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Ergom KO 16/12 Tinned Ring Terminal
The Ergom KO 16/12 tinned ring terminal is a professional-grade electrical component engineered for secure and stable cable terminations. Constructed from high-quality copper and finished with a protective tin coating, this terminal provides superior electrical conductivity while effectively resisting oxidation and environmental degradation. Its robust design ensures a reliable connection for heavy-duty electrical systems, maintaining low contact resistance over extended periods of operation.
The primary benefit of the Ergom KO 16/12 terminal is its exceptional durability and performance in demanding conditions. The tin plating serves as a critical barrier against corrosion, which is essential for maintaining long-term electrical integrity in industrial environments. Furthermore, the precise engineering of the ring geometry allows for a firm mechanical fit, ensuring that the connection remains stable even under vibration or thermal expansion. This terminal simplifies the installation process while providing a professional finish that meets rigorous electrical standards.
This terminal is not intended for use with cables that do not match the specified 16 mm² cross-section, as an improper fit can lead to overheating or mechanical failure. It is also not suitable for high-frequency signal applications where specialized shielding or specific impedance characteristics are required.
To use the Ergom KO 16/12 terminal, first strip the insulation from the end of the 16 mm² cable to the appropriate length. Insert the conductor into the barrel of the terminal, ensuring all strands are fully contained. Use a professional-grade crimping tool designed for this specific terminal size to create a secure mechanical bond between the cable and the terminal. Once crimped, place the ring over the corresponding 12 mm stud and tighten the nut or bolt to the manufacturer's recommended torque specifications to ensure a solid electrical contact.
Always ensure that the crimping process is performed correctly to avoid high-resistance connections. Regularly inspect the terminal for signs of heat discoloration or mechanical loosening in high-vibration environments.
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