Campus automatic weather station price encyclopedia: It is equipped with high-precision sensors that can automatically and accurately collect multiple meteorological data such as temperature, humidity, wind direction, wind speed, rainfall, etc. After data collection, it is uploaded in real-time to the cloud or campus weather platform through wireless transmission technology, and teachers and students can view it at any time. Automatic weather stations do not require frequent manual operations, reducing labor costs and ensuring data continuity and accuracy.
Campus automatic weather station price encyclopediaIt is equipped with high-precision sensors that can automatically and accurately collect multiple meteorological data such as temperature, humidity, wind direction, wind speed, and rainfall. After data collection, it is uploaded in real-time to the cloud or campus weather platform through wireless transmission technology, and teachers and students can view it at any time. Automatic weather stations do not require frequent manual operations, reducing labor costs and ensuring data continuity and accuracy.

1Campus automatic weather station price encyclopediaProduct Introduction
The XQ1 campus weather station is a highly integrated, low-power, quick to install, and easy to use scientific research grade weather station for teaching purposes.
2、 Product Features
1. Transmission method: GPRS, optional wired transmission;
2. Power supply mode: mains power;
3. Display mode: 1 meter * 0.5 meter LED screen;
4. Hardware composition: sensors, pole supports, equipment boxes, LED screens, collectors, cloud platforms
3、 Technical parameters
1. Sensor parameters
| name |
measurement range |
resolution |
Accuracy |
| ambient temperature |
-40~+80℃ |
0.01℃ |
±0.3℃(25℃) |
| relative humidity |
0~100%RH |
0.01%RH |
±3%RH(20%~80%) |
| illuminance |
0-157286LUX |
1Lux |
<±3% |
| atmospheric pressure |
300-1100hpa |
0.1hPa |
±0.25% |
| dew point temperature |
0~+70℃ |
0.1℃ |
±1℃ |
| soil temperature |
-30~+70℃ |
0.01℃ |
±0.3(-10~70℃) |
| soil moisture |
0~100% |
0.1% |
±3% |
| soil salinity |
0~20000us/cm |
1us/cm |
± 3 (0~10000us/cm) ± 5% (full range) |
| Soil pH |
0-14PH |
0.01 |
±0.1PH |
| Wind direction |
0-360 degrees |
0.1 degrees |
± 1 degree |
| Wind speed |
0-60m/s |
0.01m/s |
±0.2m/s |
| Average wind speed ☆ |
0-60m/s |
0.01m/s |
±0.2m/s |
| Rainfall |
≦4mm/min |
0.2mm |
≤±2% |
| Ultraviolet radiation |
0~500W/ ㎡ |
0.01W/ ㎡ |
≤±3% |
| sunshine duration |
0~6500h |
0.1 h |
<0.2 h |
| Total photoelectric radiation |
0-2000W/m2 |
1W/m2 |
<±3% |
| Photosynthetically active radiation |
0-2000W/m2 |
1W/m2 |
≤±5% |
| PM2.5 |
0-1000ug/m³ |
1ug/m³ |
± 10% (<500 micrograms) |
| PM10 |
0-1000ug/m³ |
1ug/m³ |
± 10% (<500 micrograms) |
| carbon monoxide |
0-1000ppm |
1PPM |
±2PPM |
| sulfur dioxide |
0-20PPM |
0.1PPM |
±1PPM |
| nitrogen dioxide |
0-20PPM |
0.1PPM |
±1PPM |
| ozone |
0-20PPM |
0.1PPM |
±1PPM |
| negative oxygen ion |
0-100000 pieces/cm3 |
1 piece/cm3 |
Reading ± 10%; Ionic mobility ≤± 20% |
| oxygen content |
0~25%Vol |
0.1% |
±3%FS |
| carbon dioxide |
400-5000ppm |
1PPM |
± (50ppm+5% reading value) |
| evaporation |
0-190mm |
0.01mm |
±1% |