HH-6100 Miniature Environmental Air Quality Monitoring System

Product Introduction

A high-precision online air particulate matter monitoring station based on the principle of laser scattering, with automatic dehumidification and humidity calibration functions, suitable for rapid measurement of environmental parameters such as inhalable particulate matter concentration, gas concentration, temperature and humidity in atmospheric environment. It can achieve continuous automated monitoring of air particulate matter such as construction site dust, road dust, and environmental grid.

Instrument principle

Mainly monitoring various parameters such as PM2.5, PM10, CO, SO2, NO2, O3, TVOC, and temperature and humidity. Establishing an atmospheric environment data monitoring and analysis system can improve the processing and management capabilities of atmospheric pollution monitoring data, and provide decision-making basis for environmental planning and evaluation. Adopting internal lithium battery power supply and external solar power supply, it solves problems such as wiring and power connection, with stable performance, high accuracy, convenient operation, easy maintenance, and power-off protection function.

Performance characteristics

1. Industrial grade data transmission modules are selected to ensure reliable data transmission and system stability;

2. Freely expand and combine monitoring factors according to customer needs;

3. Real time synchronized acquisition of PM10 and PM2.5 concentrations;

4. The particulate matter sampling is controlled by dynamic heating (DHS) to remove the influence of water mist on the measurement data;

5. Using electronic flowmeter to measure flow rate, dynamic PID flow control, long-life sampling power system, quiet and efficient;

6. Adopt dual channel communication method to achieve communication in extreme situations and ensure data continuity;

7. It can achieve remote data transmission to read system status information, remote control, remote modification of instrument parameters, and diagnosis of faults;

8. Two stage filtration system to avoid foreign objects in the sample gas affecting the accuracy and service life of the gas sensor;

9. Automatically capture the geographical location information of the site and update and draw the monitoring network in real time;

10. The on-site installation is simple and convenient, and there are no special requirements for the installation environment;

11. Small size without consumables, long maintenance cycle, and low operation and maintenance costs;

12. Automatically push program upgrades to the cloud to reduce operational workload.