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    Polycarbon 3 Cups Anemometer, Mechanical Wind Speed Meter

    Introducing the new polycarbon 3 cups anemometer by TooL, currently available for purchase. Choose between two output modes: 4-20mA and RS485. Designed to be lightweight and portable, this wind gauge provides high measurement precision and strong wind resistance, making it ideal for outdoor use.
    SKU: T-A-BRW200-1002
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    $83.17
    i h
    Free shipping
    Delivery date: 6-12 days
    Overview

    The model of the three-cup anemometer leverages fluid dynamics principles and boasts an integrated design. It boasts a low starting wind speed of 0.5m/s and supports 360° measurements.

    Specification

    Model BRW200-1002
    Material Polycarbonate
    Operating Voltage DC 12-30V
    Measurement Range 0~50 m/s
    Starting Wind Speed ≥0.5 m/s
    Wind Resistance >70 m/s
    Accuracy ±0.5 m/s (<5 m/s); ±3%FS (≥5 m/s)
    Output Signal 4~20 mA/RS485 (optional)
    Protection Level IP65
    Electrostatic Protection 15 kV
    Operating Temperature -20℃~+85℃
    Operating Humidity 0%~95% (non-condensing)
    Weight 0.5 kg

     

    Polycarbon 3-Cup Anemometer Features

    • The polycarbonate housing is durable, corrosion-resistant, and rust-proof, ensuring reliable outdoor operation. 
    • Internal high-performance bearings minimize resistance for accurate readings. 
    • A unique bearing cap design prevents rainwater from damaging the circuitry. 
    • The cable exit options at the bottom and side prevent connector rubber from aging, enhancing longevity.

    Polycarbon 3 cup anemometer features

    Polycarbon 3-Cup Anemometer Dimension (unit:mm)

     Polycarbon 3 cup anemometer dimension

    Polycarbon 3-Cup Anemometer Recommended Application Scheme

    Polycarbon 3 cup anemometer recommended application scheme

    Applications

    Anemometer applications

    Tips: What precautions should be taken when measuring wind speed?

    1. It is crucial to calibrate the anemometer according to the manufacturer’s guidelines before use. Additionally, the device should be positioned at the correct height and in a location free from obstacles like buildings or trees that could disrupt the natural flow of wind.
    2. Iit is important to avoid operating the anemometer during harsh weather conditions such as heavy rain, snow, or storms. These conditions can not only damage the instrument but also lead to skewed readings due to altered wind patterns.
    3. Regular maintenance, including cleaning and checking for any signs of wear or damage, is necessary to maintain the device’s accuracy and longevity.
    4. Always prioritize safety when using anemometers, especially in high wind conditions. Secure the device properly to prevent it from becoming a projectile or causing harm to individuals or property. 
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