Magnetic-inductive flow meter for very small volumes – JUMO flowTRANS MAG H20

The JUMO flowTRANS MAG H20 electromagnetic flowmeter enables highly accurate measurement of the flow rate of conductive liquids, even at very low flow rates. With measurement ranges starting at 0.005 l/min, the meter is ideal for applications where even the smallest amounts of liquid must be reliably measured.

Thanks to its compact design, the sensor can also be used in systems with limited installation space. The flowmeter operates according to the magnetic-inductive measurement principle (MID) and measures flow without wear and without moving parts, ensuring particularly low-maintenance and long-lasting flow measurement.

An integrated modern HMI display allows for convenient viewing of measured values and easy parameterization directly on the device. This enables important process data to be quickly read on-site and settings to be adjusted intuitively.

Thanks to its high measurement accuracy and robust design, the flowTRANS MAG H20 is particularly suitable for dosing, mixing, and process systems where precise flow monitoring is critical.

• Precise measurement of even the smallest flow rates starting at 0.005 l/min
• Magnetic-inductive flow measurement (MID) with no moving parts
• Wear-free and low-maintenance measurement
• Compact design for confined installation spaces
• Modern HMI display for viewing and parameterization
• High measurement accuracy and long-term stability
• Easy integration into industrial process plants

The flow meter operates according to the magnetic-inductive measurement principle (MID). A magnetic field is generated within the measuring tube. When an electrically conductive fluid flows through this field, an electrical voltage is generated that is proportional to the flow velocity of the medium.

This voltage is detected by the sensor and used to calculate the flow rate. Since there are no mechanical components in the measuring tube, the system operates with minimal wear and high reliability.

• Dosing and Mixing Systems
• Chemical Processing Systems
• Water Treatment
• Cooling and Fluid Circulation Systems
• Machinery and Plant Engineering