What is sacrificed in pneumatic leverage?

In pneumatic systems, leverage refers to the mechanical advantage gained by using a pneumatic actuator or cylinder. The term "sacrificed" in this context implies that while one characteristic may improve or be utilized, another aspect must be compromised for effective operation.

When using pneumatic leverage, distance is typically sacrificed in favor of gaining more force or power. This is because pneumatic cylinders often have a limited stroke length; as you leverage this force over a distance, the system may not be able to extend as far as it would without leveraging, which means that the actuator can generate a higher force at a shorter distance. In other words, to achieve a greater force output, the ability to displace over a longer distance is constrained.

In practical applications, this can mean that while the force output of the pneumatic system is increased, the physical movement or travel distance is reduced. Understanding this principle is crucial for designing pneumatic systems that require fine control and efficiency, balancing the trade-offs between distance and power.