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Pneumatic control in boiler systems specifically refers to the use of air pressure to manage and regulate the operation of various components within the system. This technology leverages compressed air as a medium to influence actions such as the opening and closing of valves, the positioning of dampers, and controlling other mechanical parts essential for the safe and efficient functioning of a boiler.

The advantage of pneumatic systems is that they can rapidly respond to changes in conditions, allowing for precise control over the operations of the boiler. Since air is easily compressed and can be transported through tubing, it provides a flexible solution for controlling various elements without the need for extensive electrical systems.

In contrast, alternative approaches like electrical signals for operating components, using water pressure, or mechanical adjustments are separate methodologies that do not align with the pneumatic control concept as it specifically emphasizes the role of air pressure in these boiler operations. Understanding these distinctions helps clarify the significance of pneumatic controls in maintaining boiler efficiency and safety.