The MAS-I Micro Air Station is an economical product launched by our company to provide real-time and accurate detection of outdoor air pollutants. Its cost is 35 times lower than that of traditional reference stations built on analyzers. Compared with cheaper alternative products on the market, MAS-I can provide a strong data foundation for the grid platform and can be calibrated on site to ensure its best traceability.
The MAS-I Micro Air Station is an economical product launched by our company to provide real-time and accurate detection of outdoor air pollutants. Its cost is 35 times lower than that of traditional reference stations built on analyzers. Compared with cheaper alternative products on the market, MAS-I can provide a strong data foundation for the grid platform and can be calibrated on site to ensure its best traceability.
Users can customize the parameters measured by the MAS-I Micro Air Station according to their own needs. Options include: standard pollutants ozone (03), nitrogen dioxide (N02), carbon monoxide (C0), sulfur dioxide (S02), particulate matter (PM2.5, PM10); as well as meteorological parameters such as noise, temperature, humidity, wind speed, wind direction, and air pressure.
Méthode de contrôle | Méthode de diffusion laser |
Particulate matter parameters | PM1.0, PM2.5, PM10, TSP |
Plage de concentration | 0-30(mg/m) |
Contrôle de la précision | 0.1(ug/m ) |
Flow | 1L/min ±5% |
Detection cycle | Default 60s (6-999s adjustable) |
Temperature | -50-100℃: ±0.3℃ |
Humidity | 0-100%RH; Accuracy: ±3% |
Paramètres du gaz | 00, S02, N02, 03 |
CO | 0-12.5ppm; Accuracy: ±5%F.S. |
S02, N02, 03 | 0-2ppm; ±5%F.S. |
Wind speed | 0-30m/s; ±1m/s. |
Wind direction | 0-360° |
Noise | 30-130dB(A):3dB |
Alimentation électrique | DC12V/AC220V |
Communication | GPRS |
Use environment | -40℃-55℃/0-99%RH |
Outdoor waterproof level | IP56 |
Gas collection
According to the diffusion of air, the electrochemical principle is used to collect gas in the air. C0, S02, N02, 03 gases are detected.
Gas path design
The dust particle laser sensor adopts sheath gas protection, and the front filter is connected in series with the sampling gas pump. The gas path is divided into two paths at the outlet of the sampling pump. One path is connected in series with the rear filter and then enters the cavity of the dust particle laser sensor. The clean airflow after the rear filter provides protection airflow for the sensor, and the other path is directly discharged.