Bonding minimizes potential differences between conductive parts. Is this statement true or false?

The statement is true. Bonding is the process of connecting various conductive parts together in an electrical system to ensure that they maintain the same electrical potential. By doing so, bonding mitigates the risk of electrical shock or equipment damage caused by voltage differences between these parts.

When conductive parts are bonded, they share a common ground potential, which minimizes the likelihood of dangerous voltage differences that can occur if these parts were left isolated from one another. This is particularly critical in systems where multiple conductive surfaces might come into contact with a user or where different pieces of equipment are interconnected.

In some cases, bonding may also serve to prevent interference with sensitive electronic equipment, enhancing operational reliability and safety. Hence, stating that bonding minimizes potential differences between conductive parts accurately reflects its fundamental purpose in electrical safety and system integrity.