METPOINT DPM

Dew point measurement

Continuous measurement of dew point Ideal for monitoring refrigeration, adsorption and membrane dryers Prevention of system damage and contamination of end products

How we measure

Why dew point sensors are indispensable

In industry, the quality of compressed air is crucial for the reliability and efficiency of your systems. Pressure dew point sensors play a central role in ensuring this quality. They precisely monitor the moisture content of the compressed air.

Dew point measurement

Why should the dew point be constantly measured in your system?

Equipment and component protection

Prevention of corrosion, as condensate can attack metal parts
Reduction of wear on valves, cylinders, and piping
Avoidance of blockages in filters and dryers due to water accumulation
Protection against frost damage in cold operating environments
Extension of component lifespan through targeted maintenance

Economic efficiency and process safety

Reduces maintenance and repair costs through preventive measures
Minimizes production downtime caused by moisture-related issues
Enhances overall system safety and reliability
Maintains consistent process quality with controlled air conditions
Increases energy efficiency within the system
Achieves long-term cost savings by reducing disturbances and optimizing operations

Optimization of compressed air treatment

Ensures the effectiveness of air dryers via continuous monitoring
Allows adjustment of filtration and drying processes based on current moisture levels
Facilitates early detection of malfunctions in the treatment system
Optimizes operating parameters for targeted air drying
Improves air quality, positively impacting process and end-product quality
Enables energy savings through demand-driven treatment cycles

Video

How the dew point measurement works

The METPOINT DPM dew point meter precisely measures the critical parameters in compressed air and other gases using temperature, relative humidity and dew point