Vehicle mounted air quality monitoring system

Vehicle mounted air quality monitoring systemInternally equipped with a laser dust multi particle size monitoring system, it can monitor the concentration of multiple particle sizes of dust in the area environment while the vehicle is driving. Laser scattering principle, pump suction design, to achieve accurate output of particle mass concentration. Ready to use, 4G remote wireless transmission, compatible with environmental protection platforms. Vehicle mounted ceiling design for easy flow monitoring.

Vehicle mounted air quality monitoring systemPerformance Characteristics

(1) Automatically calibrate the zero point to ensure high writing stability of the instrument;
(2) Car mounted ceiling design, easy to install, GPRS wireless transmission, convenient for mobile monitoring;
(3) Compact structure, high negative pressure capacity;
(4) Can interface with platforms and display dust concentration values on LED screens;
(5) Protection level: IP66
(6) It can display measurement data of multiple particle sizes simultaneously, and can detect particle sizes such as respiratory dust PM2.5、 Total dust
(7) Real time display of dust mass concentration (mg/m3), with results available in one minute;
(8) External large capacity filter cartridge can maintain a working state for a long time without the need to replace consumables.

Application fields:

Traffic dispatch: The air quality monitoring system can provide real-time air quality data to traffic management departments, helping them to schedule traffic reasonably based on air quality conditions, reduce motor vehicle exhaust emissions, and thus reduce haze pollution.

Route planning: By combining with navigation systems, air quality monitoring systems can plan routes in real-time to avoid high pollution areas, providing drivers with safer and healthier travel recommendations.

Urban planning and construction: The air quality monitoring system can provide scientific basis for urban planners and builders by collecting and analyzing a large amount of haze data. These data help them understand the distribution and changing trends of air quality in the city, so as to carry out reasonable urban planning and construction, reduce the generation of pollution sources, and improve the overall environmental quality of the city.