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Erko KLR 35-16 Copper Reducing Connector
The Erko KLR 35-16 copper reducing connector is a professional-grade component engineered for seamless transitions between electrical conductors of varying sizes. Specifically designed to bridge a 35 mm² cable to a 16 mm² cable, this connector ensures a stable and highly conductive link within electrical power distribution systems. Its robust construction provides long-term reliability in demanding industrial and commercial environments where secure electrical continuity is essential.
This reducing connector offers exceptional electrical performance due to its high-quality copper composition, which minimizes resistance and prevents overheating at the connection point. The design facilitates a precise mechanical and electrical transition between different cable cross-sections, simplifying complex wiring tasks. Its durable build quality ensures resistance to mechanical stress and environmental factors, making it a dependable choice for critical infrastructure and professional electrical installations.
This connector is not intended for use with aluminum conductors, as it is specifically manufactured for copper-to-copper connections. Using it with incompatible materials may lead to galvanic corrosion and connection failure.
It is also not suitable for high-vibration environments unless additional strain relief measures are implemented, nor should it be used in applications exceeding its rated electrical and thermal capacity.
To use the Erko KLR 35-16, first strip the insulation from both the 35 mm² and 16 mm² copper cables to the appropriate length required for the connector. Insert the conductors into their respective ends of the reducing connector. Use a professional-grade crimping tool compatible with the connector size to ensure a secure, permanent mechanical bond. Verify that the connection is tight and that no loose strands are visible before applying heat-shrink tubing or electrical tape to insulate the exposed area.
Always ensure that the crimping process is performed according to standard electrical safety protocols. Regularly inspect connections in high-load systems to ensure long-term integrity and safety.
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