PPT2-0002DFG5VE

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Pressure Sensors and Transducers

Pressure sensors and transducers are devices that measure and monitor pressure, and are essential in many areas of industrial and commercial use. The PPT2-0002DFG5VE is a pressure sensor and transducer, featuring a high degree of accuracy and a wide operational range.

Application Field

The PPT2-0002DFG5VE is a versatile device and can be used in both industrial and commercial applications. In industrial settings, such as the aerospace and HVAC industries, the sensor is used to measure air and gas pressure, as well as pressure in hydraulic and pneumatic systems. In commercial applications, the sensor can be used to monitor and measure water pressure from water systems, as well as in applications where accuracy and wide monitor range are of the utmost importance.

Working Principle

The PPT2-0002DFG5VE works on a capacitive sensing principle. There is a capacitive circuit between two concentric electrodes. When pressure on the internal and external surfaces is equal, a null voltage is created and the device is in a static condition. When pressure intensifies, one side of the capacitive circuit is deflected and causes a measurable signal on the other side. This voltage percentage is directly proportional to the applied pressure, and the sensor is able to measure this accurately.

The capacitive principle benefits from being a non-contact technique, requiring no physical contact between the pressure to be measured and the transducer. This means that the device is less susceptible to environmental contamination and vibration, and that it is highly reliable and accurate. The PPT2-0002DFG5VE is designed to withstand a wide range of pressure, from 0 to 10 Kg/cm2, making it well suited to a wide range of applications.

Conclusion

In conclusion, the PPT2-0002DFG5VE is a pressure sensor and transducer that works on a capacitive sensing principle. It is suitable for both industrial and commercial applications and is reliable and accurate over a wide operational range. Its non-contact design ensures that it is less susceptible to environmental and vibration contamination, making it an ideal choice for many pressure measuring and monitoring applications.

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