LA Lafayette 13 SE
University of Louisiana at Lafayette (Cade Farm)
Period of record Jan 11 2003 — May 19 2013

Sensor Monitoring Data

This page contains detailed sensor data used by CRN personnel in monitoring the performance of individual sensors. The data on this page is not intended for casual public use.


Dec 07 2012 10:00 AM CST
[Dec 07 2012 16:00 UTC]
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Temperature (°C)
Sensor #1 Sensor #2 Sensor #3 Calculated
09:05 15.6 15.6 15.6 15.6
09:10 15.8 15.8 15.9 15.8
09:15 16.0 16.0 16.0 16.0
09:20 16.4 16.3 16.4 16.4
09:25 16.5 16.4 16.5 16.5
09:30
17.0
16.5 16.5 16.5
09:35
17.0
16.6 16.7 16.6
09:40 17.3 16.8 17.1 17.1
09:45
17.4
17.8
17.1
09:50 17.3
18.3
17.0 17.2
09:55 17.4
18.4
17.3 17.3
10:00
17.7
18.6 18.7 18.6
Hour Average
Hour Min (*) 15.3 15.3 15.3 15.3
Hour Max (*) 17.7 18.6 18.7 18.6
Hour Std Dev 0.71 1.06 0.80

Plot 3 Temp Sensors Temp Sensors
Plot Calculated Temp Calculated Temp
Plot SR + 3 Temps + 3 Fans SR + 3 Temps + 3 Fans
TopPrecipitation / Wetness
Wire #1
Depth (mm)
Wire #2
Depth (mm)
Wire #3
Depth (mm)
Wet #1 Wet #2 Calculated
Precip (mm)
Tipping
Bucket
09:05 93.5 93.1 93.6 1202 2915 0.0 0.0
09:10 93.5 93.1 93.7 1202 2915 0.0 0.0
09:15 93.5 93.1 93.8 1203 2914 0.0 0.0
09:20 93.5 93.1 93.7 1202 2916 0.0 0.0
09:25 93.5 93.1 93.6 1203 2917 0.0 0.0
09:30 93.5 93.1 93.6 1203 2917 0.0 0.0
09:35 93.5 93.1 93.7 1203 2917 0.0 0.0
09:40 93.5 93.1 93.8 1203 2917 0.0 0.0
09:45 93.5 93.1 93.8 1202 2918 0.0 0.0
09:50 93.5 93.1 93.8 1203 2918 0.0 0.0
09:55 93.5 93.1 93.8 1202 2918 0.0 0.0
10:00 93.5 93.1 93.8 1202 2918 0.0 0.0
Hourly Total 0.0

Plot Gauge Depths Wire Depths + Wetness
Plot Calculated Precip Calculated Precip
TopWind

Wind Speed (m/s)

Average (1.5m)
09:05 0.68
09:10 0.85
09:15 0.91
09:20 0.82
09:25 1.04
09:30 0.81
09:35 1.11
09:40 0.98
09:45 1.02
09:50 0.92
09:55 0.81
10:00 0.58
Hourly Avg 0.88
Hourly Max 1.78
Hourly Std Dev 0.27


Plot Wind 1.5m Wind
TopSolar Radiation

Solar Radiation (Watts/m2)

Avg
09:05 370.9
09:10 403.0
09:15 414.7
09:20 433.5
09:25 432.6
09:30 453.8
09:35 377.9
09:40 406.1
09:45 374.0
09:50 521.3
09:55 526.4
10:00 540.3
Hourly Avg 437.8
Hourly Min 179.2
Hourly Max 543.0
Hourly Std Dev 74.9

Plot Solar Radiation Solar Radiation
TopSurface Temperature

Surface (IR) Temperature (°C)

Corrected IR Sensor
Body Temp
09:05 19.53 21.69
09:10 19.87 22.43
09:15 20.28 22.94
09:20 20.70 23.44
09:25 20.92 23.93
09:30 21.44 24.30
09:35 21.02 24.66
09:40 21.52 24.83
09:45 20.83 24.63
09:50 22.96 25.24
09:55 23.26 26.12
10:00 23.88 27.18
Hourly Avg 20.98 24.28
Hourly Min 19.22
Hourly Max 23.88
Hourly Std 1.18 1.48

Plot Surface Temperature Surface Temperature
Plot Temp + IR + SR + Wind Temp + IR + SR + Wind
TopRelative Humidity
RH (%) Temp (°C) at
RH Sensor
09:05 98 15.7
09:10 98 16.0
09:15 98 16.1
09:20 98 16.4
09:25 99 16.6
09:30 99 16.6
09:35 98 16.8
09:40 98 17.0
09:45 98 16.9
09:50 98 16.8
09:55 97 16.8
10:00 97 17.1
Min 15.4
Max 17.1
Std Dev 0.6 0.5

Plot Relative Humidity Relative Humidity
Plot RH + 3 Temps RH + 3 Temps
Plot RH + 3 Temps + Temp RH + 3 Temps + Temp

TopSoil Moisture / Soil Temperature (°C)

Soil Moisture

Sensor
#1
Sensor
#2
Sensor
#3
Layer
Average
Soil Moisture Volumetric at 5 cm 0.353 0.36 0.357
Soil Moisture Volumetric at 10 cm 0.347 0.363 0.373 0.361
Soil Moisture Volumetric at 20 cm 0.348 0.328 0.449 0.375
Soil Moisture Volumetric at 50 cm 0.428 0.394 0.434 0.419
Soil Moisture Volumetric at 100 cm 0.433 0.465 0.426 0.441
Average Soil Moisture Dielectric at 5 cm 23.79
83.60
24.42
Average Soil Moisture Dielectric at 10 cm 23.26 24.69 25.64
Average Soil Moisture Dielectric at 20 cm 23.39 21.60 33.22
Average Soil Moisture Dielectric at 50 cm 31.03 27.67 31.65
Average Soil Moisture Dielectric at 100 cm 31.51 34.89 30.76

5-Minute Soil Moisture at 5 cm

Volumetric Average
Set #1
Volumetric Average
Set #2
Volumetric Average
Set #3
Volumetric Layer
Average
Dielectric Average
Set #1
Dielectric Average
Set #2
Dielectric Average
Set #3
09:05 0.353 0.36 0.357 23.78
82.60
24.46
09:10 0.353 0.36 0.357 23.78
83.10
24.42
09:15 0.353 0.36 0.357 23.78
82.10
24.46
09:20 0.353 0.36 0.357 23.78
82.10
24.42
09:25 0.353 0.36 0.357 23.78
82.90
24.42
09:30 0.353 0.36 0.357 23.79
82.40
24.46
09:35 0.353 0.36 0.357 23.79
83.10
24.46
09:40 0.353 0.36 0.357 23.79
82.60
24.42
09:45 0.353 0.36 0.357 23.79
83.60
24.42
09:50 0.353 0.36 0.357 23.79
83.60
24.46
09:55 0.353 0.36 0.357 23.79
83.00
24.43
10:00 0.353 0.36 0.357 23.80
83.60
24.43

Soil Temperature

Sensor
#1
Sensor
#2
Sensor
#3
Layer
Average
Average Soil Temperature (°C) at 5 cm 16.7 16.8 16.7 16.7
Average Soil Temperature (°C) at 10 cm 16.8 16.8 17.0 16.9
Average Soil Temperature (°C) at 20 cm 17.5 17.7 17.7 17.6
Average Soil Temperature (°C) at 50 cm 18.4 18.2 18.2 18.3
Average Soil Temperature (°C) at 100 cm 18.8 18.8 18.9 18.8

5-Minute Average Soil Temperature (°C) at 5 cm

Temperature
Set #1
Temperature
Set #2
Temperature
Set #3
Layer
Average
09:05 16.29 16.50 16.50 16.4
09:10 16.19 16.50 16.50 16.4
09:15 16.29 16.50 16.50 16.4
09:20 16.29 16.69 16.50 16.5
09:25 16.50 16.69 16.69 16.6
09:30 16.29 16.50 16.50 16.4
09:35 16.50 16.69 16.69 16.6
09:40 16.50 16.69 16.69 16.6
09:45 16.50 16.69 16.69 16.6
09:50 16.50 16.69 16.69 16.6
09:55 16.50 16.50 16.69 16.6
10:00 16.69 16.79 16.69 16.7

TopDiagnostic Data

Fan Speed (rpm)

Sensor #1
Fan
Sensor #2
Fan
Sensor #3
Fan
113.3 113.0 112.6

Plot Fans Fan Speeds

Battery Voltages

GOES Transmitter GOES Transmitter
Under Full Load
Datalogger
13.34 12.70 11.63

Plot Battery Voltages Battery Voltages

Other Diagnostics

Value
Minutes Datalogger Door Was Open 0.00
23X Panel Temp (°C) 18.57
Reference Resistor Average 1499.8
Datalogger Signature 34025.0
Geonor Inlet Max Temp (°C) 20.12
Datalogger Program Version Number 2.422
Transmitted Year 2012
Transmitted Julian Day 342
Transmitted UTC Time (End of Hour) 1600
Transmitted Longitude -91.87
Transmitted Latitude 30.091
End of File -6666

Plot Datalogger Door Open Datalogger Door Open
Plot Diagnostic Temps Diagnostic Temps


(*) Note regarding temperature values: the station datalogger polls each of the three temperature sensors once every 10 seconds, and keeps a running average of the last 30 of these 10-second samples. This "running 5-minute average" is computed every 10-seconds throughout the hour, for a total of 360 times. The temperature values reported by the station and shown above are the running 5-minute averages from the end of each of the 12 5-minute periods during the hour, and the mininum, maxium, and standard deviation of all 360 5-minute averages. Since the minimum and maximum are computed from all 360 5-minute averages, not just the 12 values shown above, the minimum may occasionally be less than, or the maximum greater than, the minimum and maximum of the 12 5-minute values shown. Back to Temperature