Reliable wind data is critical where maintenance access is difficult and conditions change fast. HD51.3D ultrasonic anemometers measure wind speed, direction, U-V Cartesian components and Wind Gust values without moving parts, reducing wear while keeping response stable in demanding installations.
The series is built for meteorological stations, wind farms, marine environments, airports, ports, bridges, buildings and mobile platforms. Technopolymer versions can integrate heating, barometric pressure, temperature, relative humidity and global solar radiation, while anodized aluminum alloy versions include enhanced heating and support operation from -50…+70 °C. Integration is flexible across monitoring and automation systems. Isolated RS232, RS485 and RS422 outputs support NMEA, Modbus-RTU and ASCII proprietary protocols, with two isolated analog outputs for wind speed and direction or U-V components. Optional compass and tilt detection compensate orientation and vertical misalignment, including on moving installations.
The anemometer provides wind speed, wind direction, U-V Cartesian wind components, Wind Gust values and averaged wind speed and direction.
Models are available with technopolymer housing or anodized aluminum alloy housing with anti-corrosion coating. Aluminum alloy models include enhanced heating.
Technopolymer versions can integrate barometric pressure, temperature, relative humidity and global solar radiation, depending on the model configuration.
Isolated RS232, RS485 and RS422 outputs support NMEA, Modbus-RTU and ASCII proprietary protocols, with configurable communication settings.
Two isolated analog outputs are available for wind speed and direction or U-V Cartesian components. Standard output is 4…20 mA, with voltage options on request.
Heated versions use a 24 Vdc ± 10% heater supply. Heating is switched on below +5 °C and switched off when temperature exceeds +15 °C.
Code: HD51.3D [1] [2] [3] [4] [5] [6] [7]
Example: HD51.3DP147ARV5
[1] Pyranometer/bird spike
Blank = without pyranometer and/or bird spike
P = Pyranometer
K = Bird Spike
[2] Relative Humidity
Blank = without (default)
1 = with Relative Humidity (option 7 ‘Temperature’ required)
[3] Atmospheric Pressure
Blank = without (default)
4 = with Atmospheric Pressure
[4] Temperature
Blank = without (default)
7 = with Temperature (option 1 ‘RH’ required)
[5] Compass + Tilt angles
Blank = without compass and tilt angles (default)
A = with compass and tilt angles
[6] Heating
Blank = without heating (default)
R = with heating option
[7] Analog output
Blank = 4…20 mA (default)
V = 0…10 V
V1 = 0…1 V
V5 = 0…5 V
Code: HD51.3D [1] [2] [3] [4] [5] -AL
Example: HD51.3DK4ARV5-AL
[1] Bird dissuader
Blank = without (default)
K = with bird spikes
[2] Atmospheric Pressure
Blank = without (default)
4 = with atmospheric pressure option
[3] Compass + Tilt angles
Blank = without compass and tilt angles (default)
A = with compass and tilt angles
[4] Integrated heating
R = with heating option
[5] Analog output
Blank = 4…20 mA (default)
V = 0…10 V
V1 = 0…1 V
V5 = 0…5 V