Differences between revisions 1 and 10 (spanning 9 versions)
Revision 1 as of 2018-11-15 16:15:52
Size: 890
Editor: KousekiMiyo
Comment:
Revision 10 as of 2022-08-10 10:09:41
Size: 1677
Comment:
Deletions are marked like this. Additions are marked like this.
Line 7: Line 7:

 {*} アンプの回路図、Dsubの配線図等のJGWのリンクを載せる。
All information about air environment sesor are uploaded on [[https://gwdoc.icrr.u-tokyo.ac.jp/cgi-bin/private/DocDB/ShowDocument?docid=9269|JGW-T1809269]]
 {*} 以下のピン配置を図に起こしてJGWに上げる。
{{{
Output connector to ADC from Amp. Box (Dsub9-P)
 * 1-6 : TemperatureSignal-GND
 * 2-7 : HumiditySignal-GND
 * 3-8 : AirPressureSignal-GND
 * 4-9 : Open
 * 5 : Open
Output connector to Amp. box from barometer (Dsub9-P?)
 * 1-6 : Vout-AGND
 * 2-7 : Open
 * 3-8 : Power-GND
 * 4-9 : Open
 * 5 : Open
Output connector to Amp. box from temp-humid meter (Dsub15-P?)
 * 1-9 :
 * 2-10 :
 * 3-11 :
 * 4-12 :
 * 5-13 :
 * 6-14 :
 * 7-15 :
 * 8 :
}}}
Line 20: Line 42:
t[℃]=(y[V]/10/(1+3300/430)/1.e-3-107.79)/.388+20.0
h[%]=y[V]/5*100/2
t[℃]=(y[V]/10.0/(1.0+68.0/10.0)/1e-3-107.79)/.388+20.0
h[%]=y[V]/5.0*100.0/(1+1/2)
Line 24: Line 46:
}}}
CLIO
{{{
t[℃]=(y[V]/20/1.e-3-107.79)/.388+20
h[%]=y[V]/5*100
p(abs) [hPa]=-y[V]/5*(1050-930)+930
p(rel) [hPa]=y[V]*101.6 + 900.7 (offset may drift)

Air Environmental Sensor

Sensors

Circuit

All information about air environment sesor are uploaded on JGW-T1809269

  • {*} 以下のピン配置を図に起こしてJGWに上げる。

Output connector to ADC from Amp. Box (Dsub9-P)
 * 1-6 : TemperatureSignal-GND
 * 2-7 : HumiditySignal-GND
 * 3-8 : AirPressureSignal-GND
 * 4-9 : Open
 * 5 : Open
Output connector to Amp. box from barometer (Dsub9-P?)
 * 1-6 : Vout-AGND
 * 2-7 : Open
 * 3-8 : Power-GND
 * 4-9 : Open
 * 5 : Open
Output connector to Amp. box from temp-humid meter (Dsub15-P?)
 * 1-9 : 
 * 2-10 : 
 * 3-11 : 
 * 4-12 : 
 * 5-13 : 
 * 6-14 : 
 * 7-15 : 
 * 8 : 

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]/10.0/(1.0+68.0/10.0)/1e-3-107.79)/.388+20.0
h[%]=y[V]/5.0*100.0/(1+1/2)
p[hPa]=y[V]/2/5*(1100-800)+800
vac[Pa]=10^[2*y[V]-13.0]

CLIO

t[℃]=(y[V]/20/1.e-3-107.79)/.388+20
h[%]=y[V]/5*100
p(abs) [hPa]=-y[V]/5*(1050-930)+930
p(rel) [hPa]=y[V]*101.6 + 900.7 (offset may drift)

Reference

Envrionmental Air Sensors

KAGRA/Subgroups/GIF/EM/AirEnvironmentSensors (last edited 2022-08-10 10:09:41 by AkiteruTakamori)