The diversity in the use of the proven flow meters / flow monitors was the focus of this new development.

In the course of automation, mechanical engineering, in cooling circuits and dosing systems, sensors for small flow rates are increasingly being used. Our new calorimetric sensor SDNC 503 is now available for this.

New: The proven variable area flowmeters for small volume flows RVO/U, RVM/U, RMU, DKM and DKG can now also be used with contacts according to Atex in potentially explosive areas.

With its energy concept, the Federal Government is striving for Germany to play a pioneering role in terms of energy efficiency and environmental protection in the future with competitive energy prices and a high level of prosperity.

Compressed air is an expensive energy. It is therefore worthwhile to optimize compressed air networks. The first step is the "knowledge" how and where to start with the optimization.

Increasing costs for energy generation are never appreciated! Compressed air, a cost-intensive energy source, offers great savings potential. For example, a leak in your compressed air system of 6 mm can cost you € 27,000 a year.

Coriolis sensors or cheaper thermal anemometers - sometimes with chamber head technology - are often used for exact flow measurement of gases. The thermal anemometers essentially offer the performance range of the Coriolis sensors. The decision for a measuring principle depends on the application of details.

The SS 20.600 flow sensor for gases delivers precise measurement results up to flow velocities of 220 m/s. It can be used up to 40 bar and 120 °C and provides output signals for flow speed and temperature. The ATEX version allows a minimum medium temperature of -40 °C.

Plastic flowmeters not only offer the general advantages of chemical resistance and robustness, they are often an interesting price alternative to other variable area measuring devices.

Density and concentration measurements should be carried out directly and continuously in the production process. By installing measuring stations in the tank or the pipeline, the monitoring of aggressive media is safer, the measured values are not influenced by transport to the laboratory, personnel requirements and costs are significantly reduced.