1015-1997 is a technical standard for voltage circuit breakers used in industrial and commercial power systems, providing guidance relevant to equipment selection, performance, and application. As a document in the Power, Energy and Industry Applications area, it is useful for engineers and procurement teams working with switchgear and distribution equipment. The standard helps define expectations for breaker behavior in service, supporting safer and more consistent electrical system design.

About 1015-1997

This standard addresses voltage circuit breakers in the context of industrial and commercial power systems, where dependable interruption and protection are essential. 1015-1997 is intended to support consistent technical requirements for breaker use, helping align equipment capabilities with system needs. For facilities that depend on controlled power distribution, the document serves as a reference for design decisions, specification review, and compliance-related evaluation. It is especially relevant when comparing breaker characteristics across applications.

Where is 1015-1997 used?

This standard is commonly used in electrical power systems found in plants, large commercial buildings, and other installations that rely on circuit breaker protection for distribution and control. It is relevant to switchgear assemblies, feeder protection, and other medium- to high-power equipment arrangements where voltage circuit breakers are specified. 1015-1997 may also support engineering teams, maintenance planners, and buyers when reviewing equipment for industrial or commercial service.

Importance in practice

In practice, 1015-1997 helps reduce uncertainty when selecting and applying voltage circuit breakers. Clear technical requirements support better coordination, safer interruption performance, and more consistent procurement decisions. For owners and engineers, using a recognized standard can improve design control and help limit compatibility issues between breakers and the systems they protect. As a superseded reference, it may still be useful when reviewing legacy installations, older specifications, or historical equipment documentation.

• Voltage circuit breaker application
• Industrial and commercial power systems
• Switchgear and distribution equipment
• Performance and protection expectations
• Legacy specification reference