LGH-05 Mini Continuous Air Quality Monitoring System consists of two parts: a particulate matter monitoring module and a gaseous pollutant monitoring module. Among them, the particulate matter monitoring module adopts the light scattering method and the gaseous polutant monitoring adopts the electrochemical sensor method. It is mainly used to monitor the real time concentration of SO2, NO2, CO, O3, atmospheric particulate mater (PM10 and PM2.5), TVOC and other pollutants in the ambient airc It can also be integrated to monitor the temperature and humidity, wind direction and wind speed, barometric pressure, rainfal light, UV and other meteorological elements.The system adopts modules for fexible configuration, small size, high cost-effective, suitable for grid, intensive, and fine distribution needs.
· Adopting modular design, different monitoring factors can be set according to the need, applicable to grid distribution monitoring.
· High-precision sensors are selected for accurate and reliable monitoring data.
· The circuit adopts an industrial-grade embedded processor, which is suitable for harsh outdoor environments.
· GPS positioning is optional to realize equipment tracking and positioning.
· Provide flexible supporting quality control means, laboratory calibration, field calibration and other combinations.
· Remote data transmission, system status information reading, parameter correction, fault diagnosis and other functions can be realized.
· On-site real-time data display, terminal instrumentation at least 5 seconds to update the data.
· Various installation methods, such as flooring, bracket installation, pole mounting, and so on.
· Various ways of power supply can choose municipal power supply, solar energy, battery power supply and other ways.
Urban Air Quality Grid Monitoring |
Particulate Matter And Pollutant Emission Detection |
Long-Term Air Quality Trend Analysis |
Road Traffic Environment Monitoring |
Factory Boundary Monitoring OF Industrial Enterprises |
Construction Site Dust Monitoring |
Optimisation OF Deployment Points |