ABB FSS430 Eddy Current Flow Meter

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• ABB FSS430 Eddy Current Flow Meter

  1. Product Overview

  The ABB FSS430 is a high-precision eddy current flow meter designed for liquid and gas flow measurement. It uses a non-contact eddy current induction principle for fast response and accurate measurement, suitable for chemical, petroleum, energy, water treatment, and industrial automation applications. The FSS430 features a compact design, easy installation, corrosion resistance, and long-term stability.

  2. Technical Specifications

  • Model: FSS430

  • Product Type: Eddy Current Flow Meter

  • Measuring Medium: Liquids, Gases

  • Flow Range: 0.1–1000 m³/h (depending on pipe size and model)

  • Accuracy: ±0.5% of full scale

  • Output Signal: 4–20 mA / Pulse / Modbus (optional)

  • Supply Voltage: 24 V DC or 110–230 V AC

  • Operating Temperature: -20 °C to +80 °C

  • Operating Pressure: ≤16 bar (model dependent)

  • Protection Class: IP65

  • Mounting: Inline or flange installation

  • Material: Stainless steel / corrosion-resistant coating (depending on medium)

  3. Advantages and Features

  1. High Precision Measurement
     Eddy current technology provides fast and accurate flow measurement.

  2. Non-Contact Measurement
     No mechanical wear, low maintenance, suitable for corrosive and clean liquids.

  3. Multiple Signal Outputs
     Supports 4–20 mA, pulse, or digital communication interfaces for system integration.

  4. Flexible Installation
     Inline or flange mounting adapts to different process requirements.

  5. Durable and Reliable
     Industrial-grade design, pressure-resistant and corrosion-resistant for various industrial environments.

  4. Typical Applications

  • Chemical process liquid flow measurement

  • Oil and gas flow monitoring

  • Water treatment and distribution systems

  • Industrial automation process control

  • Energy and power system flow measurement

  5. Installation and Usage Notes

  • Confirm pipe size, flow range, and medium compatibility before installation.

  • Keep sensor clean to avoid measurement errors caused by debris in the pipeline.

  • Avoid installation in strong electromagnetic interference areas; use shielding if necessary.

  • Regularly check electrical connections and output signal status.

  • Avoid long-term dry operation; ensure medium flows through the sensor.

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The structure and details of the product：

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