FT-FZ3: A Research-Grade Automated Monitoring Station for Negative Oxygen Ions

Research-grade equipment for environmental monitoring is becoming a tool for tourist attractions, nature reserves, and urban management departments.

The concentration of negative air ions is one indicator of air quality. To meet the demand for atmospheric negative ion observation from relevant domestic and international departments, researchers have developed various automated air negative ion measurement systems.

Traditional manual observation methods have limitations such as low efficiency and poor data continuity, creating an urgent need for solutions capable of all-weather, automated monitoring.

The FT-FZ3 Negative Oxygen Ion Monitoring Station was born in this context, achieving full automation and intelligence from data collection and transmission to processing and publication.

It is a highly integrated, intelligent environmental monitoring device capable of accurate, 24/7 uninterrupted monitoring of negative oxygen ion concentration.

The system adopts the cylindrical electrode aspiration measurement principle, with a measurement range of 0-100,000 ions/cm³, an accuracy of ±10%, and a resolution of up to 1 ion/cm³.

In addition to core negative oxygen ion monitoring, the system can be expanded to monitor various meteorological elements based on user needs, including air temperature, air humidity, PM2.5, PM10, atmospheric pressure, oxygen content, noise, wind speed, and wind direction.

This modular design significantly enhances the equipment's applicability and flexibility. Individual sensors can be replaced separately, greatly facilitating later operational maintenance.

The system is equipped with a professional mounting bracket, features an on-site LED screen for direct data reading, and supports real-time data viewing via a remote cloud platform, WEB, and WeChat official account.

The system can store one year of raw monitoring data and supports various data transmission methods including GPRS, 4G, and optical fiber.

The power supply method is also quite flexible, capable of using either 220V mains power or optional solar power, making it suitable for use in different power environments.

The FT-FZ3 system is suitable for various venues requiring air quality monitoring.

In natural environments such as tourist attractions, ecological estates, wetland parks, waterfall parks, forest parks, and nature reserves, the system can monitor negative oxygen ion concentration in real-time, providing visitors with air quality information. The system is also suitable for public places like sales offices and schools, helping people understand the air quality conditions of their surrounding environment.