Two years ago, Endress+Hauser launched the Promag 10L/50L flow meters, specifically designed for the water sector. Now, thanks to the new nominal diameters available, our customers can benefit from a

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In many industrial sectors, measuring mass flow rates is more useful than measuring volumetric flow rates. This is the case, for example, in some food industry processes, such as the production of pasta and pulp.

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Advantages: – They can be used with very small nominal diameters (DN from 15 to 4,000 / from 1/2 to 160"). – They allow the measurement of highly corrosive fluids without contact.

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We currently offer several types of ultrasonic sensors, which can be installed directly in the pipe or come pre-installed in a measuring tube. We distinguish two

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This measurement principle has been used worldwide for over 50 years, as evidenced by the fact that the popularity of these flow meters has not declined.

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Electromagnetic flow meters (magnetic counters) have existed since approximately 1939. The Swiss clergyman and inventor Father Bonaventura Thürlemann (1909-1997) was a pioneer in the industrial use of this measurement principle.

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This measurement principle is based on the fact that downstream of an obstacle, vortices (vortices) form in the fluid, both in a closed pipe and in

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What accuracy can turbine flow meters achieve? Turbine flow meters can achieve an accuracy of less than 0.2% if viscosity values are kept within a narrow range.

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Advantages: – They offer excellent short-term repeatability. – Some models feature a wide measurement range and good linear behavior. – They have a digital output.

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Volumetric, or positive displacement, flow meters are the only type of flow meter that indicates volumetric flow rate. There are models of all types and sizes. As a family,

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