Did You Update BERMAD Connect Already? Check It Out

Update BERMAD Connect Today! Check It Out

DC Powered Composite EFM Split Flanged, Bluetooth & Modbus communication, & Dual Pulse outputs

MUT7000
EFM Series
Waterworks

The MUT7000 is an electromagnetic flow meter grooved sensor designed for pipe diameters from DN50 to DN150. It combines high accuracy, lightweight construction, and compact dimensions, making it ideal for precise and repeatable measurement of low flow rates, even in challenging applications involving solid particles. The sensor operates according to the Faraday Principle, where a conductive fluid passing through a magnetic field generates a voltage proportional to the flow rate. Two coils installed on the composite flow tube create the magnetic field, while electrodes measure the induced voltage. An integrated, battery-powered converter supplies power to the coils, processes the signal to calculate flow rate, and manages communication. The sensor features an IP68 protection rating, allowing permanent immersion in water up to a depth of 1.5 meters.

Need more information? Contact us here

Bermadize your waterflow systems, so you can remotely regulate water delivery, monitor performance, and troubleshoot any issues – anywhere, anytime.

MUT7000
  • No moving parts

  • Grooved connection - fits all applications

  • Long lasting stability and precision, no filter needed, zero maintenance

  • Lightweight sturdy structure

  • Accurate measure at high flow rate and at low flow rates

  • Bi-directional measure

  • Internal parts protected by a bi-component resin in order to increase protection from external agents

  • Wider range of measurement

Typical Applications

  • District metering of potable water
  • Fiscal measures, custody transfer
  • Distribution, municipal water
  • Overnight applications with very low flow rate
  • Installation in small places without straight distances
  • Leak detection and monitoring

How MUT7000
is used in

Reliable, efficient level & flow control for reservoirs management in water delivery systems.
Read More

Related Solutions

Get More Information
Get More Information