All Categories
    Menu Close

    Electromagnetic Flow Meter, Split Type, DN15-DN250

    Hot-Selling High-Precision Split-Type Electromagnetic Flow Meter, featuring a PTFE (Teflon) lining. This mag meter is widely used as a magnetic flow meter for water and wastewater systems. A wide range of sizes is available, from DN15 to DN250. The magnetic flow meter supports RS485 and 4–20 mA outputs, delivers measurement accuracy up to ±0.5%, and can display both instantaneous flow rate and totalized flow.
    SKU: T-FLOW-EST
    *
    $1,098.87
    i h
    Free shipping
    Delivery date: 6-12 days
    Overview

    Tool shop offers professional electromagnetic flow meters, designed for accurate measurement of acids, alkalis, solvents, oils, fuels, and chemicals. These mag meters are suitable for pipe sizes ranging from DN15 to DN200. This magnetic flow transmitter integrates easily into PLC and industrial automation systems. It is widely used in industries such as petroleum, chemical processing, urea production, and vinyl fiber manufacturing. The split-type electromagnetic flow meter features strong anti-interference capability and high measurement accuracy, ensuring stable and reliable operation even in harsh industrial environments.

    Specification

    Model T-EFM-MIK
    Caliber DN15-DN250
    Flange Standard Carbon Steel (Optional stainless steel flange, contact customer service)
    Rated Pressure Rating DN15-DN50, PN<4.0MPa
    DN65-DN150, PN<1.6MPa
    DN200-DN250, PN<1.0MPa
    High pressure can be customized
    Protection Class IP68/IP67 (Contact customer service)
    Medium Temperature Sensor: -25~180℃; Converter: -10~80℃
    Buriability Less than 5m (IP68 protected split sensors only)
    Depth of Immersion Less than 3m (IP68 protected split sensors only)
    Sensor Cables The standard cable is 10m; other cables are recommended to be customized to a maximum length of 20m.
    Communication RS485
    Outputs Current (4-20mA), pulse, frequency, status switching
    Communication Functions Empty tube identification, electrode contamination
    Graphic Display Monochrome LCD with white backlight; size: 128*64 pixels
    Display Functions 2 measured value screens (measurement, status, etc.)
    Maximum Measurement Error ±0.3% of measured value (flow rate 1m/s); ±2mm/s (flow rate <1m/s)
    Repeatability 0.002
    Operating Environment Temperature: -10°C to 55°C (for flowmeter sensor section: -10°C to 60°C)
    Storage Temperature: -40°C to 65°C
    Electrical Conductivity Water: Minimum 20 μS/cm (for water conductive measurement)
    Others: Minimum 5 μS/cm (for other conductivity measurements)
    Material Sensor: Ferrite, Standard stainless steel
    Power Supply Voltage: 100-240VAC, 50/60Hz, 22VDC to 26VDC
    Maximum Power: 15VA
    Power Cable: 0.5mm² Cu/AWG20
    Output Output Range: 4-20mA
    Measurement Range: 20mA
    Lower Limit: 4mA
    Power Supply: 24VDC
    Load: < 750Ω
    Pulse and Frequency Output Pulse width: 0.25ms to 100ms
    Pulse frequency: 50% (max flow rate 5L)
    Frequency range: 5000 cps


    Electromagnetic Flow Meter Features

    Electromagnetic flow meter split type feature

    • Upgraded Fully Protected Converter: Enhanced anti-interference design improves signal stability for this electromagnetic flow meter transmitter, ensuring accurate data transmission in complex industrial environments.
    • Instantaneous and Cumulative Flow Display: This magnetic water flow meter displays both real-time flow rate and cumulative flow, making it ideal for flow measurement and monitoring systems.
    • Multiple Flow Units Available: This mag meter flow meter displays both real-time flow rate and cumulative flow, making it ideal for different mag flow applications.
    • Bidirectional Flow Measurement: Accurately detects both forward and reverse flow, reducing installation constraints and adapting to various pipeline configurations.
    • 4–20 mA Analog Output: Equipped with standard 4–20 mA output, this mag flow meter integrates seamlessly with PLCs and control systems.
    • RS485 Modbus Communication: Built-in RS485 interface enables this smart electromagnetic flow meter to connect with SCADA and automation platforms.
    • Three-Proof Protection Design: Features durable PTFE lining and an IP65-rated enclosure, effectively preventing detachment, edge deformation, and leakage, ensuring stable operation in harsh industrial environments.
    • High Reliability & Ease of Use: Optimized structure combined with intelligent functions simplifies installation and system integration, improves usability, and ensures long-term stable performance in industrial applications

    Electromagnetic Flow Meter Dimensions (Unit: mm)

    Electromagnetic flow meter dimension

    DN a ∅D ∅Do n∅A
    10 200 90 60 4*14
    15 200 95 65 4*14
    20 200 105 75 4*14
    25 200 115 85 4*14
    32 200 140 100 4*18
    40 200 150 110 4*18
    50 200 165 125 4*18
    65 200 185 145 8*18
    80 200 200 160 8*18
    100 250 220 180 8*18
    125 250 250 210 8*18
    150 300 285 240 8*22
    200 350 340 295 12*22
    250 450 405 355 12*22


    Electromagnetic Flow Meter Flow Rate

    Calibre DN Flow Rate (m/s)
    0.1 0.2 0.4 0.5 1 10 12 15
    Volume (m3/s)
    DN10 0.02827 0.0565 0.1131 0.1414 0.2827 2.827 3.39 4.24
    DN15 0.0636 0.127 0.25 0.318 0.636 6.362 7.632 9.54
    DN20 0.131 0.226 0.45 0.566 1.131 11.31 13.572 16.965 
    DN25 0.176 0.35 0.71 0.8835 1.767 17.67 21.204 26.965
    DN32 0.2895 0.58 1.16 1.448 2.895 28.95 34.74 43.425
    DN40 0.4525 0.9 1.81 2.62 4.524 45.24 54.208 67.86
    DN50 0.707 1.414 2.83 3.535 7.069 70.69 84.36 106
    DN65 1.195 2.39 4.78 5.973 11.946 119.5 143.35 179.2
    DN80 1.81 3.62 7.24 9.048 18.1 181 217.2 217.2
    DN100 2.83 5.65 11.31 14.14 28.27 282.7 339.24 404.05
    DN125 4.42 8.84 17.67 22.09 44.18 441.5 530.16 662.7
    DN150 6.36 12.7 25.5 31.81 63.62 636.2 763.44 954.3
    DN200 11.3 22.6 45.2 45.55 113.1 1131 1357.2 1696.5
    DN250 17.7 35.4 70.7 88.36 176.7 1767 2110.4 2650.5


    Electromagnetic Flow Meter Applications

    Electromagnetic flow meter applications


    Tips: Why is PTFE lining used in electromagnetic flow meters?

    PTFE lining is applied in electromagnetic flow meters to better adapt to complex industrial conditions. It offers excellent corrosion resistance, effectively withstanding aggressive media such as strong acids and alkalis, thereby extending the service life of the magnetic water flow meter equipment. In addition, PTFE provides outstanding thermal stability, maintaining consistent electromagnetic flow measurement performance across a wide temperature range to ensure accurate measurement. Its smooth surface with a low friction coefficient helps reduce fluid resistance and prevents particle adhesion, minimizing the risk of clogging and making the flow meter more suitable for fluids containing suspended solids.

    0.0 0
    Write your own review Close
    *
    *