Wind Sensor Trans, Aluminium Alloy Anemometers Wind Speed Monitoring Sensor, 3 Cups Wind Speed Sensor Anemometer 0‑3.8V

Specification: Item Type: 3 Cups Wind Speed Sensor AnemometerMaterial: Aluminum AlloyWeight: Approx. 419g / 14.8ozVoltage: 0-3.8VPurpose: Wind MeasurementWind Cup Cable: Approx. 8m / 26.2ftInstallation Aperture: Approx. 4cm / 1.6inApplicable Scenarios: Wind Speed Measurement In Power Plants, Meteorological StationsPackage List：1 x 3 Cups Wind Speed Sensor Anemometer

• WIDE APPLICATIONS FOR METEOROLOGICAL MEASUREMENTS: The 3 Cups Wind Speed Sensor Anemometer is an ideal tool for various meteorological applications, including wind speed measurement in power plants, weather stations, and wind energy monitoring. Its versatility makes it suitable for both professional and personal use in a wide range of environments.
• ACCURATE WITH THREE CUP WIND CUP DESIGN: This anemometer features a three cup design, which allows for accurate wind speed measurements across a full 360 degree range. The three cups work together to capture and measure wind speed with high accurate, ensuring reliably data for all your wind measurement needs.
• ACCURATE AND SENSITIVE MEASUREMENTS: The lightweight design of the 3 Cups Wind Speed Sensor Anemometer reduces friction, improving sensitivity. This enhances its ability to provide accurate and consistent wind speed readings, making it for users who require reliably measurements for monitoring and analysis.
• RELIABLY PERFORMANCE WITH LOW POWER CONSUMPTION: Designed for stability, this wind speed sensor operates with low power consumption and delivers excellent efficiency. The reliably performance ensures consistent and precise readings, even in varying environmental conditions.
• 8 METER CABLE FOR STABLE SIGNAL TRANSMISSION: Equipped with a Water proof, oil durability, and anti interference 8 meter cable, the 3 Cups Wind Speed Sensor Anemometer guarantees stable signal transmission. The robust cable ensures that the sensor works effectively, even in challenging outdoor conditions, without signal degradation.