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    Micro Magnetic Flow Meter for Water/Liquid, DN6-DN65

    5 out of 5 based on 1 reviews | Write a review
    $1,194.63
    Hot sale accurate measurement of liquid flow micro magnetic flow meter, using adaptable DN6-DN65 diameter! Suitable for water/liquid/conductive liquids, measuring accuracy up to ±0.5%, support RS485 and 4-20mA output, can be easily integrated into the automation system.
    *
    SKU: ATO-FLOW-FMX
    30-day Returns
    Free Shipping
    Delivery date: 6-12 days

    Compact magnetic flow meter will be the traditional electromagnetic flow meter sensor and converter integrated into the body to support the general diameter DN6~DN65 optional, small form, using infrared remote control for operation to measure the conductivity greater than 2us/cm conductive liquid volume flow, easy to install and commissioning is widely used in a variety of measurement of water/liquid industry.

    Specification

    Model ATO-FMX240
    Nominal Diameter DN6~DN65
    Measurement Range Reference flow range table
    Measurement Range Ratio 1:150
    Measured Medium Conductive liquid (conductivity not less than 2uS/cm)
    Transmission Output 4~20mA, output load≤500 Ω
    Communication Output RS485 interface, MODBUS-RTU communication protocol
    Flow Meter Liner Polyetheretherketone (PEEK) lining
    Power Supply 18~36VDC
    Power Consumption ≤5W
    Electrical Interfaces M12-4 pole connector
    Process Connections Clamp
    Accuracy ±0.5%
    Repeatability ≤0.1%
    Medium Temperature 0°C~100°C
    Process Pressure -0.1MPa~6.3MPa
    Conductivity ≥2μS/cm
    Ambient Temperature -20°C~60°C
    Storage Temperature -25°C~85°C
    Relative Humidity 5%RH~95%RH
    Protection Class IP67


    Flow Meter Flow Range

    Nominal Diameter Flow Rate Range
    DN6 6L/h~900L/h (0.006m3/h~0.9m3/h)
    DN10 15L/h~2250L/h (0.015m3/h~2.25m3/h)
    DN15 40L/h~6000L/h (0.04m3/h~6m3/h)
    DN20 60L/h~9000L/h (0.06m3/h~9m3/h)
    DN25 100L/h~15000L/h (0.1m3/h~15m3/h)
    DN32 150L/h~2250L/h (0.15m3/h~22.5m3/h)
    DN40 250L/h~37500L/h (0.25m3/h~37.5m3/h)
    DN50 400L/h~60000L/h (0.4m3/h~60m3/h)
    DN65 500L/h~75000L/h (0.5m3/h~75m3/h)


    Dimension (unit: mm)

    Micro magnetic flow meter size

    Size (mm) A (mm) B (mm) C (mm) D (mm) E (mm) F (mm) K (clamp) (mm)
    DN6 150 70 90 6 M12×1 38.5 50.5
    DN10 150 70 90 10 M12×1 38.5 50.5
    DN15 150 70 90 15 M12×1 38.5 50.5
    DN20 150 70 90 20 M12×1 45 50.5
    DN25 150 76 90 25 M12×1 45 50.5
    DN32 150 76 100 32 M12×1 57.5 50.5
    DN40 200 89 100 40 M12×1 57.5 64
    DN50 200 95 100 50 M12×1 57.5 77.5
    DN65 200 95 100 65 M12×1 57.5 91


    Detail

    Micro magnetic flow meter detail

    Infrared Remote Control Details

    Micro magnetic flow meter infrared remote control details

    Logo Key Name Function
    Up Key + Down Key Unlock key Press the up button first, then the down button to unlock the function.
    Up Button Up button Digit plus or menu up to select
    Left Button Left button Enter parameter modification
    Digital displacement
    Parameter determination
    Down Key Down button Digit minus or menu down select
    Right Button Right button Enter the password input screen
    Exit menu


    Application

    Micro magnetic flow meter application

    Tips: Compact flow meter measurement principle

    Electromagnetic flow meter to take advanced low-frequency square wave excitation design, the working principle is based on Faraday's law of electromagnetic induction. water flow meter up and down the two ends of the two electromagnetic coils produce a constant or alternating magnetic field, when the conductive medium flow through the electromagnetic flow meter, electromagnetic water flow meter pipe wall between the two electrodes can be detected between the induction of electric potential.

    The size of the induced electromotive force and the conductive medium flow rate, the magnetic induction strength of the magnetic field, the width of the conductor (flowmeter measuring tube diameter) is proportional to the medium flow rate can be obtained through the operation.

    The induced electromotive force equation is: E = K x B x V x D

    Induced electromotive force equation

    • E an induced electromotive force.
    • K a meter constant.
    • B is the magnetic induction.
    • V is the average flow velocity in the cross-section of the measuring tube.
    • D is the inner diameter of the measuring tube.

     

    Existing reviews of Micro Magnetic Flow Meter for Water/Liquid, DN6-DN65
    Accurate measurement, reliable choice
    The Micro Magnetic Flow Meter for Water is an impressive water flow measurement instrument. Its excellent performance and convenient operation have brought great convenience to our company's water flow monitoring scenarios.
    From: Oazo | Date: 21/02/2025
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