IEEE 487.2-2013

IEEE 487.2-2013 is a technical standard focused on the electrical protection of communication facilities serving electric supply locations through the use of optical fiber systems. It is relevant where communication links must function reliably in power-related environments, helping define a controlled approach to protection, system integration, and performance expectations. For teams working across power, communications, and electronic systems, IEEE 487.2-2013 provides a focused reference for reducing electrical exposure while supporting dependable fiber-based communication paths.

What is IEEE 487.2-2013?

This standard addresses the protection of communication facilities that serve electric supply locations by using optical fiber systems. In practical terms, it sits at the intersection of power infrastructure and communications engineering, where fiber links are often chosen to limit electrical interaction between systems. IEEE 487.2-2013 helps define the technical context for designing and evaluating those protected communication paths, with attention to safe operation, system separation, and reliable signal transfer in electrically demanding environments.

Where is IEEE 487.2-2013 used?

IEEE 487.2-2013 is typically used in utility and electric supply settings where communication equipment must connect across areas with electrical hazards or interference concerns. It may apply to control, monitoring, and data communication links that serve substations, generation sites, or other power-related locations. Optical fiber systems are especially relevant where isolation, noise immunity, and reduced electrical coupling are important for communication architecture and equipment planning.

Why is IEEE 487.2-2013 important?

This standard matters because communication systems in electric supply environments must remain dependable while limiting electrical risk. IEEE 487.2-2013 supports more consistent design decisions, procurement checks, and technical reviews for fiber-based protection approaches. It can also help organizations align engineering practices with a clearer reference for performance and safety expectations, reducing uncertainty when specifying communication facilities that must operate near power infrastructure.

• Electrical protection for communication facilities
• Optical fiber system application
• Electric supply location environments
• Communication path isolation and reliability