538273-7

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538273-7, also known as differential pressure transmitter or high static pressure transmitter, is a type of smart pressure transmitter which can measure fluid’s differential pressure in a closed system. It is composed of two parts: a lower pressure chamber and an upper pressure chamber. It has a wide application range, from 0—100 kPa up to 0—1000 MPa. The device is mainly used in fields such as environmental protection, metering, and so on.538273-7 differentiates itself from other pressure transmitters because of its special working principle. Firstly, the pressure in the upper chamber and the pressure in the lower chamber are balanced by an internal flow control system, and each pressure output is determined by a gauge pressure sensor in both chambers. The two resulting readings are then corrected by a differential pressure tranducer using differential pressure instrument use as reference. Finally, the differential pressure between the two chambers is accurately measured and displayed.Because of its accurate measurement and high pressure range, 538273-7 is widely used in industrial process measurement and control. It can accurately measure the small differences in pressure caused by the resistance in the flow of fluid, which can help to save energy and improve product quality.In environmental protection, 538273-7 differential pressure transmitter is crucial in controlling the flow of fluid in different process conditions. It has been used to measure air and particulate matter concentrations, providing operators with accuracy and precision in their operations.For metering, the device is also widely used in the oil and gas industry. It can be used for various applications such as utility transmission, liquids transfer, and other metering applications. It is capable of detecting very low flow rates, ensuring accurate measurement.538273-7 is a reliable device with a wide range of applications. Its working principle of balancing the pressure in the two chambers, measuring the differential pressure, and feeding the result back to the system ensures precise measurement and control. It is a must for anyone who wants to have accurate and reliable process measurement and control.

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