What is one reason why powered equipment should not be used to lift or raise entrants?

What is one reason why powered equipment should not be used to lift or raise entrants?

• A. It is inefficient
• B. Resistance cannot be felt
• C. It increases lift time
• D. It is heavy

Answer: (B)

Using powered equipment to lift or raise entrants in confined spaces can pose significant safety risks due to the inability to feel resistance. This lack of tactile feedback can lead to dangerous situations. For example, if a worker is being raised and becomes stuck or encounters an obstruction, the operator of the powered equipment may not realize this right away. This could result in serious injuries, such as crushing or strangulation, since the operator may continue to apply force without being aware of the problem. In confined spaces, where visibility and communication can be limited, the need for constant awareness of the entrant's position and well-being is essential. Manual lifting methods allow for better sensitivity to the hazards that might come from the confinement itself, enabling the entrant or other workers to immediately communicate or react to changing conditions. The incorrect options do not emphasize the critical safety concern related to tactile feedback, which is fundamentally important in ensuring the safe operation of lifting entrants in potentially hazardous environments.

Using powered equipment to lift or raise entrants in confined spaces can pose significant safety risks due to the inability to feel resistance. This lack of tactile feedback can lead to dangerous situations. For example, if a worker is being raised and becomes stuck or encounters an obstruction, the operator of the powered equipment may not realize this right away. This could result in serious injuries, such as crushing or strangulation, since the operator may continue to apply force without being aware of the problem.

In confined spaces, where visibility and communication can be limited, the need for constant awareness of the entrant's position and well-being is essential. Manual lifting methods allow for better sensitivity to the hazards that might come from the confinement itself, enabling the entrant or other workers to immediately communicate or react to changing conditions. The incorrect options do not emphasize the critical safety concern related to tactile feedback, which is fundamentally important in ensuring the safe operation of lifting entrants in potentially hazardous environments.