P993-2

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Pressure sensors, transducers, and other instruments are necessary pieces of technology that measure and monitor the pressure of fluids, gases, and liquids in industrial settings. The P993-2 is one such device, dedicated to providing accurate readings of pressure conditions. Understanding the application field and working principle of the P993-2 is critical for proper operation of the device, and this article will outline both topics and provide an overview of the P993-2.

Application Field

The P993-2 is designed for use as an OEM pressure transmitter for use in applications ranging from 0-10 bar up to 0-400 bar. It is suited for use in a variety of environments, capable of enduring extreme temperatures, dust, water, and vibration; these features make it ideal for use in medium and high flow-pressure applications, including industrial settings or even cooling systems. As a result of these features, the P993-2 is perfect for applications involving process monitoring and control, system integration, and process automation.

Working Principle

The P993-2 operates on a combination of ano-capacitance technology and a strain gauge force balance. Ano-capacitance tech works by converting the pressure received by the P993-2 into an electrical signal. This signal is then read, regulating the device, thanks to a strain gauge force balance connected to the ano-capacitance element. This force balance works by measuring the pressure applied to it and conveying that through the involved electrical sensing components, allowing the P993-2 to read and measure pressure with greater precision.

Summary

The P993-2 is a professional-grade pressure transmitter designed for use in medium and high flow/pressure settings, with capabilities to withstand harsh environmental conditions. With the combination of ano-capacitance technology and strain gauge force balance, the P993-2 is able to provide accurate readings of pressure conditions. As a result, the P993-2 is the perfect device for any application housing industrial processes, as well as for any process monitoring, control, system integration, or process automation.

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