What should be regularly checked in grounding systems to ensure proper functionality?

Regularly checking continuity in grounding systems is crucial for ensuring they function properly. Continuity tests verify that the ground path is intact and effectively connects electrical equipment to the ground. This is essential because a broken or inadequate ground can lead to unsafe conditions, including electrical shock hazards and equipment failures.

Grounding systems rely on a continuous path to dissipate any fault currents safely into the earth, preventing dangerous electrical surges from affecting people or equipment. If continuity is compromised, the ground may not perform as intended, increasing the risk of electrical hazards.

Other aspects like voltage levels, current capacity, and wiring insulation are important in their contexts but do not directly confirm the correct functionality of a grounding system like continuity does. Therefore, focusing on continuity ensures that safety measures are in place and that grounding systems fulfill their intended purpose effectively.