IEEE P802.16/Conformance04/D6

P802.16/Conformance04/D6 is an inactive technical document focused on voltage circuit breakers rated on a symmetrical current basis, with guidance on how transient recovery voltage is described for harmonization with IEC 60056. It is relevant to engineering teams that need clear, consistent rating terminology and test references. For organizations working with P802.16/Conformance04/D6, the value lies in aligning breaker descriptions and compliance expectations across related standards while avoiding ambiguity in specification and procurement.

About P802.16/Conformance04/D6

P802.16/Conformance04/D6 addresses the wording and technical framing used for transient recovery voltage in voltage circuit breakers. The subtitle indicates a specific harmonization effort with IEC 60056, which suggests the document was intended to improve consistency between rating language and established international practice. In practical terms, P802.16/Conformance04/D6 would have supported clearer interpretation of breaker performance requirements, especially where symmetrical current ratings and recovery-voltage descriptions need to be matched for testing and documentation.

Where is P802.16/Conformance04/D6 used?

This standard is most relevant in electrical power equipment settings where voltage circuit breakers are specified, evaluated, or documented against defined current and voltage criteria. It may be used by manufacturers, test laboratories, utilities, and engineering groups preparing technical submittals or conformance records. P802.16/Conformance04/D6 is especially useful when aligning breaker descriptions with IEC-style terminology, helping ensure that transient recovery voltage references are understood consistently during design review, type testing, and procurement.

Importance in practice

In practice, P802.16/Conformance04/D6 helps reduce confusion in how breaker ratings and transient recovery voltage are described. That matters because precise terminology supports reliable testing, fair comparison of equipment, and smoother compliance checking. For projects that depend on consistent technical documents, the standard can help limit interpretation errors and improve coordination between specification writers, suppliers, and reviewers. Even as an inactive document, it remains useful as a reference point for historical compatibility and engineering traceability.

• Voltage circuit breaker rating terminology
• Transient recovery voltage wording
• Symmetrical current basis
• IEC 60056 harmonization
• Testing and conformance reference