Flow Measurement

Vortex Flow Meters

Working Principle of Vortex Flow Meter

Vortex Flow Meters Principle of Vortex Flow Meters St= F*D/V0 Where                   F= (St*V)/C*D Pmin=3.2*Ploss + 1.25*Pv Where The performance of Vortex meters is influenced by Parts of Vortex Flow Meter Generally, a vortex flow meter includes Features of Vortex Flow Meters Selection and Sizing of Vortex Flow Meters Vortex Meter Advantages Vortex Flow Meter Limitations …

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Orifice Plate

Classification of Orifice Plates & Pressure Tappings in Orifice Plate

Orifice Plate Pressure Taps These allow the flow transmitter to tap into the pipe to measure maximum & minimum pressure levels within the flow rate. What are the types of pressure tapings allowed in the orifice plate? There are six different types of pressure taps used in affiliation with orifice plates Flange Taps Vena-Contracta Taps …

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Ultrasonic industry level transmitter

Ultrasonic Level Transmitter Working Principle

Ultrasonic Sensors Measurement Principle          Ultrasonic transducers transmit and receive sound waves using piezoelectric components. When a voltage is provided, the piezo components start to vibrate. High-frequency soundwaves are created by this vibration. These impulses are reflected by the target, and an echo is sent back to the ultrasonic transducer. The distance can be determined …

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Electromagnetic Flowmeter Working Principle, Types Applications

         An electromagnetic flowmeter (magmeter) is a device that measures the flow rate of a conductive liquid by detecting the voltage difference across the liquid as it flows through a magnetic field. The voltage difference, also known as the electromotive force (EMF), is generated by the movement of the conductive liquid through the magnetic field. …

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