How does the Negative Oxygen Ion Online Monitoring System perform?

The anion online monitoring system integrates real-time monitoring of key environmental indicators such as anion, PM2.5, PM10, temperature, humidity, barometric pressure, oxygen content, noise, wind speed and direction, and is widely used in many fields such as forestry, scenic spots, parks, environmental protection, meteorology and agriculture.

The system adopts modularized design with high expandability and interchangeability, and can flexibly increase or decrease the monitoring items according to the user's needs.

It consists of atmospheric anion monitoring system, meteorological environment monitoring system, data display and analysis system, early warning control system, wireless transmission system, background data processing system and information monitoring and management platform. The data platform is an Internet-based networked platform with functions of monitoring, alarm processing, recording, querying, statistics and report output.

Its unique structural design and professional mounting bracket make it easy to install the equipment on the wall or column, and the later operation and maintenance is simple and convenient. The system is able to monitor and record in real time 24 hours a day, and output the data through digital signals, support RS485 communication, and can be extended to Wi-Fi, GPRS and other communication methods.

The system has powerful data processing capabilities, not only through the data management software to view, analyze and archive printing, but also through the LED screen real-time display of monitoring data, so that the site air quality environment at a glance. The system is highly stable and adopts lightning protection design, so it can operate reliably even in thunderstorm-prone areas.

The system design takes into account the openness and expandability, reserving the interface, which is convenient for upgrading the software function and expanding the hardware type according to the need. The wiring adopts single and multiple buses, which reduces the project volume and cost, while the digital signal ensures the accuracy and stability of transmission.