The monitoring system for air pollutants in nursing homes can detect health risks early and ensure physical health and safety
2024-10-21 07:02:42
Monitoring indoor air quality is an important measure to ensure indoor health. Once the temperature, humidity, PM10, PM2.5 and other parameters exceed the standard, it may pose a potential threat to human health. Therefore, through online monitoring of indoor air quality, it is possible to timely grasp indoor environmental data, detect and eliminate potential health risks early, and ensure physical health and safety.
The air pollutant monitoring system adopts integrated sensor technology to automatically collect and calculate the composition of ambient air. The indoor environmental air quality factors that can be monitored include PM2.5, carbon dioxide, formaldehyde, VOC, oxygen, ammonia, light, temperature and humidity, etc. Suitable for indoor environmental monitoring in classrooms, office buildings, museums, gyms, shopping malls, hotels, and other places.
Functional parameters
(1) The device networking method supports Ethernet/4G IoT network card (full network), WIFI and other methods to provide network access for the device
(2) Device support protocols: MODBUS RTU, HJ212-2017 (other customizable)
(3) Real time display of monitoring data on the screen, refreshing once every 2 seconds; Can display network signals; Time display; Parameter status (normal green, displaying red when exceeding the threshold)
(4) Users can read device data through the serial port using the standard MODBUS protocol;
(5) The computer can configure the parameters of the device by connecting it to the serial port and using the corresponding application program, including parameter alarm threshold, wifi configuration, Bluetooth configuration, Ethernet configuration, MODBUS configuration, 212 protocol push server settings, etc
(6) Equipped with relay modules that can be linked to peripheral devices such as fans;
(7) The local SD card can support up to 256GB of memory and can store monitoring data.
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