What is the best strategy to prevent electrical shocks when working near live circuits?

Using insulated tools and maintaining a safe distance from live circuits is widely recognized as the most effective way to prevent electrical shocks. Insulated tools are specifically designed to reduce the risk of electrical contact. They typically have a protective coating that prevents electricity from passing through the tool into the user, providing an essential barrier between the worker and any live electrical components.

In addition, maintaining a safe distance is crucial because it minimizes the risk of accidental contact with live wires or conductive materials that could lead to shock. This strategy incorporates both the safe handling of equipment and a physical buffer from potential hazards, significantly decreasing the likelihood of injury.

Wearing rubber-soled shoes, while providing some level of insulation, is not sufficient on its own without the use of properly insulated tools and maintaining distance. Good lighting conditions, although helpful, do not prevent shocks and do not provide physical protection from electrical hazards. Completing work swiftly might increase risks as it can lead to neglecting proper safety protocols and care.