Precision 3D Ultrasonic Anemometers

 Precision 3D Ultrasonic Anemometer Product Overview:

Precision 3D Ultrasonic Anemometers is an anemometer with advanced ultrasonic measurement technology, which achieves high accuracy and durability through its unique structural design and all-metal material. This 3D ultrasonic anemometer can measure both horizontal and vertical wind direction and output X/Y/Z axis wind speed, providing reliable data support for various weather monitoring fields.

Through its unique three-dimensional design, this 3D ultrasonic anemometer device not only reduces wind resistance, but also ensures stable performance under extreme conditions, making it ideal for scientific research, industry and environmental monitoring.

This anemometer is based on the principle that the propagation speed of ultrasonic waves in air is affected by wind speed. By precisely controlling the transmission and reception of the transducer, it measures the difference in propagation time between the ultrasonic wave upwind and against the wind, and then calculates the wind speed component in each direction. Since the change of ultrasonic propagation speed in the wind is proportional to the wind speed, through complex algorithm processing, it can accurately solve the wind speed vectors in the three-dimensional space, including the horizontal wind direction and vertical wind direction, which ensures the comprehensiveness and accuracy of the data.

3D Ultrasonic Anemometer technical parameters

Monitoring elements synthetic wind speed, horizontal wind direction, vertical wind direction, X/Y/Z axis vector wind speed   

Precision 3D ultrasonic anemometer working principle:

- Multiple pairs of ultrasonic transducers: the distance between three pairs of ultrasonic transducers is fixed, and the transducer transceiver circuit is controlled to realize multiple pairs of transducers to emit ultrasonic waves and receive ultrasonic waves in sequence.

- Measurement of flight time: Measure the flight time of ultrasonic waves in downwind and upwind, and get the wind speed components in 3 directions through the relationship between wind speed and flight time.

- Vector Synthesis Principle: The total wind speed value is derived from the vector synthesis principle, and the horizontal wind direction is derived from the wind speed component in the horizontal plane, and the vertical wind direction is derived from the vertical wind speed component.

 Precision 3D ultrasonic anemometer core features:

- Ultrasonic technology: utilizing three pairs of fixed-distance ultrasonic transducers, the wind speed components (U, V, W vectors) on the X, Y, and Z axes are calculated by accurately measuring the difference in propagation time of the ultrasonic waves in different wind directions, realizing the accurate capture of all-round wind speed and wind direction.  

- No moving parts design: all-metal construction, rugged and wear-free, no maintenance for long-term operation, ensuring long-term stability and reliability.

- Three-dimensional wind speed measurement: Provides both horizontal and vertical wind speed data, outputs X/Y/Z-axis wind speed, suitable for precise analysis in complex environments, and meets the needs of multi-dimensional meteorological research.

- All-weather operation: no matter it is cold or hot, rain, snow, wind or frost, it can maintain efficient operation, ensure data continuity and accuracy, and adapt to all kinds of harsh environments.

- HIGH ACCURACY: Adopting advanced ultrasonic measurement technology to ensure accurate and reliable measurement results.

 3D Ultrasonic Anemometer structure size:

 Precision 3D ultrasonic anemometer application areas:

- Urban environmental monitoring: real-time monitoring of urban air quality, assessing the impact of wind speed on the dispersion of pollutants.

- Wind Power Generation: Optimize the efficiency of wind turbines and adjust the operation strategy according to the change of wind speed.

- Meteorological research: Provide accurate wind speed and direction data to support the establishment and validation of climate models.

- Agricultural meteorology: Guiding precise irrigation and crop management to improve agricultural production efficiency.

- Bridges and Tunnels: Monitoring wind speed in bridge tunnels to ensure structural safety.

- Marine vessels: Provide wind speed and direction data for marine vessels to ensure safe navigation.

- Airports: Provide wind speed and direction data for airports to optimize flight take-off and landing.

Summarize

Choosing our precision 3D ultrasonic anemometer means you have a highly reliable, accurate and adaptable weather monitoring tool. With improved data accuracy and simplified maintenance, it's a must-have for modern meteorology, environmental science and many industrial applications.

Getting a handle on wind speed starts with measurement. Choose our Precision 3D Ultrasonic Anemometers and add the power of accurate monitoring to your projects! Buy now and start smart weather monitoring!

3D Ultrasonic Anemometer Datasheet

3D Ultrasonic Anemometer Datasheet.pdf