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    Hot Wire Anemometer, 0~30 m/s, Thermal Wind Speed Meter

    Cheap and portable hot wire anemometer that can be handheld for easy outdoor use. It has a split design with a high sensitivity thermal induction probe, which is extendable and bendable, making it the best choice for wind speed measurement for personal users.
    SKU: T-A-AR866A
    $257.14
    i h
    Free shipping
    Delivery date: 6-12 days
    Overview

    The thermal probe of this hot wire anemometer can extend up to 1 m (plus cable about 3 m). It not only can measure wind speed, volume and temperature at the same time, but also can choose from five wind speed units: m/s, ft/min, knots, kn/h, mph, which makes the measurement smarter and more convenient.

    Specification

    Model AR866A
    Speed Measurement Range 0~30 m/s
    Volume Measurement Range 0~999900 m/min
    Temperature Measurement Range 0~45℃
    Resolution 0.1 m/s
    Speed Accuracy ±1 m/s
    Temerature Accuracy ±1℃
    Automatic Power Off Automatically shutdown after 10 minutes of no operation
    Power Supply 3.7V rechargeable lithium battery
    Data Communication USB connection to PC
    Data Storage 500 sets
    Operating Temperature 0℃~40℃ (≤80%RH)
    Storage Temperature -40℃~+60℃ (≤80%RH)
    Dimension 159*66*32 mm
    Weight 153.46 g


    Handheld Vane Anemometer Features

    • Effortlessly analyze and download your wind speed data via USB to your computer.
    • The bright, backlit LCD screen ensures visibility in any lighting, displaying wind speed and temperature.
    • A USB-rechargeable battery offers hours of continuous use after a single charge.
    • The bendable sensor allows for versatile wind speed measurements in any direction.

    Hot wire anemometer features

    Handheld Vane Anemometer Diagram

    Hot wire anemometer diagram

    Applications

    Hot wire anemometer applications

    Tips: Can an hot wire anemometer measure CFM directly?

    An anemometer measures wind speed, not cubic feet per minute (CFM) directly. To convert wind speed to CFM, you need to know the cross-sectional area and air density. This requires additional calculations or equipment, and an anemometer alone cannot provide CFM measurements.

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