IEEE PC37.06.1/D7, Oct 2017
Voltage (>1000 volts) AC Circuit Breakers Designated Definite Purpose for Fast Transient Recovery Voltage Rise Times
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About This Item
PC37.06.1/D7, Oct 2017 is a technical standard for voltage above 1000 volts AC circuit breakers designated for fast transient recovery voltage rise times. It is relevant to components, circuits, devices, and systems where breaker performance must be matched to demanding electrical conditions. For engineers and buyers, PC37.06.1/D7, Oct 2017 helps define a clear basis for design review, specification, and compliance when interruption behavior and recovery-voltage response are critical.
What is PC37.06.1/D7, Oct 2017?
PC37.06.1/D7, Oct 2017 addresses the technical requirements and application context for high-voltage AC circuit breakers intended for definite-purpose use under fast transient recovery voltage rise times. In practical terms, it supports evaluation of how a breaker should perform when system conditions create rapid voltage recovery after interruption. This makes the standard useful for defining equipment expectations, comparing designs, and aligning engineering decisions with a specific operating duty.
Where is PC37.06.1/D7, Oct 2017 used?
This standard is typically used in high-voltage power systems where circuit breakers must interrupt current under challenging transient conditions. It is relevant to utility substations, power distribution equipment, industrial switchgear, and other installations involving AC systems above 1000 volts. PC37.06.1/D7, Oct 2017 may also support procurement and testing workflows for specialized breaker applications where the transient recovery voltage rise time affects selection, coordination, and performance expectations.
Why is PC37.06.1/D7, Oct 2017 important?
PC37.06.1/D7, Oct 2017 matters because it helps reduce ambiguity in specifying and evaluating breaker behavior for fast transient recovery voltage conditions. That clarity can improve design control, support safer switching performance, and make compliance checks more consistent during testing or procurement. For critical power equipment, using a defined technical reference can also lower the risk of selecting a breaker that is not well matched to the intended duty.
- High-voltage AC circuit breaker application
- Fast transient recovery voltage rise times
- Definite-purpose equipment context
- Specification and compliance reference
- Testing and design coordination
- Publication Date: 2017
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Components, Circuits, Devices and Systems; Power, Energy and Industry Applications
- Official IEEE: Doi link
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