P51-15-G-N-M12-5V

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Pressure sensors, transducers, and the P51-15-G-N-M12-5V act as critical components in the system that helps measure pressure levels, particularly in a medium or high-pressure environment. This technology combines mechanical and electronic components to get accurate pressure sensing measures for variable pressure levels. It is particularly associated with aerospace and automotive applications where exact measurements and readings are needed.

Applications

The P51-15-G-N-M12-5V pressure sensor and transducer are specifically used in applications that require pressure or flow measurement in a medium to high-pressure environment. It is used in the aerospace industry for measuring fuel, oil, or fuel mixture levels. In automotive and related industries, it is used to measure pressure in transmission, hydraulics, and other automotive systems. Additionally, it is used in machine and tool manufacturing, air liquefaction systems, and electronic instrumentation.

Design Specifications

The P51-15-G-N-M12-5V is designed with a 1/4 NPT stainless steel pressure port to ensure it is able to withstand high pressure and corrosive environments. It has a ± 10% accuracy class due to the integrated copper-aluminum component used to sense and transfer pressure. Additionally, it has Class 10,000 in proof pressure rating and operating temperature range of -20°C to 65°C. Its input voltage ranges from 5V - 10V and has an output of 4mA to 20mA.

Working Principle

The P51-15-G-N-M12-5V pressure sensor uses a Wheatstone bridge method and a strain gauge to measure changes in pressure with resistance and convert it into an electrical signal. The strain gauge is enclosed in a diaphragm and is calibrated to measure pressure in an optimal range. The electrical signal is then transmitted to an amplifier, where the signal is amplified and transmitted to an output circuit where the pressure details will be converted into digital format and displayed on a device.

Conclusion

The P51-15-G-N-M12-5V pressure sensor is often used in medium to high-pressure applications, such as aerospace and automotive industries. This sensor uses a Wheatstone bridge and strain gauge system that senses the resistance changes in pressure and converts it into an electrical signal. The signal is then transmitted and amplified, before being transmitted to an output circuit for digital display. This technology is a reliable and accurate way of measuring pressure and other variables in various industries.

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