IEEE PC37.30.2/D03, Oct 2014
IEEE Draft Guide for Wind Loading Evaluation of High Voltage (>1000 V) Air Break Switches
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Language: English
License Type: Single User
Updates: Not Included
About This Item
IEEE PC37.30.2/D03, Oct 2014 is an IEEE draft guide focused on wind loading evaluation for high voltage air break switches rated above 1000 V. It addresses the engineering conditions that can affect switch performance, structural stability, and installation reliability in exposed environments. For power and energy applications, this technical document is useful when evaluating how outdoor equipment may respond to wind-related mechanical forces and related design considerations.
About IEEE PC37.30.2/D03, Oct 2014
This draft guide provides a technical framework for assessing wind loading on high voltage air break switches, with attention to equipment used in electrical power systems. IEEE PC37.30.2/D03, Oct 2014 is relevant to design review, testing, and specification work where mechanical loading from wind can influence clearances, mounting arrangements, and operational integrity. As a draft standard, it is typically used to support careful engineering judgment and consistent evaluation practices for outdoor switch applications.
Where is IEEE PC37.30.2/D03, Oct 2014 used?
IEEE PC37.30.2/D03, Oct 2014 is used in the planning and evaluation of high voltage switchgear installations, especially air break switches placed in outdoor substations or similar utility environments. It may support engineers, equipment specifiers, and test personnel working on overhead or exposed electrical assets where wind loads are a practical concern. The standard is most relevant when selecting, reviewing, or validating switch designs that must remain dependable under site-specific mechanical conditions.
Importance in practice
In practice, IEEE PC37.30.2/D03, Oct 2014 helps reduce uncertainty when evaluating whether a high voltage air break switch can withstand wind-related forces without compromising performance or safety. It supports more consistent design control, procurement review, and compliance-oriented assessment for equipment used in power systems. By focusing attention on a specific loading condition, the guide can help limit mechanical risk and improve confidence in installation choices and field reliability.
- Wind loading evaluation for air break switches
- High voltage equipment above 1000 V
- Outdoor power system installation conditions
- Design, testing, and specification support
- Mechanical reliability and safety review
- Publication Date: 2014
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Power, Energy and Industry Applications; Components, Circuits, Devices and Systems
- Official IEEE: Doi link
- New Version Available: PC37.30.2 (2015)
- This Version: PC37.30.2 (2014)
- Previous Version: PC37.30.2 (2013)
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