Handheld Agricultural Weather Monitor
Brief introduction:
Hand-held Agricultural Weather Monitor can acquire air temperature, humidity, light intensity, CO2 concentration, dew point, soil temperature, soil moisture, and other agricultural environmental parameters in real-time. Widely used in facilities agriculture, forestry, horticulture, animal husbandry, and other fields, and fulfill to carry out conduct of automatically monitor, automatic control and intelligent management to the facilities for comprehensive agricultural ecological information.
Characteristics:
1) Automatic data acquisition, real-time display;
2) Automatically save the data, you can save up to 120000 data, and can view the records;
3) Data can be uploaded to the computer and export to Excel, data curve drawing, map printing;
4) Can choose testing parameters by yourself according to needs, sampling interval time of each sensor can be set separately;
5) A variety of power supply mode in order to adapt to different occasions and different user needs: battery, power adapter, solar energy
Technical parameters:
|
Testing index |
Parameter |
Testing index |
Parameter |
|
Temperature |
range:-40°C-120°C accuracy:±0.4°C resolution:0.1°C |
Rainfall |
range:0-4mm/min accuracy:±0.1mm resolution:0.1mm |
|
Humidity |
range:0-100%RH accuracy:±3%RH resolution:1%RH |
CO2 |
range:0-2000PPM Volatility:±( 40PPM + Measurements×3%) resolution:1PPM |
|
Dew Point |
range:-40°C-120°C accuracy:±0.4°C resolution:0.1°C |
Soil Temperature |
range:-40°C-100°C accuracy:±0.3°C resolution:0.1°C |
|
Light Intensity |
range:0-200000Lux accuracy:±5Lux resolution:1Lux |
Soil Moisture |
range:0-100% accuracy: ±0.2% resolution:0.1% |
|
PAR radiation |
range:1-2,700µmolm-2s-1(400-700nm) accuracy:±1µmolm-2s-1 resolution:1µmolm-2s-1 |
PH |
PH range: pH:0-14 PH accuracy: ±0.1 |
|
Wind Direction |
range:0-359° |
Soil salinity |
range: 0-19.99ms/cm accuracy: ±2% |
|
Wind Speed |
range:0-45m/s accuracy:±0.1m/s |
Barometric pressure (optional) |
range:0-1100Hpa accuracy:±0.1Hpa |
Model difference
|
Model differences |
Function differences |
|
TS-AW4 |
temperature, humidity, light intensity, CO2 concentration |
|
TS-AW5 |
temperature, humidity, light intensity, PAR radiation, CO2 concentration |
|
TS-AW6 |
temperature, humidity, light intensity, CO2 concentration, soil temperature, soil moisture, |
|
TS-AW7 |
temperature, humidity, light intensity, PAR radiation, CO2 concentration, soil temperature, soil moisture, |
|
TS-AW8 |
temperature, humidity, light intensity, PAR radiation, CO2 concentration, soil temperature, soil moisture, Soil salinity |
|
TS-AW9 |
temperature, humidity, light intensity, PAR radiation, CO2 concentration, soil temperature, soil moisture, soil PH, Soil salinity |
|
TS-AW10 |
temperature, humidity, light intensity, PAR radiation, wind direction and speed, Rainfall, CO2 concentration, soil temperature, soil moisture, |
|
TS-AW11 |
temperature, humidity, light intensity, PAR radiation, wind direction and speed, Rainfall, CO2 concentration, soil temperature, soil moisture, soil PH, Soil salinity |