9308228

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Pressure sensors, transducers and similar equipment are important tools for a wide range of applications. The 9308228 is part of this group and is used for numerous applications, making it an essential component in a huge range of areas. This article examines the 9308228 application field and working principle.

What Is the 9308228?

The 9308228 is an electronic pressure transducer or sensor that is widely utilized in various applications. It is a device that can measure, convert and transmit a pressure signal to an electrical current. It consists of a dielectric sensing element, a printed circuit board, and an amplifier, which is all enclosed in a stainless steel housing. It is part of AMETEK’s AccuSense Pressure Transducer family, which can measure pressure ranges from 0 to 10,000 psi, with accuracy of ±0.2%.

Uses of the 9308228

The 9308228 is a widely used and reliable transducer with a variety of potential applications. It can be used to measure fluids in the laboratory, process plants, and chemical and petroleum industries. It is also widely used in heating, ventilating, and air conditioning systems, as well as ventilation systems and automotive engines. It can measure the values of hydraulic systems, air blowers, pressure control systems, and process vessels. Furthermore, it is used in many measurement and control systems for aerospace and military applications.

Working Principle

The 9308228 is a two-wire transducer equipped with a differential measuring circuit. The sensing element is a thin film metal layer that is provided on the surface of the printed circuit board. The pressure being measured is applied to the sensing element via the sensing diaphragm, where the electrical resistance changes as a result. This change in resistance is then amplified and sent back to the controlling circuit as a current signal.

The measuring diaphragm is made from a material that is a blend of polytetrafluoroethylene (PTFE) and stainless steel, and is able to withstand different levels of pressure. This sensing element is designed to be insensitive to temperature fluctuations and is resistant to shock and vibration. The amplifier used in the 9308228 is able to compensate for temperature and pressure changes, providing a stable output despite the variations in the environment.

Conclusion

The 9308228 is a versatile and highly accurate pressure transducer. It is used in a variety of research, industrial, and military applications, providing accurate and reliable measurements in a wide range of conditions. Its differential measuring circuit and amplifier make it more resistant to environmental changes, which increases its accuracy and dependability. The 9308228 is therefore an important tool for many different applications, providing an invaluable source of information.

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