SP20C-G501 U

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Pressure Sensors, Transducers and SP20C-G501 U are valuable tools to measure the pressure of air and liquids. They are designed to accurately measure the pressure of a system and display the measurement in a renowned way.This article explores the application field and working principles of the SP20C-G501 U.

Application Field of SP20C-G501 U

The SP20C-G501 U Pressure Sensor Transducer is a versatile product used in a wide variety of applications including refrigeration, air conditioning, HVAC, gas leakage detection, environmental monitoring, medical, laboratory, process control, automation and many other industrial and home air pressure sensing applications. Since these products are highly accurate and reliable they are widely accepted and preferred worldwide.

Working Principle of SP20C-G501 U

The working principle of the SP20C-G501 U is based on the piezoresistive principle, which is one of the oldest and most reliable methods of pressure sensing. The device contains a thin membrane which is covered with a conducting material along one side. When pressure is applied to the device, the membrane deforms causing a change in the electrical resistance of the material. This change in electrical resistance is then converted into a measurable electrical signal which can be read by an electronic instrument.

The device is designed for long-term accuracy and stability, which is critical in many of its application fields. Its excellent thermal accuracy ensures the pressure measurement accuracy is not affected by the temperature variation and stresses that are often present in industrial environments. The device also has a built-in protection system to prevent damage due to excess pressure and high temperatures.

Conclusion

The SP20C-G501 U is a versatile pressure sensing device that can be used in a wide variety of applications. It uses the piezoresistive principle which is one of the most reliable methods of pressure sensing. Moreover, its excellent thermal accuracy ensures that the pressure measurement accuracy is not affected by the temperature variation and stresses present in industrial environments. The built-in protection system also ensures that the device is protected from excess pressure and high temperatures.

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