Heated Ultrasonic Anemometer for Reliable Wind Data

In the field of wind speed and direction monitoring, a reliable and highly adaptable instrument is crucial. The FST200-204A Heated Ultrasonic Wind Speed and Direction Sensor, with its advanced technology and superior design, has become an ideal choice for the monitoring needs of numerous industries, ensuring precise measurement across various sectors.

This ultrasonic wind sensor employs the ultrasonic time-of-flight measurement principle, fundamentally overcoming the drawbacks of traditional mechanical anemometers. Its design, devoid of any moving parts, not only makes it portable but also offers the advantages of being maintenance-free and requiring no on-site calibration. It can operate continuously and reliably over the long term, effectively solving the pain points of mechanical instruments, such as susceptibility to damage and frequent maintenance needs, making it a powerful replacement for mechanical anemometers. The sensor features a unique stainless steel, integrated housing design, which not only provides an outstanding appearance but also endows the product with high strength, weather resistance, corrosion resistance, and water resistance, achieving an IP66 protection rating. This ensures stable operation even in harsh environments, significantly extending its service life.

In terms of measurement performance, the ultrasonic wind sensor performs exceptionally well. It features no starting threshold for wind speed and no angular limitations. Paired with multiple ultrasonic transducers that transmit and receive signals in real-time within the measurement space, it ensures efficient and simultaneous acquisition of both wind speed and direction data. The wind speed measurement range covers 0 to 70 m/s, with an accuracy of ±0.3 m/s or ±3% (whichever is greater) in the range of 0-30 m/s, and ±5% in the range of 30-70 m/s. The wind direction measurement range is 0~360°, with an accuracy of ±2° and a resolution of 0.1°. It can accurately capture data in both low and high wind speed environments.

The ultrasonic wind sensor boasts low power consumption and strong resistance to external interference. Its operating environment temperature range is -20 to 60°C, with a humidity range of 0~95% RH. The supply voltage supports 9~24 V DC. It can also be paired with solar panels and batteries for power supply, meeting energy needs in different environments. Even in remote, unattended areas like mountains or islands, long-distance remote monitoring can be achieved through wireless data transmission.

Its excellent performance makes the application scenarios for the ultrasonic wind sensor extremely broad. In urban environmental monitoring, it can accurately provide wind speed and direction data, aiding in air quality regulation. In the wind power generation sector, it provides precise data support for turbine operation, ensuring efficiency and safety. In meteorological monitoring, bridges and tunnels, maritime navigation, and aviation airports, it serves as a vital monitoring tool for operational safety. It also plays a key role in industries requiring ventilation and exhaust systems, such as subways, tunnels, mining, and various fan manufacturing, providing reliable data references for production operations and safety management.

The FST200-204A Heated Ultrasonic Wind Speed and Direction Sensor stands out in wind monitoring across various industries with its high accuracy, high reliability, and strong adaptability, making it a premium choice for promoting precise monitoring and efficient operations in numerous fields.