Copper Terminal Blocks Provide High Current Carrying Capacity And Highly Reliable Fixed Connections.

As a connection element that serves distribution cabinets, control boards, and heavy-duty lines for a long time, the current carrying capacity and connection stability of the copper terminal block are of great concern. Modern standards stipulate that copper distribution block has strict requirements for current carrying capacity, electromechanical performance, and environmental adaptability, which are directly reflected in the conductor design of terminal blocks.

Copper, as a conductive material, has low resistivity, which allows the copper conductors in the copper terminal strip series to maintain a low temperature rise in scenarios where large currents need to be transmitted. This is consistent with the industry's methods for evaluating the current-carrying capacity of high-current connectors. By optimizing the copper cross-section and layout design, the current path within the terminal block is shorter and more continuous, reducing localized heat accumulation and energy loss, thus facilitating the long-term carrying capacity of high currents at the connection points.