IPSU-GP300-6M12

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Pressure sensors and transducers are widely utilized for industrial and academic applications ranging from measuring thermal expansion to indicating barometric pressure. The IPSU-GP300-6M12 is a type of pressure transducer designed to measure general-purpose pressure readings. It is a sealed transducer and the stainless steel construction of its sensing element makes it corrosion and vibration resistant. This article is a description of the IPSU-GP300-6M12, regarding its application fields and its working principle.

Composition and Technical Parameters

The IPSU-GP300-6M12 transducer is made up of two main components: the sensing elements and the data processing module. The sensing element is composed of a bourdon tube and a load cell, which are built with stainless steel. The load cell is designed to measure the force of the tube, while the bourdon tube is designed to sense the pressure applied to it. The data processing module processes and sends the collected data to a computer or other display device.The IPSU-GP300-6M12 has a range of -14.5 to +14.5 bar, an accuracy ±0.2 % FS,0.3% Vol and response time less than 1.5 ms. Its operating temperature range is -50 to 60°C. It also has a voltage output and offers protection against overloads, deflection, and vibration.

Application Fields

The IPSU-GP300-6M12 is suitable for general-purpose pressure readings. It can be used in a variety of fields, including medical, scientific, and industrial applications.In the medical field, the IPSU-GP300-6M12 can be used to monitor human body temperature and pressure. In scientific applications, it can be used to measure thermal expansion and density. In industrial applications, it can be used to measure gas and liquid flow, as well as pressure and temperature of machinery.The IPSU-GP300-6M12 is also suitable for monitoring environmental pressure, like barometric and weather conditions.

Working Principle

The IPSU-GP300-6M12 operates on the principle of a strain gauge. Strain gauges are resistors whose resistance value changes in response to a measurand. The IPSU-GP300-6M12’s resistance value changes when it is subjected to pressure, strain, or any other desirable factors. The IPSU-GP300-6M12\'s load cell is placed inside its bourdon tube. When pressure is applied to the tube, it changes its shape and exerts an opposite force to the load cell, which causes a proportional change in its resistance value. This change in resistance is sensed by the sensing module and is then converted into an analog or digital signal, depending on the set-up. This signal is then sent to a computer or display device for monitoring. The IPSU-GP300-6M12 is designed to be a highly precise and reliable pressure transducer, thanks to its stainless steel components and load cell. It is also resistant to corrosion, vibration, and overloads.

Conclusion

The IPSU-GP300-6M12 is a pressure transducer designed to measure general-purpose pressure readings. It is suitable for medical, scientific, and industrial applications, as well as monitoring environmental pressure. The transducer operates on the principle of a strain gauge, wherein its resistance value is changed in response to pressure. The stainless steel components and its load cell make it highly precise and reliable.

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