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Ergom KDR 16/6 Tinned Ring Terminal
The Ergom KDR 16/6 tinned ring terminal is a professional-grade electrical component designed to provide secure and stable connections for power cables. Constructed from high-quality materials and finished with a tin coating, this terminal is engineered to maintain optimal electrical conductivity while offering robust protection against environmental factors such as oxidation and corrosion. Its precise design ensures a reliable interface for 16 mm² conductors, making it an essential part of any high-performance electrical system.
The primary benefit of the Ergom KDR 16/6 is its superior durability and resistance to harsh conditions, thanks to the specialized tin plating process. This coating prevents the degradation of the connection over time, ensuring long-term reliability in demanding environments. Furthermore, the ring terminal design provides a mechanical advantage by allowing for a firm, bolted connection that resists vibration and accidental disconnection, which is critical for maintaining safety and efficiency in industrial power distribution.
This terminal may not be suitable for applications requiring non-conductive materials or for use with conductors outside the specified 16 mm² range. It is also not intended for high-frequency signal transmission where specialized shielding might be required, nor should it be used in environments where the bolt size significantly exceeds the 6 mm stud hole diameter.
To use the Ergom KDR 16/6, first strip the insulation from the end of your 16 mm² cable to the appropriate length. Insert the conductor into the barrel of the terminal and use a professional-grade crimping tool designed for this specific size to ensure a gas-tight mechanical bond. Once crimped, place the ring over the corresponding 6 mm stud and secure it firmly with a nut or bolt to complete the electrical circuit.
For optimal performance, always ensure the crimping tool is calibrated correctly and that the cable surface is clean before insertion to minimize contact resistance.
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