Which of the following is NOT accomplished through electrical bonding?

Electrical bonding is a process used to ensure that various conductive parts of an electrical system are interconnected, which helps create a low-resistance path for electrical currents. This practice has several important objectives, but one of them does not pertain directly to the purpose of bonding.

Providing overcurrent protection relates to devices such as circuit breakers and fuses, which are designed to interrupt the current flow when it exceeds a safe level to prevent overheating and potential fire hazards. This function is separate from bonding; while bonding can facilitate the effectiveness of overcurrent protection by providing a return path for fault currents, it is not directly responsible for providing that protection itself.

Minimizing potential differences is one of the key purposes of bonding. When conductive parts are bonded, it reduces the likelihood of dangerous voltage differences that can cause shocks or equipment failure. Similarly, safeguarding against shock hazards is also achieved through effective bonding, as it helps maintain all bonded parts at the same electrical potential, reducing the risk of electric shock.

Furthermore, ensuring an effective path for ground fault current is another crucial function of electrical bonding. When a fault occurs, bonding helps direct the fault current safely to the ground, allowing protective devices to operate correctly.

Thus, while bonding plays an essential role in the safety and function