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    3 Cups Anemometer and Wind Vane, Wind Speed and Direction Meter

    Experience precision and reliability with our 3 cups wind speed and direction anemometer, featuring durable aluminum cups and vane. This portable device offers seamless integration into various systems, is the best choice for industrial or personal measurements.
    SKU: T-A-BRW200-205
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    $276.98
    i h
    Free shipping
    Delivery date: 6-12 days
    Overview

    With an IP65 protection grade, this intergrated 3-cup anemometer is designed for rugged outdoor use, accurately measuring wind speeds from 0 to 20 m/s. Order now and experience the difference of a premium-grade wind measurement solution.

    Specification

    Model BRW200-205
    Material Aluminum alloy
    Operating Voltage DC 12-30V
    Measurement Range 0~50 m/s, 0~360°
    Starting Wind Speed ≥ Beaufort Scale 1
    Wind Resistance >70 m/s 30min
    Speed Accuracy ±0.5 m/s (<5 m/s); ±3%FS (≥5 m/s)
    Direction Accuracy ±3°, accuracy 22.5°
    Output Signal 4~20 mA/RS485 (optional)
    Maximum Power Consumption (DC 24V) MAX≤500 mW (4~20 mA)
    MAX≤300 mW (RS485)
    Protection Level IP65
    Operating Temperature -20℃~+85℃
    Operating Humidity 0%~95% (non-condensing)
    Weight 1 kg

     

    Integrated 3-Cup Anemometer Features

    • All-in-one design for 360° wind speed and direction measurement in one step.
    • High-quality aluminum alloy shell, external electroplating spray treatment, with high weather resistance.
    • Built-in high performance microprocessor and anti-electromagnetic interference to protect the circuit.
    • Aluminum aviation connector, sturdy and waterproof, easy to use.

    Intergrated 3 cup anemometer features

    Integrated 3-Cup Anemometer Dimension (unit:mm)

     Intergrated 3 cup anemometer dimension

    Applications

    Anemometer applications

    Tips: Does temperature affect anemometer?

    Temperature affects sensor accuracy in the following ways:

    1. Thermal Expansion: The materials in the sensor expand or contract with temperature changes, altering their physical dimensions and potentially affecting measurement precision.
    2. Resistance Changes: Variations in temperature cause changes in the internal resistance of the sensor, impacting the electrical signal output.
    3. Semiconductor Characteristics: The electrical characteristics of semiconductor sensors (such as thermistors) change with temperature, affecting their response.
    4. Thermoelectric Effect: Temperature differences can generate thermoelectric voltages within the sensor, potentially leading to measurement errors.
    5. Aging: Prolonged exposure to extreme temperatures can accelerate the aging of sensor materials, altering their performance.
    6. Calibration Drift: Temperature changes can cause the sensor’s calibration to drift, resulting in inaccurate output data.

    Therefore, to ensure sensor accuracy, it is usually necessary to operate within the sensor’s working temperature range and may require temperature compensation or regular calibration.

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