True or False: Small conductive surfaces of electrical equipment not likely to become energized must be bonded.

The correct answer is that small conductive surfaces of electrical equipment that are not likely to become energized do not require bonding. Bonding is a safety practice intended to ensure that any conductive parts of electrical equipment that could become energized are connected together to maintain the same electrical potential. This is crucial to prevent electrical shock hazards.

In cases where small conductive surfaces are deemed not likely to become energized—for example, surfaces that are not part of the electrical circuit or that are isolated from potential sources of voltage—there is typically no requirement for bonding. This aligns with the principles of electrical safety outlined in Article 680 of the National Electrical Code, which emphasizes the bonding of equipment that may potentially become energized.

The necessity of bonding may depend on the type of equipment and its installation context. However, if it is mutually agreed upon that the surfaces in question are small and not likely to be energized, bonding them is unnecessary according to the code provisions. Hence, the assertion being evaluated is indeed false in this context.