Common types of mass flow meters in our reality

Common mass flowmeter types in our reality 1. Positive displacement flowmeter, also known as constant displacement flowmeter. It uses a mechanical measuring element to continuously divide the fluid into a single known volume part, and measures the fluid volume flow rate according to the number of times the measuring chamber is filled and discharged with the volume part of the fluid. 2. The float type flowmeter, also known as the rotor flowmeter, is a kind of variable area flowmeter. In a vertical tapered tube that expands from bottom to top, the gravity of the float with a circular cross section is borne by the liquid power. So that the float can rise and fall freely in the conical tube. 3. The differential pressure flowmeter is an instrument that calculates the flow rate based on the differential pressure generated by the flow detection device installed in the pipeline, the known fluid conditions and the size of the detection room and pipeline. 4. Vortex flowmeter is an instrument that places a non-streamlined vortex generator in the fluid, and the fluid separates alternately on both sides of the generator to release two strings of regularly staggered vortices. 5. Turbine flowmeter is the main type of velocity flowmeter. It uses a multi-blade rotor (turbine) to sense the average flow velocity of the fluid, thereby deriving the flow or total amount of the instrument. 6. Ultrasonic flowmeter, an instrument that measures flow by detecting the effect of fluid flow on ultrasonic beams (or ultrasonic pulses). 7. Electromagnetic flowmeter, electromagnetic flowmeter is an instrument for measuring conductive liquids made according to Faraday's law of electromagnetic induction. The electromagnetic flowmeter has a series of excellent features, which can solve the problems that other flowmeters are not easy to apply, such as the measurement of dirty flow and corrosion flow. 8. Thermal flowmeter, thermal flowmeter sensor contains two sensing elements, a speed sensor and a temperature sensor. They automatically compensate and correct for gas temperature variations. The electric heating part of the instrument heats the speed sensor to a certain value higher than the operating temperature, so that a constant temperature difference is formed between the speed sensor and the sensor measuring the operating temperature. When the temperature difference is kept constant, the energy consumed by electric heating, or the heat dissipation value, is proportional to the mass flow rate of the gas flowing through it. It is suitable for the measurement of single gas and fixed-ratio multi-component gas. The principle of the Coriolis flowmeter is to use the Coriolis force generated when the fluid flows in the vibrating tube to measure the force directly or indirectly to obtain the mass flow rate of the fluid.

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While the productivity and efficiency benefits of automation are unequivocal for manufacturing mass flow meter, the need for skilled humans to operate, utilize and advance technologies is equally unmistakable.