Selection Notes
• Confirm that the medium is electrically conductive, as electromagnetic flowmeters require conductivity.
• Verify the required flow range, typically from 4 dm³/min up to 9600 m³/h.
• Choose suitable liner material such as PFA or PTFE based on chemical compatibility.
• Check the process temperature, which can reach up to 180 °C depending on configuration.
• In addition, ensure the pressure rating (up to PN40 / Class 300) meets system requirements.
Selection Notes
• Confirm that the medium is electrically conductive, as electromagnetic flowmeters require conductivity.
• Verify the required flow range, typically from 4 dm³/min up to 9600 m³/h.
• Choose suitable liner material such as PFA or PTFE based on chemical compatibility.
• Check the process temperature, which can reach up to 180 °C depending on configuration.
• In addition, ensure the pressure rating (up to PN40 / Class 300) meets system requirements.
FAQ
Q: What type of media can Promag P 300 measure?
A: It measures conductive liquids, including acids, alkalis and process chemicals.
Q: What is the measurement principle?
A: It uses electromagnetic induction based on Faraday’s law to calculate flow velocity and volume.
Q: What is the maximum temperature it can handle?
A: Depending on the liner, it supports up to 180 °C for high-temperature applications.
Q: What communication options are available?
A: The device supports multiple outputs, including 4–20 mA, HART and digital communication protocols.








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