IEEE P62.31/D4
Protective Device Components IEEE Power Engineering Society Sponsored by the Surge Protective Devices Committee
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- Language: English
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- Language: English
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About This Item
IEEE P62.31/D4 is an inactive IEEE technical document focused on protective device components within power engineering. Framed by the Surge Protective Devices Committee, it points to requirements and considerations for components used in surge protection and related insulation or performance matters. For manufacturers, engineers, and purchasers working in power, energy, and industrial applications, it can help define consistent design and evaluation expectations for protective device elements.
What is IEEE P62.31/D4?
IEEE P62.31/D4 addresses the technical context of protective device components, with emphasis on the engineering details that support surge protective device design. As a draft-level document, it typically reflects requirements, definitions, or test-related guidance intended to improve consistency in component selection and verification. The standard number identifies it within the IEEE P62.31 series, while the subtitle shows its connection to power engineering and surge protection practice.
Where is IEEE P62.31/D4 used?
This standard is most relevant where protective components are specified, evaluated, or integrated into surge protective devices for electrical power systems. It may be used in utility equipment, industrial power distribution, and other installations where transient overvoltage protection is important. Teams working on component qualification, procurement, or product documentation can use IEEE P62.31/D4 as a reference point when aligning protective device parts with engineering and compliance expectations.
Why is IEEE P62.31/D4 important?
IEEE P62.31/D4 matters because protective device components must perform predictably in demanding electrical environments. Clear technical guidance can support safer designs, more consistent testing, and better procurement decisions across power and industrial applications. For organizations managing surge protection hardware, the document can help reduce ambiguity around component behavior, improve comparison between suppliers, and support more reliable engineering control for equipment intended to withstand transient events.
- Protective device component requirements
- Surge protection engineering context
- Power and industrial application focus
- Design, testing, and evaluation reference
- Inactive IEEE draft-level document
- Publication Date: 2005
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Power, Energy and Industry Applications
- Official IEEE: Doi link
- This Version: P62.31 (2005)
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