Bonding is different from grounding in what specific respect?

Bonding serves a specific purpose in electrical systems by equalizing electrical potential differences between two or more conductive objects. This process helps to minimize the risk of electric shock by ensuring that all bonded parts are at the same electrical potential, thus preventing harmful voltage differences that could lead to arcing or sparking.

The distinction between bonding and grounding lies primarily in their functions. While bonding focuses on equalizing potentials, grounding refers to the practice of connecting an electrical circuit or device to the earth, which is an essential safety measure utilized to protect against electrical faults and to stabilize voltage levels.

Bonding does not inherently dissipate electrical charges as its essential role is more about equalization rather than charge dissipation. Similarly, it does not serve to reduce voltage levels; rather, it ensures that potential differences that could lead to electrical hazards are mitigated. By understanding this specific role of bonding, it becomes clear why it is defined as equalizing electrical potential differences, highlighting its critical function in maintaining safety in electrical systems.