IEEE P48/D5.3, Apr 2009

IEEE P48/D5.3, Apr 2009 is an inactive draft standard focused on test procedures and requirements for alternating current cable terminations used on shielded cables with laminated insulation rated 2.5 kV through 765 kV or extruded insulation rated 2.5 kV through 500 kV. It addresses a specialized electrical engineering context where insulation performance, termination design, and test consistency are critical for dependable cable systems. For manufacturers, labs, and specifiers, it helps define a clearer basis for evaluating these components.

Overview of IEEE P48/D5.3, Apr 2009

This technical document sets out draft requirements and test procedures for AC cable terminations, with emphasis on shielded cable applications and the insulation systems they connect. IEEE P48/D5.3, Apr 2009 is most relevant where laminated or extruded insulation must perform across medium- and high-voltage ratings, and where repeatable test methods support engineering comparison. The standard is tied to product qualification and design verification rather than general installation guidance, making it useful in controlled testing and specification work.

Typical use cases

IEEE P48/D5.3, Apr 2009 is typically used when evaluating terminations for utility cables, industrial power distribution, and other high-voltage systems that rely on shielded conductors. It can support laboratory testing, product development, and procurement reviews for cable termination assemblies intended for laminated or extruded insulation constructions. The document is also relevant when engineers need a common basis for comparing performance across voltage classes, particularly in projects where termination integrity affects system reliability and dielectric behavior.

Why it matters

This standard matters because cable terminations are a critical interface in insulated power systems, and weak test control can lead to inconsistent results or avoidable design risk. IEEE P48/D5.3, Apr 2009 helps bring structure to compliance checks, performance assessment, and acceptance criteria for termination hardware. By aligning test procedures with the intended insulation ratings and cable types, it supports better design control, more reliable procurement decisions, and reduced uncertainty during qualification.

• AC cable terminations for shielded cables
• Laminated insulation ratings from 2.5 kV to 765 kV
• Extruded insulation ratings from 2.5 kV to 500 kV
• Test procedures and requirement checks
• Draft status for technical reference