PPT2-0500DRX2VE

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Pressure sensors, transducers, have numerous applications in numerous industries, from engineering to everyday life. This article will assess the application field and working principle of PPT2-0500DRX2VE.

A PPT2-0500DRX2VE is a transducer designed for measuring and recording the static and dynamic pressure of fluids and gases. The unit is capable of measuring pressures ranging from 0 to 5000 kPa, and is built with either a Piezoresistive strain gauge or a Ceramic Capacitive measuring principle. The transducer incorporates an all-welded construction made from stainless steel and brass; its dynamic features include a high accuracy of 0.25% and a very short response time of 0.1ms.

The PPT2-0500DRX2VE finds a wide range of applications including: process control in the food and beverage industry; measurement of pressure in automotive transmission systems; and the determination of flows in water treatment systems. The transducer has also been utilised for the measurement of oil pressure in wind turbine hydraulic systems.

The transducer\'s working principle is similar to that of other pressure sensors. A diaphragm located within the transducer is exposed to the pressure of the medium being measured. The pressure acts upon the diaphragm and causes it to flex; this causes a strain on the strain-gauge located on the surface of the diaphragm. The strain gauge converts the strain into an electrical signal, which is then sent to the signal conditioning module. The module amplifies the signal, filters it, and then sends it to a process controller, data acquisition system, or recorder as required.

The PPT2-0500DRX2VE pressure sensor is designed to provide accurate and reliable measurements of dynamic and static pressures across a broad range of industrial and laboratory applications. The transducer incorporates a robust all-welded stainless steel construction, and a high accuracy of 0.25% and a very short response time of 0.1ms. The transducer is designed for measuring pressures ranging from 0 to 5000 kPa, and finds a wide range of applications including: process control in the food and beverage industry; measurement of pressure in automotive transmission systems; and the determination of flows in water treatment systems.

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