Application Scope
The TH-2000C automatic ambient air quality monitoring system uses laser particle analysis technology to monitor TSP, PM10, PM2.5 mass concentrations in atmospheric particulate matter in real time; uses PID photoionization sensor to measure TVOC concentration in real time, and electrochemical sensors to measure concentrations of toxic and harmful gases such as SO2, NO2, NO, O3, CO, H2S, HF, HCL, NH3 in the air in real time; monitors meteorological parameters including wind speed, wind direction, temperature, humidity, illuminance, and atmospheric pressure in real time; uses acoustic sensor to monitor noise values in real time. Users can select measurement parameters as needed to achieve automatic online monitoring.
Instrument Features
• Uses laser particle analysis principle combined with electronic cutting technology, temperature and humidity compensation function, and constant sampling flow control to achieve precise measurement of particulate matter TSP, PM2.5, PM10.
• PID photoionization sensor measures TVOC, and electrochemical sensors monitor toxic and harmful gases such as SO2, NO2, NO, O3, CO, H2S, HF, HCL, NH3 in the air. Sensors operate at constant temperature, sample gas is physically dried to eliminate temperature and humidity effects, with good real-time correlation to optical principle monitoring systems.
• Classic wind direction and speed sensor with UV and radiation protection design, capacitive sensor for relative humidity, digital temperature sensor for air temperature, digital pressure sensor for atmospheric pressure, Beidou+GPS for geographic location, with accurate and reliable measurement data.
• 4.3-inch industrial touch display screen for human-machine interaction, allowing on-site calibration of various parameters.
• 4G data transmission, HJ212-2017 standard protocol communication, enabling remote transmission, monitoring, and instrument calibration of operating parameters, status, and data.
• The system host computer software adopts advanced hierarchical modular design with powerful and flexible functions for data setting, calibration, saving, display, query, analysis, transmission, etc.
