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Ergom KOR 150/16 Tinned Copper Ring Terminal
The Ergom KOR 150/16 is a professional-grade tinned copper ring terminal engineered for high-performance electrical connections. Designed specifically for 150 mm² conductors, this terminal features a 16 mm stud hole, providing a robust and stable interface for power distribution systems. The high-purity copper construction ensures optimal electrical conductivity, while the tin plating offers superior protection against oxidation and environmental corrosion, making it a reliable choice for demanding industrial environments.
This ring terminal stands out due to its exceptional durability and precision engineering. The use of high-quality copper minimizes electrical resistance, which helps in maintaining efficient power flow and reducing heat generation at the connection point. The tin coating not only prevents corrosion but also facilitates easier soldering or crimping processes. Its design ensures a secure mechanical fit, which is essential for maintaining long-term electrical integrity in heavy-duty applications.
This terminal may not be suitable for applications involving conductors with a cross-section significantly different from 150 mm², as an improper fit can lead to high resistance, overheating, or mechanical failure. It is also not intended for use with stud sizes that do not match the 16 mm hole diameter, as this would prevent proper fastening and compromise the electrical connection.
To use the Ergom KOR 150/16, first strip the insulation from the end of the 150 mm² conductor to the appropriate length. Insert the conductor into the barrel of the terminal. Use a professional-grade hydraulic or mechanical crimping tool specifically calibrated for this terminal size to ensure a gas-tight connection. Once crimped, secure the terminal to the busbar or contact point using a 16 mm bolt, ensuring the connection is tightened to the manufacturer's specified torque settings.
Usage recommendations: Always perform a pull test after crimping to ensure the connection is secure. Regularly inspect the connection point for signs of overheating or loosening, especially in high-vibration environments.
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