E+H Proline Promag P 10 5PBB electromagnetic flowmeter

Selection Notes

• Measurement Principle: Uses electromagnetic flow measurement, which requires conductive liquids. Ensure your medium meets conductivity requirements.

• Application Type: Designed for chemical and process industries, especially for corrosive fluids such as acids and alkalis.

• Lining and Electrode Material: Select appropriate lining materials (e.g., PTFE, PFA) and electrodes based on chemical compatibility.

• Process Conditions: Verify temperature, pressure, and chemical resistance to ensure long-term stability.

• Output and Communication: Supports 4–20 mA, pulse, HART, and digital communication options for integration.

Why Choose the Proline Promag P 10

• Accurate Measurement for Chemical Media
The device uses Faraday’s law to measure flow accurately. Therefore, it provides stable results regardless of pressure, temperature, or density changes.

• Excellent Chemical Resistance
With high-quality lining materials, the flowmeter resists corrosive and aggressive media. As a result, it ensures long service life in chemical environments.

• No Pressure Loss
The sensor has no internal obstruction, so it does not create pressure drop. This improves process efficiency and reduces energy consumption.

• Reliable Operation in Harsh Conditions
It performs well under challenging process conditions, including chemical exposure and varying flow rates.

• Simple and Cost-Effective Solution
The Promag P 10 offers a compact and economical design, making it ideal for standard chemical applications.

FAQ

Q: What types of liquids can the Promag P 10 measure?
A: It measures conductive liquids, especially acids, alkalis, and chemical solutions. It is not suitable for oils or gases.

Q: Does it handle corrosive media?
A: Yes. It is specifically designed for corrosive and aggressive liquids, thanks to its resistant lining materials.

Q: Does it cause pressure loss?
A: No. The electromagnetic principle ensures no obstruction and no pressure drop.

Q: Is it suitable for industrial chemical plants?
A: Yes. It is widely used in chemical processing and industrial applications requiring reliable flow measurement.