FT-CQX12: Integrated 12-Parameter Air Quality and Meteorological Monitoring Device

An air quality monitoring station is an innovative environmental monitoring device that forms a comprehensive monitoring network by densely deploying miniature monitoring devices within the monitoring area, enabling refined monitoring of air quality. This equipment can real-time monitor multiple pollutant parameters in the air, including particulate matter and gaseous pollutants, as well as relevant meteorological parameters.

Compared with traditional large-scale monitoring stations, air quality monitoring stations are compact in size, flexible in installation, and relatively low in cost. They can be deployed in various corners of the city, including roadsides, residential areas, industrial parks, schools, hospitals and other different locations, forming a high-density monitoring network to more accurately reflect the spatial distribution and temporal variation characteristics of air quality in the area.

TianQiong is an enterprise specializing in the research, development, production and sales of meteorological and environmental monitoring equipment. It is committed to the research, development and application of intelligent meteorological and environmental monitoring equipment. Its products cover multiple fields including meteorological monitoring, environmental monitoring, and hydrological monitoring.

In the field of grid air monitoring, TianQiong has launched a variety of related products. Among them, the FT-CQX12 twelve-element micrometeorological instrument is a highly integrated monitoring device that can simultaneously monitor multiple air quality parameters and meteorological parameters. The device adopts an integrated sensor design to achieve a high degree of integration and can operate continuously and stably for 24 hours in outdoor environments.

TianQiong's products feature debug-free and rapid deployment, with convenient installation and maintenance. Using sensing technology, the equipment can collect monitoring data in real-time and accurately, and transmit the data to the cloud platform through multiple communication methods. Users can view monitoring data in real-time through computer or mobile terminals, enabling remote monitoring and management.

These monitoring devices are widely used in multiple fields such as meteorological monitoring, urban environmental monitoring, environmental protection department supervision, industrial park pollution monitoring, traffic pollution monitoring, and air quality monitoring in campuses and hospitals. The data collected through these devices can provide scientific basis for environmental protection decisions, support air pollution prevention and control work, and improve environmental quality.