR == ||<#FBEFF8> Name ||<#FBEFF8> Purpose || || TEMPERATURE || Ondotori temperature || || HUMIDITY || Ondotori humidity || |
||<#58FA82> Name ||<#58FA82> Purpose || ||<#A9F5E1 :99% -2> SENSOR || || ONDTR || Ondotori sensor || |
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| || SENSOR(or SIGNAL; すぐに決めてどちらかにする) || -- || * 現状(2018/12/26)は以上だが、今後PEMが足されるにつれて追加する。 == PLACE1 == ||<#FBEFF8> Name ||<#FBEFF8> Purpose || || RACK || in the DGS Rack || || FIELD || on the field? || || BOOTH|| in the clean booth || || MOZUMI|| in the mozumi building || |
|| SENSOR || This name is not for specific sensor || ||<#A9F5E1 :99% -2> AREA (These should be in [[https://gwdoc.icrr.u-tokyo.ac.jp/cgi-bin/private/DocDB/ShowDocument?docid=1110| here?]]) || |
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| || IMC|| around the MCi chamber?|| || IFI|| around the IFI chamber? || || PR|| around the PR area? || || BS|| around the BS area? || || SR|| around the SR area? || || OMC|| around the OMC chamber? || || POP|| around the POP table? || || POS|| around the POS table? || || IX0|| around the IX0 DGS rack || || IY0|| around the IY0 DGS rack || || IXC || around the IXC area || || IYC || around the IYC area || || EXC || around the EXC area || || EYC || around the EYC area || |
|| IX || around the IX area || || IY || around the IY area || || EX || around the EX area || || EY || around the EY area || |
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| || PR|| around the PR area including chamber|| || BS|| around the BS area including chamber|| || SR|| around the SR area including chamber|| || IMC|| around the MCi, MCe, MCo area|| || IFI|| around the IFI area including table, chamber || || OMC|| around the OMC area including table, chamber || || POP|| around the POP area including table, chamber || || POS|| around the POS area including talbe, chamber || || --(RACK)-- || --(in the DGS Rack)-- || || --(FIELD)-- || --(on the field)-- || || --(BOOTH)-- || --(in the "any" clean booth)-- || || MOZUMI|| in the mozumi building || || XARM || x arm || || YARM || y arm || ||<#A9F5E1 :99% -2> LOCATION || || CHAMBER_(NAME) || on the chamber. Name : [[https://gwdoc.icrr.u-tokyo.ac.jp/cgi-bin/private/DocDB/ShowDocument?docid=1111| here]] || || TABLE_(NAME） || on the table. Name : [[http://gwwiki.icrr.u-tokyo.ac.jp/JGWwiki/KAGRA/Subgroups/IOO/OutputTables| here]] || || BOOTH_(NAME) || in the clean booth. Name : [[https://gwdoc.icrr.u-tokyo.ac.jp/cgi-bin/private/DocDB/ShowDocument?docid=1662|here?]] || || BEAMDUCT_(NAME) || on the beamduct. Name : [[http://google.com|???]] || || PERI_(NAME) || on the periscope. Name : [[http://google.com|???]] || || FIELD || It means other places?? || ||<#A9F5E1 :99% -2> DOF || || X/Y/Z || X,Y,Z axis as KAGRA cordinate || || 18V/24V || type of the DC power supply || || TEMPERATURE/HUMIDITY/PRESSSURE || signals of the both ondotori and weather station || |
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SENSOR * センサーの種類がここに該当する。 * 現状(2018/12/26)は以上だが、今後PEMが足されるにつれて追加する。(yokozawa) PLACE1 -> AREA?? * 広い意味のエリア名が該当する？ |
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| == PLACE2 == ||<#FBEFF8> Name ||<#FBEFF8> Purpose || || GND || --- || || TABLE || --- || || PRERI || --- || || CHAMBER || --- || || BEAMDUCT || --- || || ONTABLE || --- || * No specific list * GND, TABLE, PERI(PERISCOPE), CHAMBER, BEAMDUCT, ONTABLE(MIC), etc |
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| == DOF == ||<#FBEFF8> Name ||<#FBEFF8> Purpose || || X/Y/Z || --- || || 1/2/3 || --- || || 18V/24V || --- || || TEMP/HUMI/PRES || --- || * etc... |
PLACE2 -> LOCATION?? |
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| * センサーが設置されている構造物の名前が該当する？ * もし該当しない場合、PLACE2を省略して、DOFに行ってもいいのだろうか。 (Miyo) * FIELDとかBOOTHを使いたいが、Place1にもそれがあるのが混乱を生みそう (Nagano) * FIELD BOOTH はPlace2,今のLOCATIONに含める。（Miyo） DOF * DOFが該当する。センサーが複数個のシグナルを持つ場合、それぞれの名前が該当する？ --------------- |
Contents
KAGRA PEM Channel List
Ondotori
PSL(-2018/12/10-)
PEM |
Sensor |
Channel name (_OUT_DQ) |
sampling rate[Hz] |
Picture |
Calibration(unit) |
Memo(S number) |
accelerometer |
TEAC 710 |
K1:PEM-PSL_ACC_TABLE1_Z |
2048 |
m/s^2 |
||
accelerometer |
TEAC 710 |
K1:PEM-PSL_ACC_TABLE2_Z |
2048 |
m/s^2 |
||
accelerometer |
TEAC 710 |
K1:PEM-PSL_ACC_TABLE3_Z |
2048 |
m/s^2 |
||
accelerometer |
KISTLER 8640A5 |
K1:PEM-PSL_ACC_PERI_EXIT |
2048 |
m/s^2 |
||
accelerometer |
KISTLER 8640A5 |
K1:PEM-PSL_ACC_PERI_REFCAV |
2048 |
m/s^2 |
||
magnetometer |
MAG13 MCL100 |
K1:PEM-PSL_MAG_LASERRACK_(X|Y|Z) |
2048 |
T |
MAG13, WF, Distributor, Power removed temporary |
|
microphone |
(B&K) 4188-A-021 |
K1:PEM-PSL_MIC_CENTER |
2048 |
Pa |
||
accelerometer |
KISTLER |
K1:PEM-PSL_ACC_SIGNAL1 |
2048 |
m/s^2 |
||
accelerometer |
KISTLER |
K1:PEM-PSL_ACC_SIGNAL2 |
2048 |
m/s^2 |
CS(-2018/12/10-)
PEM |
Sensor |
Channel name (_OUT_DQ) |
sampling rate[Hz |
Picture |
Calibration(unit) |
Memo(S number) |
microphone |
AT-VD6 No.1 |
K1:PEM-IMC_MIC_REFL |
2048 |
Pa |
||
accelerometer |
TEAC706 |
K1:PEM-IMC_ACC_REFL_TABLE |
2048 |
m/s^2 |
||
microphone |
AT-VD6 No.2 |
K1:PEM-IMC_MIC_TRANS |
2048 |
[[|pic]] |
Pa |
|
microphone |
(B&K) 4188-A-021 |
K1:PEM-IFI_MIC_REFL |
2048 |
Pa |
||
accelerometer |
TEAC710 |
K1:PEM-IFI_ACC_REFL_TABLE |
2048 |
m/s^2 |
||
microphone |
(B&K) 4188-A-021 |
K1:PEM-POP_MIC |
2048 |
Pa |
||
accelerometer |
TEAC710 |
K1:PEM-POP_ACC_TABLE |
2048 |
m/s^2 |
||
microphone |
ACO 7146NL/4152 |
K1:PEM-POS_MIC |
2048 |
Pa |
||
accelerometer |
TEAC710 |
K1:PEM-POS_ACC_TABLE |
2048 |
m/s^2 |
||
microphone |
ACO 7146/4152 |
K1:PEM-OMC_MIC |
2048 |
Pa |
||
accelerometer |
TEAC710 |
K1:PEM-OMC_ACC_TABLE |
2048 |
m/s^2 |
||
microphone |
ACO 7146/4152 |
K1:PEM-BS_MIC |
2048 |
Pa |
||
microphone |
ACO 7146/4152 |
K1:PEM-SR_MIC |
2048 |
Pa |
EX(-201X/XX/XX)
- PCal Tx table (TEAC710)
- PCal Rx table (TEAC710)
- EXA area (ACO mic)
- EXC/EXV area (ACO mic)
- EXV talbe (TEAC706)
- EXC area (magnetometer)
EY(-201X/XX/XX)
- PCal Tx table (TEAC710)
- PCal Rx table (TEAC710)
- EYA area (ACO mic)
- EYC/EYV area (ACO mic)
- EYV talbe (TEAC706)
- EYC area (magnetometer)
Seismometer
Snumber |
Installed Place (ADC port) |
Name |
Channel name (OUT_DQ) |
Unit |
fs [Hz] |
klog |
EXV (IX1, ADC0, 24-26) |
Trillium 12QA |
K1:PEM-IXV_GND_TR120Q_(X/Y/Z)_OUT_DQ |
um/s |
512 |
||
EXV (EX1, ADC0, 24-26) |
Trillium 120QA |
K1:PEM-EXV_GND_TR120Q_(X/Y/Z)_OUT_DQ |
um/s |
512 |
||
EYV (EY1, ADC0, 24-26) |
Trillium 120QA |
K1:PEM-EYV_GND_TR120Q_(X/Y/Z)_OUT_DQ |
um/s |
512 |
||
IXV (IX1, ADC0, 28-30) |
Trillium 120QA |
K1:PEM-IXV_GND_TR120QTEST_(X/Y/Z)_OUT_DQ |
um/s |
512 |
||
MCe (IOO1, ADC1, 4-6) |
Trillium compact 120-SV1 |
K1:PEM-IMC_GND_TR120C_MCE_(X/Y/Z)_OUT_DQ |
um/s |
512 |
|
|
MCi (IOO1, ADC1, 0-2) |
Trillium compact 120-SV1 |
K1:PEM-IMC_GND_TR120C_MCI_(X/Y/Z)_OUT_DQ |
um/s |
512 |
|
|
Fukuoka Univ. |
Trillium compact 120-SV1 |
??? |
--- |
512 |
|
Selfnoiseのグラフを載せる
Air Environment Sensors
Snumber |
Installed Place (ADC port) |
Name |
Channel name (xxx_OUT_DQ) |
Unit |
Sample rate [Hz] |
IXV (IX1, ADC1, 24-27) |
No.5 |
K1-IXV_WEATHER_{TEMP,HUMD,PRES}_ |
Degree, %, Pa |
128 |
|
IYV (IY1, ADC1, 24-27) |
|
|
|
128 |
|
EXV (EX1, ADC1, 24-27) |
--- |
K1-EXV_WEATHER_{TEMP,HUMD,PRES}_ |
Degree, %, Pa |
128 |
|
EYV (EY1, ADC1, 24-27) |
--- |
K1-EYV_WEATHER_{TEMP,HUMD,PRES}_ |
Degree, %, Pa |
128 |
|
IXC (IX0, ADC0, 16-27?) |
|
|
|
128 |
|
IYC (IY0, ADC0, 20-23) |
No6 |
K1-IYC_WEATHER_{TEMP,HUMD,PRES}_ |
Degree, %, Pa |
128 |
Acording to JGW-T1809269, calibration factor from output voltage to each unit is given with
temp = ( Vout/78/0.001-100)/0.388 [deg_c] humd = (Vout/2)/5*100 [%] pressure = (Vout/2)/5*300 + 800 [hPa]
Then, "_GAIN" and "_OFFSET" parameters in cds filter of each channels are calculated by above equation with count value not voltage,
Name |
Value |
Unit |
_TEMP_OFFSET |
-1.278e4 |
count |
_HUMD_OFFSET |
0.0 |
count |
_PRES_OFFSET |
4.369e4 |
count |
_TEMP_GAIN |
2.017e-2 |
deg_c/count |
_HUMD_GAIN |
6.104e-3 |
%/count |
_PRES_GAIN |
1.831e-2 |
hPa/count |
,where ransformation coefficient from voltage to adc count is given with c2V = 2.0 * 10/2**15 [V/count], because output signal from sensor is measured with single-end not differential. These parameters are managed by SDF with observe.snap. So, plase do not change this file.
Place Sensor Channel name picture Memo IX0 Temporary K1:PEM-IX0_SENSOR(1-12) pic Will be removed
Place Sensor Channel name picture Memo IY0 Temporary K1:PEM-IY0_SENSOR(1-12) pic Will be removed
Definition of the PEM channel name Name Purpose SENSOR ONDTR Ondotori sensor ACC Accelerometer MIC Microphone MAG Magnetometer SEIS Seismometer WEATHER Weather station SENSOR This name is not for specific sensor AREA (These should be in here?) PSL in the PSL Room area IX around the IX area IY around the IY area EX around the EX area EY around the EY area IXV in the IXV area IYV in the IYV area EXV in the EXV area EYV in the EYV area TMSX around the TMSX area TMSY around the TMSY area PCALX around the PCALX area PCALY around the PCALY area PR around the PR area including chamber BS around the BS area including chamber SR around the SR area including chamber IMC around the MCi, MCe, MCo area IFI around the IFI area including table, chamber OMC around the OMC area including table, chamber POP around the POP area including table, chamber POS around the POS area including talbe, chamber RACK in the DGS Rack FIELD on the field BOOTH in the "any" clean booth MOZUMI in the mozumi building XARM x arm YARM y arm LOCATION CHAMBER_(NAME) on the chamber. Name : here TABLE_(NAME） on the table. Name : here BOOTH_(NAME) in the clean booth. Name : here? BEAMDUCT_(NAME) on the beamduct. Name : ??? PERI_(NAME) on the periscope. Name : ??? FIELD It means other places?? DOF X/Y/Z X,Y,Z axis as KAGRA cordinate 18V/24V type of the DC power supply TEMPERATURE/HUMIDITY/PRESSSURE signals of the both ondotori and weather station SENSOR PLACE1 -> AREA?? PLACE2 -> LOCATION?? DOF
2018/12/03 Update, miyo Temporary channels in IX0
Temporary channels in IY0
Channel Name Definition
K1:PEM-(SENSOR)_(AREA)_(LOCATION)_(DOF)
SDF
latest snapfile