IEEE PC37.09/D2.5, July 2016

PC37.09/D2.5, July 2016 is a technical standard related to voltage circuit breakers with rated maximum voltage above 1000V. It is relevant to power and industrial electrical applications where equipment must meet defined design and performance expectations. This inactive document helps describe the technical basis for evaluating breaker characteristics, supporting engineering decisions, specification review, and compliance work for higher-voltage switching equipment.

What is PC37.09/D2.5, July 2016?

PC37.09/D2.5, July 2016 is a standards document focused on voltage circuit breakers used at maximum voltages above 1000V. In practical terms, it addresses the technical framework that may be used to define how such breakers are rated, tested, and assessed for service in higher-voltage systems. The standard is useful for understanding the expected behavior and performance of the equipment, especially where consistent engineering requirements are needed for design and procurement.

Where is PC37.09/D2.5, July 2016 used?

This standard is typically used in electrical power equipment environments where medium- and higher-voltage circuit breakers are specified, evaluated, or maintained. Common use cases include switchgear assemblies, substation equipment, utility distribution infrastructure, and industrial power systems. PC37.09/D2.5, July 2016 is most relevant when engineers, buyers, or compliance teams need a reference for breaker-related requirements in installations where safe interruption and reliable operation at elevated voltage levels are important.

Why is PC37.09/D2.5, July 2016 important?

PC37.09/D2.5, July 2016 matters because voltage circuit breakers above 1000V must perform consistently under demanding electrical conditions. A clear technical standard supports safer design choices, more consistent testing, and better alignment between manufacturers and purchasers. It can also reduce uncertainty during specification and verification, helping limit equipment mismatch, operational risk, and compliance issues. For projects involving high-voltage switching, this kind of document is often part of responsible engineering control.

• Voltage circuit breaker requirements above 1000V
• Technical reference for rating and performance
• Useful for specification and compliance review
• Relevant to power, utility, and industrial systems