IEEE C37.13.1-2006

C37.13.1-2006 is a technical standard for voltage power circuit breaker switchgear in power, energy, and industrial applications. It addresses the design and engineering considerations that help define how this type of switchgear should perform in service, supporting safer and more consistent equipment selection. For utilities, facilities, and industrial users, C37.13.1-2006 is relevant when comparing breaker assemblies, checking compliance expectations, or reviewing technical requirements for medium- and high-voltage power distribution equipment.

C37.13.1-2006 overview

This standard provides a focused framework for voltage power circuit breaker switchgear, with attention to the equipment characteristics that affect electrical switching performance and system integration. C37.13.1-2006 is useful when specifying switchgear intended for power distribution environments where interruption capability, insulation coordination, and construction consistency are important. It serves as a reference point for engineers, procurement teams, and maintenance planners who need a clear technical baseline for this class of equipment.

Typical use cases

C37.13.1-2006 may be applied when evaluating or specifying switchgear for substations, industrial power centers, and large facility distribution systems that rely on voltage power circuit breakers. It is commonly relevant during equipment procurement, design review, or acceptance testing for assemblies used in feeder protection, main incoming circuits, and controlled switching applications. The standard is also helpful for comparing technical documentation across switchgear offerings in power and energy projects.

Why this standard matters

Using a defined standard such as C37.13.1-2006 helps reduce ambiguity in switchgear requirements and supports more consistent engineering decisions. It can improve coordination between design, purchasing, and testing by giving stakeholders a shared technical reference for voltage power circuit breaker switchgear. That consistency matters in practice because it helps limit compatibility issues, supports safer operation, and makes it easier to assess whether equipment meets expected performance and construction criteria.

• Voltage power circuit breaker switchgear
• Power, energy, and industrial applications
• Design and equipment specification reference
• Procurement and compliance support
• Testing and performance review