What is the reduction in push force when extensions are added to the Ram?

When extensions are added to the ram, the reduction in push force is significant because these extensions enhance the mechanical advantage of the hydraulic system involved. Hydraulic systems operate on the principle of Pascal's Law, which states that pressure applied to an enclosed fluid is transmitted undiminished throughout the fluid. By increasing the effective surface area of the ram through extensions, you allow for a greater volume of fluid to be displaced, which ultimately leads to an enhanced lifting capability and a reduction in the required push force.

The choice of a 35% reduction indicates a substantial improvement in force efficiency, meaning that the use of extensions allows the operator to exert less force while achieving the same outcome. This understanding is crucial for operators, as it maximizes safety and efficacy when handling heavy loads. Hence, when extensions are utilized, not only does it promote better performance, but it also contributes to reducing operator fatigue and enhancing control.