IEEE PC37.45/D5, June 2015
IEEE Draft Standard Design Tests and Specifications for High Voltage (> 1000 V) Distribution Class Enclosed Single-Pole Air Switches
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Language: English
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About This Item
IEEE PC37.45/D5, June 2015 is a draft IEEE standard focused on design tests and specifications for high voltage distribution class enclosed single-pole air switches. It addresses how these switches are evaluated and specified for use in power systems where reliable interruption, insulation, and mechanical performance are important. For engineers and procurement teams, IEEE PC37.45/D5, June 2015 helps define a common technical basis for comparing equipment and checking conformity in distribution applications.
What is IEEE PC37.45/D5, June 2015?
This technical document sets out draft requirements for enclosed single-pole air switches used in distribution-class high voltage equipment above 1000 V. It is intended to guide design testing, ratings, and related specifications so that switching devices can be assessed in a consistent way. IEEE PC37.45/D5, June 2015 is therefore relevant to manufacturers, evaluators, and engineers who need a structured reference for performance expectations, insulation-related considerations, and equipment verification.
Where is IEEE PC37.45/D5, June 2015 used?
This standard is typically used in the design and evaluation of high voltage distribution switchgear and related air-switch assemblies. It is relevant where enclosed single-pole switching is applied in utility distribution networks, substation equipment, and other power infrastructure that depends on controlled switching and reliable isolation. IEEE PC37.45/D5, June 2015 is also useful during product development, type testing, and specification review for components intended for electrical power and energy applications.
Why is IEEE PC37.45/D5, June 2015 important?
IEEE PC37.45/D5, June 2015 matters because it supports consistent design and test expectations for a specialized high voltage switching device. Clear specification language can reduce ambiguity in procurement, help align manufacturer and buyer requirements, and improve confidence in safety and performance claims. For enclosed single-pole air switches, a defined technical reference also helps limit design variation and supports more reliable comparison of equipment intended for distribution service.
- High voltage distribution class equipment
- Enclosed single-pole air switch design
- Design tests and specification checks
- Insulation, rating, and performance review
- Utility and power system application focus
- Publication Date: 2015
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Power, Energy and Industry Applications; Components, Circuits, Devices and Systems
- Official IEEE: Doi link
- New Version Available: PC37.45 (2016)
- This Version: PC37.45 (2015)
- Previous Version: PC37.45 (2007)
- Previous Version: PC37.45 (2006)
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