What does the term 'pneumatic logic' refer to?

The term 'pneumatic logic' specifically pertains to control systems that leverage air pressure to operate machinery. This involves the use of pneumatic components such as valves, actuators, and cylinders that respond to changes in air pressure to perform various functions. Pneumatic logic systems can be designed to execute complex control tasks, enabling automation and precise operations within machinery. They rely on the principles of fluid dynamics and the properties of compressed air to facilitate movement or control in mechanical systems efficiently.

In contrast, mechanical levers engage purely through physical action without incorporating the unique properties of air pressure. Systems that depend on electrical signals are typically referred to as electronic or electrical control systems, which operate under different principles compared to pneumatic systems. Manual operation of pneumatic tools refers to direct human intervention in controlling pneumatic devices, rather than utilizing the automated logic that pneumatic systems offer for control and operation.