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Showing posts with the label mass flow meter and controller

Why and How to Use Mass Flow Meter and Controller? Tips for your Benefits!

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In numerous research and production processes the important variable is mass and not volume. Hence measurement of mass is a vital procedure to be accomplished. Mass flowmeter and controller plays an essential role in measurement of mass. The mass flow meters and controller are relatively immune to fluctuations in temperature and pressure of the incoming flow. They are able to provide an extremely accurate, repeatable and reliable delivery of gas into the process. Top 5 reasons why to use mass flow meter and controller! ·          It is the most preferred measurement solutions for high flow rates of gasses. Where the technical efforts of a bypass measurement with capillary sensor and laminar flow element are exceeded. ·          Compared to traditional mass flow meter and controller with by pass, the construction of the direct measuring device is less sensitive to humidity and contamination. · ...

Why mass flow meter and controllers are must require for industrial tasks?

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A thermal mass flow meter could be a exactitude instrument that measures gas mass flow and is employed in numerous industries with a large vary of applications.  Working Principle of Thermal Mass Flow Meter & Controller  The thermal mass meter measures gas flow primarily based upon the thought of convective heat transfer. Either in-line flow bodies or insertion-style probes of the meter support 2 sensors that interface with the gas being measured. one in all the detectors is heated by AN microcircuit and functions because the flow sensor, whereas a second detector acts because the reference detector, and determines the gas temperature. The Kruz proprietary electronic equipment maintains endless overheat between the flow and reference detector. As gas flows by the heated detector, flowing gas molecules transport heat removed from the detector and as a result, the detector cools and also the energy is lost. The circuit balance is discontinuous , and also the t...