OSHA 30: Overhead Crane Safety - Rigging Selection and Use Questions and Answers 100% Accurate

OSHA 30: Overhead Crane Safety - Rigging Selection and Use Questions and Answers 100% Accurate Match the left to the right: Load Movement - Causes an increased force, as much as three times the normal load force, due to dynamic loading Tying knots - May reduce the capacity of the sling by up to eighty percent. Unbalanced load - Can create a greater force on the sling than the actual weight of the load itself. Which of the following can have a negative impact on a sling and affect its capacity? Sudden load movement Unbalanced load Angle of the sling Knots ties in sling Brainpower Read More 0:08 / 0:15 When should rigging be inspected? Before being used. What should you do with a sling if defects are found during inspection? Remove the sling from service. Which of the following are considered best practices when selecting rigging for a lift with an overhead crane? Always consider the object being lifted Make sure the object's weight is within the limits listed on the rigging's load tag. Which of the following should be part of rigging inspection prior to its use? Inspect all sockets, chokers, handles, and other connections Thoroughly inspect rigging for signs of excessive wear and tear. Look for defects such as kinks, bird caging, rot and holes. Safe practices when working with slings include which of the following? Ensure co-workers are positioned to avoid being struck by the load or a snapped sling. Never place hands between the load and the sling while it is being lifted. Which of the following are factors to consider when attaching a sling? All sling connections must at least have the same rated capacity as the sling Ensure load will be properly balanced to avoid damage. Which of the following are considered best practices for properly caring for slings? Never pull a sling from under a load while the load is resting on it Store slings properly and away from any potential hazards. Avoid dragging slings on the floor or over abrasive surfaces.