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Sensor & Product Development

Electromagnetic Flow Meter with Remote Pressure Monitoring

This configuration measures conductive-liquid flow and pipeline pressure at the same location, then uses an integrated 4G connection to support remote operating visibility for distributed or space-constrained installations.

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Electromagnetic flowmeter with integrated pressure sensing
Flow, pressure and remote communication combined at one pipeline point.

Measured variables

Flow + pressure

Remote connection

Integrated 4G

Installation

One pipeline point

Medium requirement

Conductive liquid

One Location, Two Variables

A compact measurement architecture

Electromagnetic flow

Measures conductive-liquid flow through the primary sensor.

Pressure sensing

Reads pipeline pressure at the same measurement location.

Local indication

Keeps operating values available at the instrument.

Remote transmission

Integrated 4G supports access without a separate wireless unit.

Co-Located Measurement

Compare pressure and flow at the same point

Aligned readings can support pump review, line-condition checks and remote operation without creating two separate measurement locations.

  • One process location for both operating variables
  • Fewer separate field devices and wiring runs
  • Useful for distributed pump stations and packaged systems
  • Flow and pressure remain aligned in time and location
Electromagnetic flowmeters with pressure connections prepared in production
Multiple integrated units prepared for project supply.

Pressure-Sensing Direction

Designed around pump and pulsation conditions

The pressure-sensing direction is intended for pulsating service. Pressure range and long-term measurement data still require project-specific confirmation.

  • Review pump or reciprocating-equipment pulsation
  • Confirm pressure range and process connection
  • Check material compatibility with the liquid
  • Keep flow and pressure configuration requirements separate
Electromagnetic flowmeters prepared for calibration and configuration
Project units prepared for configuration and calibration work.

Engineering Considerations

What must be confirmed before configuration

  • Liquid conductivity and media compatibility
  • Lining and electrode selection
  • Pipe size and flow range
  • Pressure range and pulsation condition
  • Temperature and process connection
  • Power supply and signal output
  • 4G coverage, data destination and update requirement

Typical Scenarios

Where co-located flow and pressure can help

Distributed pump stations

Remote operating visibility across separated sites.

Water and wastewater networks

Flow and pressure review at one pipeline location.

Packaged process equipment

Fewer separate installation points on compact skids.

Chemical batching systems

Combined variables where media compatibility is confirmed.

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Selection support

Share the liquid, pressure range and remote-data requirement.

Include conductivity, pipe size, flow range, pressure, temperature, power supply and the required data destination.

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