What does Article 370 refer to?

What does Article 370 refer to?

• A. Cablebus
• B. Metal Raceways
• C. Nonmetallic Extensions
• D. Multioutlet Assembly

Answer: (A)

Article 370 pertains to Cablebus. This section of the National Electrical Code (NEC) provides regulations and standards for cablebus systems, which are used as a means of conducting electrical power in industrial and commercial facilities. Cablebus is designed as an alternative to traditional conduits and wireways, allowing for a more efficient and flexible method of power distribution. The importance of Article 370 lies in the various safety requirements and installation guidelines it outlines, which help ensure that cablebus installations are safe, reliable, and suited for their intended use. For example, it may cover aspects such as the materials used, proper support and spacing, grounding requirements, and installation practices specific to cablebus systems. Understanding the regulations in Article 370 is crucial for electricians and engineers to ensure compliance with safety standards, thus preventing hazards such as overheating or electrical faults.

Article 370 pertains to Cablebus. This section of the National Electrical Code (NEC) provides regulations and standards for cablebus systems, which are used as a means of conducting electrical power in industrial and commercial facilities. Cablebus is designed as an alternative to traditional conduits and wireways, allowing for a more efficient and flexible method of power distribution.

The importance of Article 370 lies in the various safety requirements and installation guidelines it outlines, which help ensure that cablebus installations are safe, reliable, and suited for their intended use. For example, it may cover aspects such as the materials used, proper support and spacing, grounding requirements, and installation practices specific to cablebus systems. Understanding the regulations in Article 370 is crucial for electricians and engineers to ensure compliance with safety standards, thus preventing hazards such as overheating or electrical faults.