IEEE P1591.2/D13, Sept 2016

P1591.2/D13, Sept 2016 is a technical document for supporting ADSS fiber optic cable, with attention to the materials and performance considerations used in power, energy, and industrial applications. It is relevant where all-dielectric self-supporting cable must perform reliably on utility structures and in demanding outdoor environments. By addressing design and evaluation concerns for this cable type, P1591.2/D13, Sept 2016 helps support consistent engineering decisions and more dependable procurement choices.

P1591.2/D13, Sept 2016 overview

This standard provides guidance associated with supporting ADSS fiber optic cable, a cable form commonly used where dielectric construction is needed around energized infrastructure. In the context of power and industrial systems, the document is useful for aligning expectations around cable behavior, materials, and application suitability. P1591.2/D13, Sept 2016 is especially relevant when specifying cable intended to span between structures without metallic strength members, helping users compare options with a clearer technical basis.

Typical use cases

Typical applications include utility distribution corridors, overhead plant routes, and network extensions where fiber optic communication must be installed alongside power infrastructure. The standard may be used when evaluating supporting ADSS cable for pole-to-pole spans, substation communications, or industrial site connectivity. It can also inform internal engineering reviews, product selection, and documentation for projects that require dielectric cable construction and predictable mechanical performance in exposed outdoor service.

Why this standard matters

P1591.2/D13, Sept 2016 matters because supporting ADSS cable must meet practical installation and service expectations while minimizing compatibility and performance risks. A clear standard helps engineers and buyers compare materials, structure, and intended use more consistently. It can support compliance efforts, reduce ambiguity in specifications, and improve confidence during testing or acceptance reviews. For projects tied to power and energy networks, that consistency is important for long-term reliability and maintainability.

• Supporting ADSS fiber optic cable
• Overhead dielectric applications
• Power and industrial communication routes
• Material and performance evaluation
• Specification and procurement reference