FT-CQX5: The Maintenance-Free Ultrasonic Weather Station Solution

An ultrasonic weather station is a high-precision automatic meteorological observation device. Its working principle is to use ultrasonic waves to measure wind speed and direction:

The device is usually equipped with four ultrasonic transducers that transmit and receive ultrasonic waves in a crisscross pattern. In windless conditions, the time for ultrasonic waves to travel between transducers is equal; when there is wind, the wind changes the propagation speed and time of ultrasonic waves. The internal microprocessor of the device can accurately calculate real-time wind speed and direction by computing these time differences, while also measuring air temperature to compensate the results.

This technical approach offers a significant advantage: since there are no rotating mechanical components, it fundamentally avoids the problems of precision degradation and short service life caused by mechanical wear in traditional anemometers and wind vanes, achieving "maintenance-free" operation.

This type of weather station also features high integration, capable of integrating monitoring of multiple meteorological elements such as wind speed, wind direction, air temperature, humidity, atmospheric pressure, and even optical rainfall into a compact device. It supports multiple data transmission methods, facilitating rapid deployment and long-term stable operation in various environments including wilderness areas.

【Fengtu Technology】is a technology enterprise specializing in meteorological and environmental monitoring. Its core business is the research, development, production, and sales of various meteorological monitoring instruments, mainly providing professional meteorological monitoring solutions for agriculture, forestry, environmental protection, water conservancy and other fields.

Fengtu Technology's FT-CQX5 ultrasonic automatic weather station is one of its representative products. This product adopts ultrasonic wind measurement technology to achieve operation without mechanical wear, which not only ensures long-term measurement accuracy but also greatly reduces the maintenance costs of the equipment in the later period.

It is a "five-element integrated" monitoring device that can automatically collect five core meteorological data: wind speed, wind direction, temperature, humidity, and air pressure. The product sensor housing uses imported ASA material with strong corrosion resistance to adapt to harsh environments. The design pursues convenient installation, allowing users to quickly complete deployment without professional technical personnel.

The device supports multiple data transmission methods that can be selected according to different scenario requirements, ensuring that monitoring data can be flexibly and reliably transmitted to cloud platforms for user analysis.