Selection Notes
• Measurement Principle: Uses electromagnetic flow measurement, which requires conductive liquids. Ensure sufficient conductivity for accurate results.
• Application Type: Designed for chemical and process industries, especially for corrosive media and high-temperature fluids.
• Power Supply: Features loop-powered (2-wire) design, ideal for simple installations and hazardous areas.
• Material Selection: Choose appropriate lining (PTFE, PFA) and electrode materials based on chemical compatibility.
• Process Conditions: Supports high medium temperatures up to ~150°C (PFA liner) and high pressure ratings.
Why Choose the Proline Promag P 200
• Loop-Powered for Simple Integration
The Promag P 200 uses 2-wire loop-powered technology. Therefore, it reduces wiring complexity and installation cost, especially in retrofit projects.
• Optimized for High-Temperature Media
It is specifically designed for high-temperature process liquids. As a result, it performs reliably in demanding chemical environments.
• Accurate Electromagnetic Measurement
Based on Faraday’s law, it provides precise flow measurement independent of pressure, temperature, or density changes.
• Excellent Chemical Resistance
With PTFE/PFA lining and corrosion-resistant electrodes, the device handles aggressive media such as acids and alkalis.
• No Pressure Loss
The sensor has no internal obstruction, so it does not create pressure drop. This improves system efficiency and reduces energy consumption.
FAQ
Q: What makes the Promag P 200 different from other models?
A: Its loop-powered (2-wire) design makes it ideal for simple installations and hazardous areas, unlike 4-wire models.
Q: Can it handle high-temperature liquids?
A: Yes. It supports high medium temperatures up to ~150°C, depending on liner material.
Q: Is it suitable for corrosive media?
A: Yes. It is designed for acids, alkalis, and aggressive chemical liquids, with strong chemical resistance.
Q: Does it cause pressure loss?
A: No. The electromagnetic measurement principle ensures no obstruction and no pressure drop.






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