An implosive compression connector splice typically achieves what percentage of the conductor's breaking strength?

An implosive compression connector splice is designed to securely join electrical conductors by using a combination of explosive or high-pressure techniques. When properly executed, this method provides a reliable and strong connection that can withstand significant mechanical and electrical stress. The correct choice of 95% indicates that this splice method is very efficient in maintaining the conductor's integrity and nearly its full tensile strength.

This means that a properly installed implosive compression connector splice retains almost all the strength of the conductor itself, ensuring minimal loss in performance or potential failure points due to the splice. Such high strength retention is crucial in applications where reliability and durability are paramount, especially in electrical systems that may be subject to heavy loads or harsh environmental conditions.

The other percentage options reflect lower strength retention, which would imply a greater risk of failure or reduced effectiveness of the splice compared to the conductor. Maintaining close to full breaking strength through the splice contributes to the longevity and safety of the electrical systems involved. Thus, achieving 95% of the conductor's breaking strength with this type of splice is indicative of its high performance and reliability.