HZ80A-A6 Ambient Air Quality Monitors
The product combines electrochemical sensor technology and laser sensor technology to monitor ambient air pollutants such as SO2, O3, CO, NO2, PM2.5, PM10 and other parameters. In addition, it combines Eyeless’ unique temperature and humidity compensation algorithm and related patented technology to minimise the impact of ambient temperature and humidity on the detection results in gas detection and dust detection.
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Mean features:
- Real-time continuous monitoring of conventional air pollutants (SO2, NO2, CO, O3, PM2.5, and PM10), is suitable for large-scale grid-based deployment.
- Calibration of the instrument against a standard gas, or by comparison with a standard air station.
- Selection of imported high-precision four-electrode sensors.
- simultaneous measurement of PM10 and PM2.5 mass concentrations without the need to replace the sampling cutter.
- Circuitry with industrial grade embedded processor, which can be suitable for the harsh outdoor environment.
- High precision ADC data acquisition system, capable of monitoring pollutants at the ppb level.
- Particulate sampling with dynamic heating and dehumidification control to remove the effect of water mist on measurement data.
- Quiet and efficient with a long-life, anti-interference sampling power system; adjustable sampling period.
- Industrial grade data transmission modules are selected for stable and reliable data transmission; the system uses dual channel communication to ensure data continuity.
- Remote data transmission, reading of system status information, remote upgrading of programs, and diagnosis of faults are possible.
- Optional weather parameter testing system.
- Optional IP cameras for various parameters, ensuring night and line-of-sight filming requirements, automatic capture, and also for real-time user viewing.
- Real-time data display on site: adjustable update time of the terminal meter data.
- Various installation methods can be chosen according to the site conditions: bracket mounting, pole mounting, etc., any of the installation methods are solid and reliable and can resist instantaneous wind force 12.
Areas of application:
- Gridded urban ambient air quality monitoring deployments.
- Highways, street intersections, etc.
- Agricultural straw burning, fire alarms in forest areas, air quality monitoring in tourist scenic areas.
- Industry-related monitoring: petrochemicals, power plants, waste disposal stations or dumps, mining, heavy industry, airports, terminals, railways, and construction sites.
- Residential communities, schools, hospitals.
- Environmental impact assessment, source analysis.
Parameters:
| Gas module | O3:0-500ppb
NO2:0-500ppb SO2:0-500ppb CO:0-50ppm VOC:0-10ppm H2S:0-10ppm CO2:0-100%vol |
| Resolution | O3:1ppb
NO2:1ppb SO2:10ppb CO:0.1ppm VOC:0.1ppm H2S:0.1ppm NH3:0.1ppm CO2：0.1%Vol |
| Dust Measuring range | PM2.5:0~200ug/m3
PM10: 0~2000ug/m3 TSP: 0~20000ug/m3 |
| Resolution | PM2.5:1ug/m3
PM10:1ug/m3 TSP: 1ug/m3 |
| Meteorological
monitor(Optional) |
Temperature: -30℃~50℃
Humidity: 0~95%Rh Wind speed: 0~30m/s Wind direction: 0~360° Noise30dB(A)~130 dB(A) barometric pressure:300—1100hPa |
| Output interface | RS485, GPRS |
| Power supply | 220V |
| Sampling time | The standard time is 10 minutes or
customized |
| Installation type | Vertical column or Wall-mounted |
