What is the effect of a pressure differential in a compressed air system?

In a compressed air system, a pressure differential is crucial as it is the driving force that creates flow within the system. When there is a difference in pressure between two points, air moves from the area of higher pressure to the area of lower pressure. This movement is what allows the system to deliver compressed air to various tools and equipment, enabling them to operate efficiently.

Moreover, the greater the pressure differential, the higher the potential flow rate of the air. This is fundamental in applications where a specific amount of air needs to be delivered for tasks such as pneumatic tool operation, machinery operation, or industrial processes. Thus, the creation of flow due to pressure differential is a key principle in understanding how compressed air systems function and achieve their intended purposes.