Ace the 2025 CMRT Challenge – Become a Maintenance Magician Today!

The type of force generally applied during the removal of a bearing is axial force. This is because, when removing a bearing from its housing or shaft, the bearing must usually be pulled directly along the axis of the shaft. Axial force is directed along the length of the shaft, facilitating the movement required to overcome friction and any interference fits that might exist.

Using axial force allows for effective disengagement without risking damage to the surrounding components. It ensures that the force vector aligns with the bearing's axis, which is critical for proper disassembly. Other forces, such as radial forces, tend to act perpendicular to the axis and could lead to misalignment or damage to both the bearing and the machinery it is part of. Similarly, tensile instructions specifically refer to pulling apart materials, which doesn’t accurately describe the force used in this context. In contrast, rotational force is associated with turning or twisting motion, which is not applicable during the direct removal of a bearing.