When a hook is loaded off center, how does it affect the safe working load?

When a hook is loaded off center, it introduces additional forces and moments that can lead to a decrease in the safe working load. The geometry of the loading affects how the load is distributed through the hook and can create uneven stresses, increasing the risk of failure. A hook is designed to operate under specific loading conditions, and deviating from these conditions can compromise its integrity and safety. The decreased load capacity due to off-center loading emphasizes the importance of ensuring that loads are applied properly and centered on lifting devices to maintain their intended safety margins. Inadequate loading compromises not only the hook but can also endanger the overall lifting operation, supporting the rationale for treating off-center loads with caution.