IEEE PC62.33/D6, Sept. 2016
Oxide Varistor Surge Protective Components
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Language: English
License Type: Single User
Updates: Not Included
About This Item
PC62.33/D6, Sept. 2016 is a technical document for oxide varistor surge protective components, addressing how these devices are described and evaluated for power, energy, and industrial applications. It is relevant where surge suppression must be understood in terms of component behavior, ratings, and performance consistency. For engineers and buyers working with protective circuits, PC62.33/D6, Sept. 2016 helps define a common reference for selecting and comparing varistor-based protection parts.
Overview of PC62.33/D6, Sept. 2016
This standard focuses on oxide varistor surge protective components, which are commonly used to limit transient overvoltage events in electrical and electronic systems. PC62.33/D6, Sept. 2016 is useful as a specification reference when evaluating device characteristics, application fit, and expected protection behavior. In a power and industrial context, it supports more consistent technical communication around component requirements, test expectations, and rating-related decisions for surge protection design.
Typical use cases
PC62.33/D6, Sept. 2016 is typically relevant for surge protection in power distribution equipment, control panels, industrial electronics, and energy-related systems where voltage transients can damage sensitive parts. It may also be used when comparing oxide varistor options for protective circuits in equipment that must handle repetitive surge events. The document is especially useful during design selection, procurement review, and compliance-oriented engineering work involving component-level protection choices.
Why it matters
Using a clear reference like PC62.33/D6, Sept. 2016 helps reduce ambiguity in design and sourcing decisions for surge protective components. It supports more consistent evaluation of performance, ratings, and suitability for service conditions, which can improve reliability and lower the risk of misapplication. For organizations working with industrial or power-system hardware, this kind of standard can also help align testing, documentation, and internal approval processes around the same technical basis.
- Oxide varistor surge protective components
- Power, energy, and industrial applications
- Component rating and performance reference
- Surge suppression and transient control
- Technical basis for selection and review
- Publication Date: 2016
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Power, Energy and Industry Applications; Components, Circuits, Devices and Systems
- Official IEEE: Doi link
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