IEEE 816-1987

IEEE 816-1987 is a technical standard that addresses how to determine the smoke generation of solid materials used for insulation and coverings on electric wire and cable. In the context of power, energy, and industrial applications, it helps characterize a material property that can affect safety and installation choices. For engineers, buyers, and test labs, IEEE 816-1987 provides a defined basis for evaluating smoke-related behavior in cable materials under controlled conditions.

What is IEEE 816-1987?

This standard is a guide for assessing the smoke generation of solid materials commonly used in wire and cable insulation and jackets. IEEE 816-1987 focuses on a specific technical concern: how these materials behave when exposed to conditions that may produce smoke. That makes it relevant to material qualification, comparison, and testing practices where visibility, evacuation conditions, or equipment environment may be affected. As a guide, it supports consistent evaluation rather than broad product design requirements.

Where is IEEE 816-1987 used?

IEEE 816-1987 is typically used in the selection and testing of materials for electric wire and cable systems, especially where insulation and covering materials must be reviewed for smoke generation characteristics. It is relevant in power distribution equipment, industrial wiring, cable assemblies, and other electrical installations where material performance may influence safety and maintenance conditions. The standard can also support laboratory testing, procurement review, and engineering specification work for cable-related materials.

Why is IEEE 816-1987 important?

This standard matters because smoke generation is a practical safety and design concern for cable materials. IEEE 816-1987 gives a common reference for evaluating that property, helping reduce variation between tests and supporting more informed material selection. For organizations working with wire and cable insulation or coverings, it can aid compliance efforts, improve documentation, and lower risk when comparing materials for use in electrical systems. It is especially useful where consistent test interpretation is needed.

• Smoke generation of solid materials
• Wire and cable insulation
• Protective coverings and jackets
• Material testing and comparison
• Electrical installation safety review