When working near the ground using fall arrest lanyards, what must you consider?

When working near the ground using fall arrest lanyards, it is crucial to consider the fall factor, the consequences of a fall, and the clearance distance. The fall factor is defined as the ratio of the height of the fall to the length of the fall arrest system, which affects the force experienced by the body during a fall. Understanding the fall factor is essential for evaluating the risks associated with falling, especially when working at lower heights.

The consequences of a fall are vital to assess, as they can lead to serious injuries or even fatalities if proper precautions are not taken. This includes understanding how falling can impact the body in terms of forces and potential trauma.

Clearance distance is another critical aspect to consider because it determines how much space is needed below the worker before reaching a solid surface or obstacle. Ensuring adequate clearance distance is essential for preventing strikes against the ground or other structures during a fall.

While the length of the harness, type of equipment used, and weather conditions are important factors in ensuring safety, they do not directly address the mechanics and critical safety considerations involved in using fall arrest systems near the ground. Prioritizing the fall factor, consequences, and clearance distance ensures a comprehensive understanding of the risks involved and promotes safety in rope access