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

    Engineered for high precision, the magnetic flow meter boasts an accuracy of ±0.5% and repeatability of ≤0.1%, ensuring reliable measurements every time. This flow meter is suitable for conductive liquids with a conductivity of ≥ 2 μS/cm. Whether you're dealing with water, chemicals, or other conductive liquids, this flow meter ensures consistent and accurate readings. Designed for accuracy and reliability, this meter excels in measuring micro flow rates with unparalleled precision.
    SKU: T-FLOW-FMX
    $1,194.63
    i h
    Free shipping
    Delivery date: 6-12 days
    Overview

    Shop the Electromagnetic Flow Meter on Tool.com for precise, reliable, and efficient flow measurement in water/liquid and micro flow applications. This high-precision electromagnetic flow meter is designed for measuring conductive liquids such as water, chemicals, and other fluids with a minimum conductivity of 2μS/cm. With a nominal diameter range from DN6 to DN65, it offers exceptional accuracy and is ideal for a wide variety of industrial applications.

    Specification

    Model T-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)

    Small bore 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

    • Flow Meter Details

    Micro magnetic flow meter detail picture

    • Infrared Remote Control Details

    Micro magnetic flow meter infrared remote control details

    Flow Meter Application

    Micro magnetic flow meter application

    Tips: How do I verify if the flow meter is outputting a signal?

    Check power supply: Ensure the flow meter is receiving the proper 18-36VDC power supply. A lack of power or an improper voltage can prevent the meter from functioning.

    Verify connections: Double-check the electrical connections—particularly the M12-4 pole connector and any communication outputs (4-20mA, RS485). Loose or disconnected wires can result in no signal.

    Inspect communication settings: If using the RS485 communication output with MODBUS-RTU, ensure the communication settings are correctly configured, matching your control system’s requirements.

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