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The main components of a pressure measurement system play crucial roles in ensuring accurate and reliable measurement and control of pressure in various industrial applications. The inclusion of a pressure sensor, transmitter, display unit, and control system reflects a comprehensive approach to pressure measurement.

The pressure sensor is responsible for detecting the actual pressure within a system and converting this physical quantity into an electrical signal. This converted signal is then transmitted through the transmitter, which amplifies or conditions the output signal to make it suitable for transmission over distances and to various control equipment.

The display unit serves the purpose of providing a human-readable representation of the pressure measurement, allowing operators to monitor system conditions directly. It enhances user interaction by providing real-time data visualization.

The control system integrates these components by processing the information received from the pressure transmitter and feeding it back into the overall system operations, which may include adjustments and metadata storage based on the pressure readings.

This holistic view of a pressure measurement system emphasizes the importance of combining multiple components to achieve effective monitoring and control, which distinguishes it from options that mention fewer components, such as only the sensor and transmitter, or focus only on measurement or control aspects without capturing the entire system function.