IEEE PC37.235/D08, May 2019
IEEE Draft Guide for the Application of Rogowski Coils Used for Protective Relaying Purposes
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Availability: Immediate Download
Language: English
License Type: Single User
Updates: Not Included
About This Item
IEEE PC37.235/D08, May 2019 is an English-language draft guide focused on the application of Rogowski coils used for protective relaying purposes. It addresses how these sensing devices may be applied in power-system measurements and relay schemes, where accurate current representation and reliable signal behavior are important. As a technical document in the components, circuits, devices, and systems field, IEEE PC37.235/D08, May 2019 supports more consistent engineering decisions and helps clarify application practices for protection work.
About IEEE PC37.235/D08, May 2019
This draft guide is centered on Rogowski coils as current-sensing devices for protective relaying. IEEE PC37.235/D08, May 2019 is intended to guide engineers who need to understand how these coils fit into relay applications, including their general operating characteristics, interface considerations, and practical use in measurement chains. The document is relevant where current sensing must support protection functions, and where application choices can affect performance, consistency, and integration with relay equipment.
Where is IEEE PC37.235/D08, May 2019 used?
IEEE PC37.235/D08, May 2019 is typically used in power-system protection environments where Rogowski coils are considered for current sensing in relaying circuits. This can include switchgear, substations, feeder protection, and other electrical equipment where nontraditional current transducers may be evaluated for relay input. The guide is useful during design review, equipment selection, and application engineering for systems that depend on dependable current information to support protective functions.
Importance in practice
In practice, IEEE PC37.235/D08, May 2019 helps bring structure to the application of Rogowski coils in protection-related work. That matters because current sensing choices can influence relay behavior, testing consistency, and overall system reliability. Using a defined guide supports better procurement decisions, clearer engineering requirements, and more repeatable application methods. For teams responsible for protection design, it can also help reduce integration risk and improve confidence in how the sensing arrangement will perform.
- Rogowski coil application guidance
- Protective relaying use cases
- Current sensing and relay input considerations
- Power-system equipment integration
- Draft guidance for engineering review
- Publication Date: 2019
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Components, Circuits, Devices and Systems; Power, Energy and Industry Applications
- Official IEEE: Doi link
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