How should rigging hardware be selected for a lift (sling type, rated capacity, and compatibility)?

How should rigging hardware be selected for a lift (sling type, rated capacity, and compatibility)?

• A. Use any sling regardless of load
• B. Inspect only after use
• C. Match sling type and material to load weight and geometry, verify rated capacity, ensure compatible fittings and hooks, provide edge protection, and inspect for wear or damage before use.
• D. Use the smallest possible sling to save weight

Answer: (C)

Proper rigging starts with choosing the sling based on the load’s weight and geometry, then confirming the sling’s rated capacity is appropriate for that lift, ensuring all fittings and hooks are compatible, providing edge protection for sharp or abrasive surfaces, and performing a thorough pre-use inspection for wear or damage. This combination protects the load from point loading, prevents exceeding the sling’s capacity, and catches any damage before the lift. Using a sling without regard to load or geometry can exceed capacity or create unsafe load paths. Inspecting only after use misses dangerous wear or damage that could cause a failure during the lift. Opting for the smallest sling to save weight ignores load weight, angles, and edge conditions, increasing the risk of overloading, sling failure, or load slip.

Proper rigging starts with choosing the sling based on the load’s weight and geometry, then confirming the sling’s rated capacity is appropriate for that lift, ensuring all fittings and hooks are compatible, providing edge protection for sharp or abrasive surfaces, and performing a thorough pre-use inspection for wear or damage. This combination protects the load from point loading, prevents exceeding the sling’s capacity, and catches any damage before the lift.

Using a sling without regard to load or geometry can exceed capacity or create unsafe load paths. Inspecting only after use misses dangerous wear or damage that could cause a failure during the lift. Opting for the smallest sling to save weight ignores load weight, angles, and edge conditions, increasing the risk of overloading, sling failure, or load slip.