IEEE 1717-2024
Resistive, Circuit Integrity Cables and Cable Systems Using a Hydrocarbon Pool Fire Test Protocol
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About This Item
1717-2024 is a technical standard for resistive, circuit integrity cables and cable systems using a hydrocarbon pool fire test protocol. It focuses on how these cables are evaluated when exposed to severe fire conditions, helping define performance expectations for engineered materials and power, energy, and industrial applications. For designers, specifiers, and test laboratories, this standard supports more consistent assessment of cable survivability where maintaining circuit integrity can be critical.
What is 1717-2024?
1717-2024 sets out a specialized framework for evaluating resistive, circuit integrity cables and complete cable systems under a hydrocarbon pool fire test protocol. In practical terms, it is used to examine whether cable construction and associated materials can continue to perform when subjected to intense thermal exposure. The document is most relevant to electrical and materials engineering contexts where insulation, conductors, and system reliability must be considered together. As a result, 1717-2024 helps establish a common basis for technical comparison and compliance.
Where is 1717-2024 used?
This standard is typically used in projects involving cable systems that must remain functional during fire events, especially in power, energy, and industrial environments. It may apply to circuit runs supporting control, protection, signaling, or emergency functions where failure could disrupt operations or safety systems. Laboratories, cable manufacturers, and engineering teams may also reference 1717-2024 when qualifying materials, comparing product designs, or documenting test results for specification review and procurement.
Why is 1717-2024 important?
1717-2024 matters because circuit integrity in a fire scenario can directly affect safety, continuity, and response capability. A defined test protocol helps reduce uncertainty in design decisions and provides a repeatable way to assess cable performance under hydrocarbon pool fire exposure. For buyers and engineers, the standard supports clearer product selection, more consistent verification, and better alignment between technical requirements and real-world risk conditions. It can also help streamline compliance and testing workflows.
- Hydrocarbon pool fire test protocol
- Resistive, circuit integrity cable systems
- Thermal and fire exposure assessment
- Materials and insulation performance
- Compliance and qualification reference
- Publication Date: 2024
- Standard Status: Active
- Publisher: IEEE
- Subject: Engineered Materials, Dielectrics and Plasmas; Components, Circuits, Devices and Systems; Power, Energy and Industry Applications
- Official IEEE: Doi link
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