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Electromagnetic Flow Meter
Electromagnetic Flow Meter
Electromagnetic Flow Meter
Electromagnetic Flow Meter
  • Electromagnetic Flow Meter
  • Electromagnetic Flow Meter
  • Electromagnetic Flow Meter
  • Electromagnetic Flow Meter

Electromagnetic Flow Meter

The electromagnetic flow meter is a universal full-bore type flow measurement instrument that operates based on Faraday’s law of electromagnetic induction. It is the most common configuration and is designed for measuring conductive liquids such as water, wastewater, chemical solutions, and slurries. This model features high cost-performance, easy installation, and stable measurement, making it a reliable choice for general industrial and municipal applications.

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Key Features

  • Versatile Applications:

    Suitable for most conductive liquids; widely used in petrochemical, chemical, and water treatment industries.
  • High Accuracy:

    Standard accuracy up to ±0.5%R, with optional ±0.2%R high-precision models.
  • Multiple Lining Options:

    Rubber, PTFE, or polyurethane linings available to match different media.
  • Flexible Output Signals:

    Supports 4-20 mA, pulse, RS485/Modbus, and HART protocols.
  • ugged Structure:

    Fully welded body with protection levels ranging from IP65 to IP68.
  • Low Maintenance:

    No moving mechanical parts, reducing wear and extending service life.
Electromagnetic-Flow-Meter6

Technical Advantages

  • Reliable Accuracy:Maintains stable precision regardless of temperature or pressure fluctuations.
  • Flexible Installation: Flange connection, suitable for horizontal or vertical pipelines.
  • Corrosion Resistance: Lining and electrode materials selectable according to medium properties, ideal for petrochemical processes.
  • Cost-Effective: As a standard model, it offers a balance of performance and affordability.

Applications

  • application3
    Petrochemical Plants

    Acid and alkali solutions, cooling water, and process wastewater.

  • application1
    Chemical Industry

    Conductive slurries and corrosive chemical liquids.

  • application2
    Municipal Wastewater

    Inlet and outlet monitoring in sewage treatment plants.

  • Power
    Circulating Cooling Water

    Pipeline networks in petrochemical installations.

Selection Guide

Configuration

Options

Description

Nominal Diameter

DN10 ~ DN3000

Covers standard process pipeline sizes

Lining Material

Rubber, Polyurethane, PTFE

Rubber for water/wastewater; PTFE for corrosive media

Electrode Material

316L SS, Titanium-coated SS, Hastelloy, Tantalum

Selected according to corrosion resistance needs

Output Signal

4-20 mA / Pulse / RS485 / HART

Compatible with PLC/SCADA integration

Protection Class

IP65 / IP67 / IP68

For indoor, outdoor, or underground installations

Power Supply

AC220V / DC24V

Standard industrial power inputs

Installation

Flange connection

Reliable sealing, easy installation

Accuracy

±0.5%R (standard) / ±0.2%R (high precision)

Meets different process requirements

Typical Technical Parameters

Parameter

Value

Description

Flow Velocity Range

0.05 ~ 10 m/s

Suitable for common liquid flow rates

Accuracy

±0.5%R (standard) / ±0.2%R (high precision)

Meets industrial and petrochemical standards

Temperature Range

-20℃ ~ +120℃ (PTFE lining)

Covers most process conditions

Pressure Rating

1.0 MPa / 1.6 MPa / 2.5 MPa

Standard petrochemical process ratings

Protection Class

IP65 / IP67 / IP68

Supports various installation environments

Communication

Pulse / 4-20 mA / RS485 / HART

Compatible with automation systems

Power Supply

AC220V / DC24V

Standard factory supply options

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