In grounding practices, ensuring low step and touch voltage is essential for:

Ensuring low step and touch voltage is critical for enhancing safety for personnel and equipment. When grounding systems are designed and implemented effectively, they help to maintain voltages at safe levels during fault conditions. This is vital to prevent electric shock, which can occur when a person makes contact with a conductive surface that has become energized due to a fault. Low step and touch voltages help minimize the potential for dangerous voltage differences between the ground and the equipment, thereby protecting workers from electrical hazards and ensuring operational safety in environments where electrical systems are in use.

The focus on safety in grounding practices is essential because it directly correlates to minimizing risks associated with electrical shock, ensuring that individuals working near electrical installations are safeguarded from harm. In addition, proper grounding helps protect equipment from damage that could arise if fault conditions lead to dangerous voltage levels. Thus, the correct choice underscores the paramount importance of safety in electrical grounding and bonding practices.