IEEE P48/ D5.4, Apr 2009

P48/ D5.4, Apr 2009 is a draft technical standard for 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. In the power, energy, and industry applications field, it helps define how these terminations are evaluated for electrical performance, installation suitability, and consistent engineering practice. That makes P48/ D5.4, Apr 2009 relevant for teams comparing designs and verifying compliance.

P48/ D5.4, Apr 2009 overview

This standard focuses on the technical expectations for AC cable terminations, which are critical interfaces between cable systems and connected equipment. P48/ D5.4, Apr 2009 addresses both test procedures and product requirements, helping establish a clearer basis for design review and qualification. Its scope covers shielded cables with either laminated or extruded insulation across a broad voltage range, so it is especially useful where termination performance must be understood in relation to insulation system behavior and electrical stress control.

Typical use cases

P48/ D5.4, Apr 2009 is typically consulted when specifying or evaluating terminations for medium- and high-voltage cable installations. It may support procurement and engineering review for substation cabling, utility distribution equipment, industrial power networks, and similar systems that rely on shielded cables. The document is also useful during product testing, since termination design, insulation compatibility, and voltage rating must be matched carefully to the intended application. For these workflows, P48/ D5.4, Apr 2009 provides a structured reference.

Why this standard matters

In practice, standards like P48/ D5.4, Apr 2009 help reduce uncertainty in how cable terminations are designed, tested, and accepted. Clear requirements can improve consistency across suppliers, support more reliable comparisons during procurement, and limit risk tied to insulation failure or poor termination performance. For engineering teams, the document offers a practical basis for compliance checks and quality control where AC power cable systems must perform predictably over time. That is especially important in higher-voltage applications.

• AC cable termination testing
• Shielded cable insulation systems
• Laminated and extruded insulation ratings
• Qualification for voltage-dependent performance
• Design and procurement reference