M5600-00000E-350BG

Pressure sensors and transducers play a vital role in a wide range of applications, from basic laboratory measurements to complex energy process control systems. The M5600-00000E-350BG pressure transducers offer exceptional flexibility and performance in terms of accuracy, pressure range, and size. This article will explain the application field and working principle of the M5600-00000E-350BG pressure transducer.

Application Field of M5600-00000E-350BG Pressure Transducer

The M5600-00000E-350BG pressure transducer is suitable for general-purpose industrial applications, such as pressure measurements in controlled/uncontrolled environments, such as ambient air pressure, process pressure or vacuum, liquid level, etc. It is designed for use in a wide range of temperature and pressure measuring applications, since it offers flexibility in terms of pressure range, accuracy, and size.

The pressure transducer is designed for applications in hazardous areas, extreme environmental conditions, and ultra-high temperature applications. Moreover, its medical-grade design ensures safe and reliable pressure measurement in medical environments. The M5600-00000E-350BG pressure transducer can measure relative and absolute pressure, and is designed with a large measuring range from 0-350 bar. This makes it suitable for various practical applications, such as high-pressure pipe systems, cryogenic vessels, and aerospace applications. It is also suitable for low-pressure measurements, such as liquid level measurements, as well as for a wide range of other applications in science, industry, and engineering.

Working Principle of M5600-00000E-350BG Pressure Transducer

The M5600-00000E-350BG is a piezoresistive pressure transducer. It consists of a diaphragm, sense-element, and Wheatstone bridge. The diaphragm is a thin, flexible membrane which is fixed to a rigid base plate. When pressure is applied to the diaphragm, it moves and deforms, resulting in a relative signal. This is picked up by the sense-element, which is usually a strain-gauge, a Wheatstone bridge, or an oscillating quartz crystal.

The signal from the sense-element is then amplified and converted to a digital signal by the Wheatstone bridge. This digital signal is then transferred to a computer or recorder via an internal or external signal isolation circuit. The signal is then used to calculate absolute and differential pressure, which is then used to control various processes.

The M5600-00000E-350BG pressure transducer is capable of measuring static and dynamic pressures, as well as differential and gauge pressures. The transducer is also highly versatile, and can be used to measure low-pressure vacuum, and high-pressure up to 350 bar, making it ideal for pressure sensing applications in different industries.

Conclusion

The M5600-00000E-350BG pressure transducer is ideal for many applications such as medical, aerospace, industrial, and various other scientific and engineering purposes. Its pressure range makes it suitable for both high-pressure and low-pressure measurements, and its piezoresistive technology offers excellent accuracy and repeatability. This, along with its flexible size, make it a reliable and cost-effective solution for pressure sensing applications.