PS83-102V

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Pressure sensors and transducers are essential components of many systems that measure precise pressure levels in various industrial applications. The PS83-102V pressure sensor and transducer is an example of a modern pressure measurement device that can accurately measure and transmit pressure values. In this article, we will discuss the application fields and working principles of the PS83-102V.

Application Fields of the PS83-102V

The PS83-102V pressure sensor and transducer is mostly used in industrial process control applications, specifically for measuring liquid and gas pressures in production and laboratory settings. It discovers broad utilization in wellbeing frameworks, nourishment and refreshment preparing applications, pharmaceutical generation, doctor\'s facilities, pools, and swimming settings. It can too be utilized as a part of remote cell transducers for rocket subsystem and mechanical frameworks. Furthermore, the sensor is additionally valuable for the experimenting with of oil wells, where it helps to measure the buffer pressure in the closed loop.

The key elements of this pressure sensor and transducer are its durable and corrosion resistant construction and the ability to simultaneously measure and transmit multiple pressure levels. It also features a high degree of accuracy and long-term stability.

The Working Principle of the PS83-102V

The PS83-102V pressure sensor utilizes a diaphragm-based system for measuring and transmitting pressure values. The diaphragm contains a strain-gage element that senses the pressure applied to it. This strain-gage element is composed of several small resistors that are arranged in a Wheatstone bridge circuit. As the pressure is applied to the diaphragm, its deflection changes the resistance of the strain-gage, resulting in an output voltage. This output voltage is then sent to the control system, where it is used to measure the precise pressure level.

The PS83-102V pressure transducer also utilizes a diaphragm-based system. This time, the diaphragm is configured in such a way that it is vibrating at its resonant frequency. As the applied pressure increases or decreases, the diaphragm\'s resonant frequency also changes accordingly. This frequency shift is measured by an external oscillator and the measured value is then sent to the control system.

The PS83-102V pressure sensor and transducer are designed to have high accuracy and long-term stability, making them ideal for many industrial process control applications. They are also rugged and corrosion-resistance, making them suitable for use in harsh environments. With their combination of features, the PS83-102V pressure sensor and transducer are some of the most reliable and accurate pressure measurement devices on the market.

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