The Effect Of Temperature Rise Of Connector With Insulation Puncture Under High Current Conditions On The Connecting Wire

When current flows through cable ipc connector, heat buildup due to resistance causes electrical piercing connector temperature to rise, which in turn affects the temperature of the connecting wire. When current flows through insulation connector, the resistance of the insulation material and the contact points are key factors contributing to the temperature rise. As the current increases, heat accumulation becomes more pronounced, and this temperature rise is even more significant under prolonged high-load operation.

With continued temperature increases, the insulation performance of the connecting wire may be affected. Excessive temperature can lead to wire aging. Therefore, proper thermal management and heat dissipation design are crucial factors that cannot be ignored when designing and selecting insulation piercing.