What design factor is applied to rigging used for suspended personnel platform lifting?

What design factor is applied to rigging used for suspended personnel platform lifting?

• A. 3
• B. 4
• C. 5
• D. 6

Answer: (C)

The design factor applied to rigging used for suspended personnel platform lifting is 5. This higher design factor is implemented to ensure an added margin of safety given the inherent risks involved in lifting personnel. By using a design factor of 5, the rigging equipment is required to support five times the load it is expected to carry during normal operation. This factor accounts for various uncertainties, including dynamic loads, potential wear and tear on equipment, and unforeseen operational challenges that may arise during lifting operations. In contexts where personnel are lifted, safety becomes paramount. The decision to implement a higher design factor reflects the commitment to the safety of workers, ensuring that even in the face of unexpected conditions, the rigging will perform reliably to prevent accidents. Understanding the importance of this design factor helps in ensuring compliance with safety regulations and standards in the industry, significantly reducing the likelihood of incidents during operations involving suspended personnel platforms.

The design factor applied to rigging used for suspended personnel platform lifting is 5. This higher design factor is implemented to ensure an added margin of safety given the inherent risks involved in lifting personnel. By using a design factor of 5, the rigging equipment is required to support five times the load it is expected to carry during normal operation. This factor accounts for various uncertainties, including dynamic loads, potential wear and tear on equipment, and unforeseen operational challenges that may arise during lifting operations.

In contexts where personnel are lifted, safety becomes paramount. The decision to implement a higher design factor reflects the commitment to the safety of workers, ensuring that even in the face of unexpected conditions, the rigging will perform reliably to prevent accidents.

Understanding the importance of this design factor helps in ensuring compliance with safety regulations and standards in the industry, significantly reducing the likelihood of incidents during operations involving suspended personnel platforms.