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FM100 turbine flow sensor

The FM100 turbine flow sensor is composed of a rotor and an external pulse detector. When liquid flows into the turbine, it causes the rotor to rotate. The specific inner diameter makes the rotor speed directly proportional to the flow rate. The pulse detector converts the detected rotation of the rotor blades into pulse signals proportional to the flow rate. The FM100 model has a strong anti-impurity capacity. The tangential impeller can release suspended debris in the fluid at any time during rotation, preventing it from entangling on the blades of the tangential impeller. The FM100 wheeled flowmeter is an industrial-grade product with a compact structure, modular design, easy installation, high precision, good repeatability and great applicability. Industrial-grade rotary flowmeters can be widely applied in water treatment, beverage, chemical, pharmaceutical, oil and other industries, serving purposes such as measurement, batching and control.

    product description

    Its built-in intelligent signal processing system can ensure the stability and accuracy of measurement results under various working conditions. Meanwhile, the FM100 turbine flow sensor is made of high-quality materials, featuring excellent corrosion resistance and wear resistance, ensuring long-term stable operation. In addition, this sensor also features multiple output signal options, such as pulses and analog quantities, making it convenient for users to select based on their actual needs. In conclusion, the FM100 turbine flow sensor, with its outstanding performance and wide range of applications, has become an important choice in the field of industrial flow measurement.

    - High pressure resistance

    - Resistant to high and low temperatures

    - There is almost no pressure loss

    - Fast response speed

    - Compact in size

    - High precision and good repeatability

    Product Application

    Experimental equipment/test bench/Circulating water system/water/oil cooling system

    The application of turbine flow sensors in experimental equipment can precisely measure the fluid flow during the experimental process, providing accurate data support for researchers. On the test bench, the turbine flow sensor can monitor the fluid flow in real time, ensuring the accuracy and reliability of the test results. In the circulating water system, it can effectively control the water flow rate and ensure the stable operation of the system. In addition, in water/oil cooling systems, turbine flow sensors can precisely measure the flow of the cooling medium, ensuring that the cooling effect reaches the best state, thereby effectively protecting the equipment and extending its service life. In conclusion, the application of turbine flow sensors in these fields fully demonstrates their advantages of high precision, stability and reliability.

    Technical Parameters

    Measurement range

    DN10-DN300

    Power supply voltage

    12... 30VDC

    Output signal 4... 20mA two-wire system

    Measurement accuracy

    ≤2% F.S.

    Repeatability

    < 0.5% F.S.

    No-load current

    < 15mA

    Compression

    60 bar /100 bar / 250 bar / 400 bar

    Medium temperature

    -20... 90°C

    Ambient temperature

    -20... 70°C

    Storage temperature

    -40... 80°C

    Protection grade

    IP65 (DIN53650-A)

     

    IP67 (Direct output Line)

     

    IP67 (M12*1 connector)

    Electrical interface

    DIN53650-A

    Direct exit line

    M12*1 connector

    Material

    Subject

    304SS

    Runner

    304SS

    Shaft

    Hard alloy steel

    Measuring medium liquid (medium and low viscosity)

    Viscosity range 1... 100cSt

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