LP24

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LP24 is a type of advanced pressure transducer, which is designed for static and dynamic pressure. Due to its special design features, LP24 can measure both low and high pressures. It is also well-suited for both liquid and gas media.

LP24 is mainly used in industrial fields, such as oil and gas services, chemical processing, power generating, and mechanical engineering. Generally speaking, LP24 is used in those fields to measure pressure, flow, and temperature in order to enhance process safety and reliability. Furthermore, it can also detect changes in pressure, providing an alarm when a critical high or low threshold is reached.

The working principle of LP24 is based on a strain-gage sensor. The bellow inside LP24 contains a free-movement piston that compresses the inner diaphragm. The diaphragm is tightly connected to a strain-gage circuit, which converts variations in pressure into an electrical signal. The detected signal is amplified to the same level as the system requirement, and is subsequently outputted as a standard current signal, such as 4-20mA. In addition, there is a galvanic isolation between the sensing element and the signal output line. As a result, LP24 can meet the needs in almost any industrial application.

LP24 is a user-friendly instrument with a variety of features. Its solid and rugged construction makes it resistant to extreme environmental conditions, such as shock, vibration, and extreme temperatures. It is also able to withstand up to 10,000 psi overpressure and self-restore subsequently. Moreover, it requires no field calibration and can be connected to a wide variety of system types. In addition, the variety of available options includes an integral O-ring for flush mounting, temperature sensor, electrical seal, and low/high-pressure limit switch.

LP24 is a reliable, robust, and cost-effective device. It is widely used for a variety of industrial applications, such as pressure measurement in chemical refining and petroleum industries, protection of hydraulic systems, and monitoring of gas and water distribution systems. Its high accuracy and good repeatability make it suitable for a vast range of applications.

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