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451BA100M000DGR is a general purpose temperature and pressure transmitter. It is a device used to detect and transmit pressure and temperature signals information without damaging the process parameters. The device mainly consisted of a mixing chamber connected to the process installation point, a diaphragm for pressure detection, and a thermocouple for temperature detection.

The primary application fields of 451BA100M000DGR include temperature and pressure measurement in harsh environment, such as chemical plants, power plants, off-shore platforms, ships, and etc. It is widely used due to its accuracy, economics, compact size, and versatile design. It provides both temperature and pressure signal output from the same unit, which save money and improve efficiency. This transmitter also provides high accuracy in measuring and high resolution in display.

The working principle of 451BA100M000DGR is straightforward. The diaphragm is used to detect pressure changes and the thermocouple is used to detect temperature changes. When pressure and temperature change, the diaphragm and the thermocouple will move and create electrical signal output as the pressure and temperature changes. The transmitter is mounted to process installation point, which allows for direct and indirect pressure measurement.

The electrical signal output from the 451BA100M000DGR is amplified and sent to a process indicator and other control systems. The process indicator converts the electrical output to a readable form, such as a digital display. By the process indicator, operators can measure the pressure and temperature of the process in real time, and make control and adjustment to the process.

In conclusion, 451BA100M000DGR is an economical and accurate temperature and pressure transmitter. It is often used to measure temperature and pressure in harsh environment, such as chemical plants, power plants, off-shore platforms, ships, and etc. Its working principle is simple and the electrical output it provides can be read and used to control the process.

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