What is a Below-The-Hook Lifting Device?

What is a Below-The-Hook Lifting Device?

• A. A device used to power a hoist.
• B. A type of load measuring instrument.
• C. Any fabricated assembly designed to hold and attach a load to a hoist mechanism that is used to lift and transport the load by raising, suspending, or lowering.
• D. A safety device that prevents overloading.

Answer: (C)

Below-the-hook lifting devices are the hardware that connects a load to a hoist so it can be raised, suspended, or lowered. This category covers fabricated assemblies placed under the hoist hook—things like slings, spreader bars, lifting frames, lifting lugs, shackles, and other custom hardware designed to hold the load securely and keep it balanced during lifting and transport. The critical idea is that these devices live between the hook and the load and are purpose-built to attach, support, and distribute the load’s weight. This isn’t the power source for the hoist, so it’s not a device used to power the hoist. It also isn’t a load-measuring instrument, which would be something like a separate sensor or scale. And it isn’t a safety device that prevents overloading, such as an overload limiter. The correct choice describes the purpose and function of the hardware that directly connects and supports the load under the hook.

Below-the-hook lifting devices are the hardware that connects a load to a hoist so it can be raised, suspended, or lowered. This category covers fabricated assemblies placed under the hoist hook—things like slings, spreader bars, lifting frames, lifting lugs, shackles, and other custom hardware designed to hold the load securely and keep it balanced during lifting and transport. The critical idea is that these devices live between the hook and the load and are purpose-built to attach, support, and distribute the load’s weight.

This isn’t the power source for the hoist, so it’s not a device used to power the hoist. It also isn’t a load-measuring instrument, which would be something like a separate sensor or scale. And it isn’t a safety device that prevents overloading, such as an overload limiter. The correct choice describes the purpose and function of the hardware that directly connects and supports the load under the hook.