IPS-G4002-5M12

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Pressure sensors, transducers, and detectors help with measuring the pressure within a particular system. The IPS-G4002-5M12 is a type of pressure transducer which provides accurate measurements of pressure in a variety of applications. This type of pressure transducer has a wide range of features and benefits when compared to other types of pressure sensing instruments.

Overview

The IPS-G4002-5M12 features a piezoresistive pressure element with an integral pressure transducer. This transducer is able to measure both positive and negative pressure, making it an effective tool when working with systems of high air pressure or low-grade pressure. It is also able to measure static pressure, making it a valuable tool for engineers working in the design of static pressure systems. This model has a maximum pressure limit of 5 M12 and a resolution of 0.24 mV/V.

Working Principle

The working principle of the IPS-G4002-5M12 is based on the use of a pressure transducer. This transducer is made up of a sensing element which is sealed within a pressure chamber. Inside the chamber is a special oil which has a known density. The pressure within the chamber will compress the oil which can then be measured using the transducer. This pressure measurement will then be converted into an electrical output signal.

The IPS-G4002-5M12 is able to measure both positive and negative pressure within a given system. This is accomplished by utilizing two Piezoresistive elements which are joined together in the same circuit. When one element senses a positive pressure, the other will sense a negative pressure. This allows for a more accurate reading when working with both sides of the system at the same time.

Application Field

The IPS-G4002-5M12 pressure transducer is suitable for a variety of applications. This type of transducer can be used to measure pressure for a range of industrial, medical, and scientific projects. It has a wide range of linear outputs and is able to accurately measure pressure at low and high temperatures. It also works well in static pressure systems and is able to detect positive and negative pressures.

This type of pressure transducer is used in a range of testing and monitoring operations. In industrial and engineering projects, it can be used to accurately measure the pressure in systems as part of quality control operations. In the medical field it can be used to measure the pressure of air or bodily fluids within the body. It can also be used in scientific experiments, ensuring that accurate readings are obtained.

Conclusion

The IPS-G4002-5M12 pressure transducer is a reliable and accurate pressure measuring device. It can measure both positive and negative pressures and accurately detect static pressures. This makes it an ideal choice for a range of projects in the industrial, medical, and scientific fields. It has a wide range of outputs, providing data which can be easily read and analyzed. This allows for precise readings which can be used to make informed decisions.

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