IEEE P3004.5/D6, June 2014

P3004.5/D6, June 2014 is a technical standard for voltage circuit breakers in industrial and commercial power systems, with emphasis on the equipment requirements that support dependable switching and protection. As a specification tied to power, energy, and related component systems, it is relevant when selecting or evaluating circuit breakers used to interrupt fault current, coordinate with downstream equipment, and support safer system operation. For engineers and procurement teams, it provides a focused reference for consistency, performance, and compliance planning.

P3004.5/D6, June 2014 overview

P3004.5/D6, June 2014 addresses the technical context of voltage circuit breakers used in industrial and commercial installations, where reliable interruption and system coordination are essential. The document is useful as a design and evaluation reference for breaker characteristics, operating performance, and application suitability within power distribution equipment. In practice, it helps align equipment selection with expected electrical duty, insulation considerations, and the broader requirements of engineered power systems.

Typical use cases

This standard is typically used when specifying or reviewing voltage circuit breakers for distribution panels, switchgear assemblies, and other protected power-system components in industrial and commercial facilities. It may also support engineering reviews for retrofit projects, equipment comparisons, and procurement checks where breaker performance and application fit must be confirmed. The document is most relevant in contexts where interruption capability, coordination, and dependable operation affect continuity of service and equipment protection.

Why this standard matters

P3004.5/D6, June 2014 matters because circuit breaker requirements influence both safety and system reliability. Clear technical guidance helps reduce uncertainty in design, testing, and purchasing decisions, especially when multiple breaker types or ratings could appear suitable. For owners and engineers, the standard can support more consistent acceptance criteria, better compatibility with industrial and commercial power systems, and lower risk of misapplication. That makes it a practical reference for controlled, documented electrical equipment decisions.

• Voltage circuit breaker application
• Industrial and commercial power systems
• Interruption and coordination considerations
• Design and procurement reference
• Performance and compliance checks