How is the safe working load of a wire rope determined?

How is the safe working load of a wire rope determined?

• A. Breaking strength divided by design factor
• B. Design factor divided by breaking strength
• C. Breaking strength multiplied by safety factor
• D. Design factor multiplied by load weight

Answer: (A)

The safe working load of a wire rope is determined by taking the breaking strength of the rope and dividing it by the design factor. This method is crucial because the breaking strength represents the maximum load a rope can handle before failure, while the design factor accounts for safety considerations in engineering and operational practices. The design factor is a margin of safety that accommodates potential variations in load conditions, including dynamic forces, wear, and environmental factors that may affect the wire rope's performance over time. Using this approach ensures that the wire rope operates within its safe limits and reduces the risk of accidents or equipment failure, which is critical in industries where heavy lifting is involved. In summary, calculating the safe working load this way allows for safe usage while being mindful of the inherent uncertainties and potential stressors in practical applications.

The safe working load of a wire rope is determined by taking the breaking strength of the rope and dividing it by the design factor. This method is crucial because the breaking strength represents the maximum load a rope can handle before failure, while the design factor accounts for safety considerations in engineering and operational practices. The design factor is a margin of safety that accommodates potential variations in load conditions, including dynamic forces, wear, and environmental factors that may affect the wire rope's performance over time.

Using this approach ensures that the wire rope operates within its safe limits and reduces the risk of accidents or equipment failure, which is critical in industries where heavy lifting is involved. In summary, calculating the safe working load this way allows for safe usage while being mindful of the inherent uncertainties and potential stressors in practical applications.