IEEE PC37.06.1/D5, Apr 2017
Voltage (>1000 volts) AC Circuit Breakers Designated Definite Purpose for Fast Transient Recovery Voltage Rise Times
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Language: English
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About This Item
PC37.06.1/D5, Apr 2017 is a technical draft standard for voltage above 1000 volts AC circuit breakers designated for fast transient recovery voltage rise times. It addresses a specialized design and performance context where breaker behavior under switching stress is critical. For power and industrial applications, this document helps frame engineering expectations around interruption capability, insulation coordination, and test conditions, making PC37.06.1/D5, Apr 2017 relevant to equipment selection and compliance planning.
About PC37.06.1/D5, Apr 2017
This standard focuses on AC circuit breakers intended for higher-voltage systems and the demanding recovery conditions that follow interruption. PC37.06.1/D5, Apr 2017 is concerned with equipment designated for fast transient recovery voltage rise times, a condition that can affect dielectric recovery and overall breaker performance. In that context, the document is useful for defining technical expectations, comparing products, and supporting consistent engineering evaluation for breaker designs used in severe switching applications.
Where is PC37.06.1/D5, Apr 2017 used?
PC37.06.1/D5, Apr 2017 is most relevant in power system environments where high-voltage AC circuit breakers must operate reliably during fault clearing and switching duties. It may apply to substations, utility switchgear, and industrial power distribution equipment that experiences rapid transient recovery voltage conditions. The standard is also useful for engineers working on breaker specification, testing, and procurement when the application requires careful attention to interruption performance and voltage stress.
Importance in practice
In practice, this standard supports safer and more consistent selection of high-voltage circuit breakers by defining a specific technical frame for fast transient recovery voltage rise times. That matters because interruption performance can depend on how well the breaker withstands and recovers from electrical stress. PC37.06.1/D5, Apr 2017 can help reduce design ambiguity, improve test alignment, and support more defensible compliance decisions during engineering review, purchasing, and equipment qualification.
- Voltage above 1000 volts AC
- Circuit breaker design and evaluation
- Fast transient recovery voltage rise times
- Power and industrial applications
- Testing and compliance reference
- Publication Date: 2017
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Power, Energy and Industry Applications; Components, Circuits, Devices and Systems
- Official IEEE: Doi link
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