The air quality detector RS-MG111-1 can not only monitor methane and TVOC, but also can monitor environmental factors such as PM2.5, PM10, temperature, humidity, air pressure, light, O2, carbon dioxide (CO2), and carbon monoxide (CO). Here is a detailed introduction to the air quality detector:
what is the air quality monitor?
The air quality detector is an air environment comprehensive index monitor independently developed by Renke. It can be used to monitor PM2.5, PM10, temperature, humidity, air pressure, light, TVOC, O2, carbon dioxide (CO2) in the air environment. , Carbon monoxide (CO), formaldehyde (CH2O), and other parameters are powerful and cover various indicators reflecting air quality. And the detector adopts the original imported sensor and computing chip, which has the characteristics of high precision, high resolution, and good stability.
The air quality sensor working principle
The air quality monitor has a built-in measuring unit imported from Switzerland to detect air temperature and humidity; a high-sensitivity gas detection probe imported from abroad is used to detect TVOC gas; an electrochemical and catalytic combustion sensor is used to detect the real-time gas in the environment concentration.
Air quality monitor installation and data upload method
When testing and using indoors, you can choose to wall-mount the multi-functional air quality monitor on the wall or the roof, upload the data to the RS-RJ-K local monitoring software through the RS485 cable, or connect to the environmental monitoring host RS-XZJ- 100-Y-GPRS/4G, upload data to remote web monitoring software cloud platform through GPRS/4G communication.
Monitoring software cloud platform
Users can log in to the cloud platform through a variety of methods such as computer web pages, mobile apps, and WeChat official accounts, and view real-time data uploaded by the environmental monitoring host on the front-end interface, or view historical data in periods, and download historical data in Excel or PDF format.
The cloud platform system can be remotely managed. Whenever and wherever the user is, he only needs to log in to the cloud platform with his account and password, he can modify the upper and lower limits of each factor, and add manager information; once the value exceeds the limit, the system will first The administrators added to the cloud platform will be notified by phone calls or SMS at a time.
The prevention and control of decoration pollution cannot be accomplished overnight, nor can a single measure achieve immediate results. To reduce decoration pollution, we must first rationally design, follow simple and practical principles, and fundamentally reduce pollution sources; secondly, in terms of materials, we must strictly select environmentally friendly and safe materials; for existing indoor air pollution, strengthening ventilation is the most effective method.