LGH--05 Mini Air Quality Continuous Monitoring System
Introduction: The miniature air quality continuous monitoring system consists of a particulate matter monitoring module and a gaseous pollutant monitoring module. The particulate matter monitoring module adopts light scattering method, and the gaseous pollutant monitoring adopts electrochemical sensor method, which is mainly used to monitor SO2 and NO2 in ambient air. The real-time concentration of pollutants such as, CO, O3, PM2.5, PM10, TVOC, etc. can also be integrated to monitor meteorological elements. The system adopts a modular design and can be flexibly configured with monitoring modules. The product has the characteristics of small size and high cost performance, which is suitable for grid, dense, and refined spot layout requirements.
Features: 1. With modular design, different monitoring factors can be set as needed, which is suitable for grid layout monitoring; 2. Use high-precision sensors to ensure accurate and reliable monitoring data; 3. The circuit adopts industrial-grade embedded processor, which can adapt to harsh outdoor environment; 4. Provide flexible supporting quality control methods, laboratory calibration, on-site calibration and other combinations; 5. It can realize remote data transmission, system status information reading, parameter correction, fault diagnosis and other functions; 6. On-site real-time data display, terminal instruments update data at least once in 5 seconds; 7. There are various power supply methods, such as municipal power supply, solar power or battery power supply.
Introduction: The miniature air quality continuous monitoring system consists of a particulate matter monitoring module and a gaseous pollutant monitoring module. The particulate matter monitoring module adopts light scattering method, and the gaseous pollutant monitoring adopts electrochemical sensor method, which is mainly used to monitor SO2 and NO2 in ambient air. The real-time concentration of pollutants such as, CO, O3, PM2.5, PM10, TVOC, etc. can also be integrated to monitor meteorological elements. The system adopts a modular design and can be flexibly configured with monitoring modules. The product has the characteristics of small size and high cost performance, which is suitable for grid, dense, and refined spot layout requirements.
