Breaking strength divided by the design factor equals?

Breaking strength divided by the design factor equals?

• A. Safe Working Load
• B. Working Load Limit
• C. Rated Capacity
• D. Maximum Lift

Answer: (A)

The safe working load is what you can apply safely when using the equipment, calculated by dividing the breaking strength by the design factor. Breaking strength is the maximum load the gear can withstand before failure, and the design factor (safety factor) provides a margin to cover uncertainties like dynamic forces and wear. Therefore Safe Working Load = breaking strength / design factor. For example, if the breaking strength is 20,000 units and the design factor is 5, the safe working load is 4,000 units. The other terms describe related ideas but are not the calculation here: Working Load Limit is another way to express a safe load in some contexts, but the item uses Safe Working Load; Rated Capacity is the maximum load under standard conditions for the equipment, and Maximum Lift refers to the highest lift capability, not the safe load limit.

The safe working load is what you can apply safely when using the equipment, calculated by dividing the breaking strength by the design factor. Breaking strength is the maximum load the gear can withstand before failure, and the design factor (safety factor) provides a margin to cover uncertainties like dynamic forces and wear. Therefore Safe Working Load = breaking strength / design factor. For example, if the breaking strength is 20,000 units and the design factor is 5, the safe working load is 4,000 units. The other terms describe related ideas but are not the calculation here: Working Load Limit is another way to express a safe load in some contexts, but the item uses Safe Working Load; Rated Capacity is the maximum load under standard conditions for the equipment, and Maximum Lift refers to the highest lift capability, not the safe load limit.