A guardrail system must be capable of supporting a _____ pound force in any outward or downward direction within ___ inches from the top edge.

The requirement for a guardrail system to support a specific pound force in any direction is crucial for ensuring the safety of individuals working at heights. The correct answer indicates that a guardrail system must be capable of supporting a 200 lbs. force in any outward or downward direction within 2 inches from the top edge.

This specification is grounded in safety standards, which dictate that guardrails need to be robust enough to prevent falls by providing adequate strength and stability. The 200 lbs. force is deemed sufficient to withstand potential impacts, ensuring that the guardrail can effectively serve its purpose in protecting workers.

Furthermore, the distance of 2 inches from the top edge is significant as it defines a specific area where the force can be applied without compromising the effectiveness of the guardrail. This measurement ensures that any force applied within this zone will be adequately supported, enhancing overall safety.

Understanding these requirements is essential for compliance with safety regulations and for preventing accidents in environments where guardrails are necessary.