F6D2-2M6Y

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The F6D2-2M6Y is a differential pressure transducer designed to measure the small differential pressure changes in a variety of applications involving liquid, air, and gas. It is a contactless differential pressure transducer that operates on the principle of the differential coefficient effect. The differential coefficient effect is based on the same principle as piezoelectricity, which is the conversion of mechanical energy into electrical energy. The F6D2-2M6Y utilizes this effect to convert changes in pressure into an electrical output signal, which can then be read and analyzed. The output signal is proportional to the pressure difference between the two ports.

The F6D2-2M6Y has myriad applications in many different industries. When measuring liquid flow in water works, boiler water systems, or process systems, industries often use the differential pressure transducer. It can also be used to calculate the flow of gas and air in pipes and ducts, as well as control the pressure in fuel tanks, hydraulic systems, and compressed air systems. The F6D2-2M6Y can also be used to measure the pressure drop across filters, as well as the suction pressure of centrifugal pumps and fans.

The F6D2-2M6Y utilizes a sensing unit consisting of a diaphragm and a set of electrodes. The diaphragm separates two pressure cells on either side and is connected to a sensing unit. When pressure is applied to the diaphragm, a strain is placed on both the cells, resulting in different pressure readings. This difference in pressure readings is converted to an electrical signal and sent to a circuit. The circuit then processes the signal into a proportional output, which can be read by a data acquisition system or other device.

The F6D2-2M6Y is an advanced and precise differential pressure transducer. It is manufactured with high standards for accuracy, reliability, and longevity. Its structure and design make it suitable for a wide range of applications and is especially useful for measuring the minimum differential pressures of liquids, gases, and air. With its consistent accuracy and dependability, the F6D2-2M6Y can help industries ensure high safety standards and better performance.

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