The conductive path installed to connect normally non-current carrying metal parts of equipment to the grounded conductor is called the ___________?

The conductive path installed to connect normally non-current carrying metal parts of equipment to the grounded conductor is called the ___________?

• A. Grounding conductor
• B. Equipment grounding conductor
• C. Grounded conductor
• D. Bonding conductor

Answer: (B)

The term refers to the "Equipment grounding conductor," which is specifically designed to create a conductive path for safety by connecting non-current carrying metal parts of equipment to the grounding system. This connection helps to ensure that, in the event of a fault, any excess electrical current is safely directed to ground, minimizing the risk of electric shock or fire. This conductor is crucial for maintaining a safe electrical system by protecting users from accidental contact with live parts and ensuring that equipment enclosures remain at ground potential. The design and installation of this conductor must comply with appropriate electrical codes and standards to ensure proper functioning and safety within the electrical system. While other options refer to various grounding elements, such as grounding and grounded conductors, they do not specifically denote the conductor utilized for connecting equipment metal parts which do not normally carry current, thus emphasizing the specific role of the equipment grounding conductor in enhancing electrical safety.

The term refers to the "Equipment grounding conductor," which is specifically designed to create a conductive path for safety by connecting non-current carrying metal parts of equipment to the grounding system. This connection helps to ensure that, in the event of a fault, any excess electrical current is safely directed to ground, minimizing the risk of electric shock or fire.

This conductor is crucial for maintaining a safe electrical system by protecting users from accidental contact with live parts and ensuring that equipment enclosures remain at ground potential. The design and installation of this conductor must comply with appropriate electrical codes and standards to ensure proper functioning and safety within the electrical system.

While other options refer to various grounding elements, such as grounding and grounded conductors, they do not specifically denote the conductor utilized for connecting equipment metal parts which do not normally carry current, thus emphasizing the specific role of the equipment grounding conductor in enhancing electrical safety.