Pressure instrument

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Telephone:+86-22-59958977

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FLC-2300 Electromagnetic Flow Meter

Because it doesn’t require upstream or downstream piping, the conical shape of the flow tube allows for flexible operation across a wide range of applications. These measurement instruments are maintenance-free and well-suited for long-term immersion in pits, underground environments, and underwater applications. Even in challenging scenarios where the medium contains solid particles, they can accurately and consistently measure extremely low flow rates.

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  • Product Description
    • Commodity name: FLC-2300 Electromagnetic Flow Meter
    • Commodity ID: FLC-2300

    Because it doesn’t require upstream or downstream piping, the conical shape of the flow tube allows for flexible operation across a wide range of applications. These measurement instruments are maintenance-free and well-suited for long-term immersion in pits, underground environments, and underwater applications. Even in challenging scenarios where the medium contains solid particles, they can accurately and consistently measure extremely low flow rates.

    Application

    • Water meter
    • Water/Wastewater Treatment
    • Regional Measurement
    • Industrial process liquids, slurries, and concrete

    Functional Features

    • No upstream or downstream piping required
    • Certified measuring instruments with EU certification (MID MI-001, OIML R49)
    • Low-flow measurement
    • Stainless steel casing with a hard rubber lining

    Features

    This electromagnetic flowmeter is based on Faraday's law of electromagnetic induction, which states that a voltage perpendicular to the magnetic field can be generated when a conductor moves through the field.

    The flow tube is positioned between two flanges and two coils. The magnetic field induced by the current flowing through the coils creates a potential difference between the electrodes, which is proportional to the measured flow rate.

    The Wika signal converter can be directly connected to instruments or installed separately (e.g., model FLC-608), generating current to power magnetic coils, detecting the potential difference between electrodes, and processing signals to calculate flow rates as well as manage communication with external control systems.

    This type of electromagnetic flowmeter has no internal moving parts, resulting in very low pressure loss. Under flow conditions of approximately 8 m/s, the maximum pressure loss according to OIML R-49 is 63 kPa.

    The FLC-2300 flow tube features a conical profile, which accelerates the fluid and simultaneously amplifies the signal sent to the electrodes. Thanks to this unique design, the FLC-2300 flowmeter exhibits a pressure loss of less than 25 kPa at a flow velocity of 8 m/s.

    If the flow velocity is less than 1 m/s, the pressure loss will always be less than 1 kPa.

    Because it doesn’t require upstream or downstream piping, the conical shape of the flow tube allows for flexible operation across a variety of application fields.

    This type of measuring instrument is maintenance-free and suitable for long-term immersion applications in pits, underground environments, and underwater conditions.

    Even in harsh applications where the medium contains solid particles, highly precise and repeatable measurements of very small flow rates can still be achieved.

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