NLC Rigging Complete Practice Exam 2025

In a fall arrest scenario, the maximum arresting force that a worker can experience is crucial for ensuring safety and preventing injury. The correct answer, which is 1800 lbs, is based on guidelines established by safety organizations such as the OSHA (Occupational Safety and Health Administration) and ANSI (American National Standards Institute). These regulatory bodies have determined that an arresting force exceeding 1800 lbs could put an individual at significant risk for injury, specifically regarding the potential for serious harm to the structure of the body during a fall.

This limit is primarily in place to mitigate the risk of injury to the worker's internal organs, skeletal structure, and overall bodily trauma that could occur if the fall arrest system exerts too much force upon a sudden stop. Equipment designed to comply with this standard typically includes shock-absorbing components, such as lanyards and harness systems, which help distribute energy more evenly during a fall, thereby reducing the maximum arresting force transmitted to the worker.

Options that suggest a higher maximum arresting force would not comply with these regulations, as they could lead to severe injuries or fatalities. It is essential for rigging practices to prioritize the safety of workers while adhering to established industry standards.