ENDRESS+HAUSER  DTI200-A16A1A

• Flow monitoring with selectable limit values (relay output)
• Flow measurement via 4...20 mA current output

• Reliable monitoring (4 mA) even with empty piping
• EMC tested according to IEC
• Measuring system self-monitoring
• Integrated testing to check correct functioning of the electronics

• One compact flow monitor for all applications
• Mounted in
  • Steel piping from DN 25
  • Plastic piping from DN 15

• Switchpoint setting via rotary switch
• Local potentiometer setting of full scale value
• Can be set-up before installation

Flow information is often required to ensure a process is running correctly and that preset limit values are not exceeded. The Magphant flow monitor reliably provides the necessary information on flow in your piping. The electromagnetic principle used determines the flow velocity of the conductive liquid at the tip of the sensor.

In accordance with Faraday’s law of electromagnetic induction, a voltage is induced in a conductor that is moved through a magnetic field. In the electromagnetic principle of measurement the flowing and electrically conductive fluid represents the moving conductor. The induced voltage is proportional to the flow velocity and is fed to the amplifier by a pair of electrodes. Microprocessor-controlled electronics, with a stable zero-point, convert the voltage into an analogue 4...20-mA output signal.