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Ring terminal Ergom KOR 120/16 copper tin-plated (MPN E11KM-01020106900)
Ring terminal Ergom KOR 120/16 copper tin-plated (MPN E11KM-01020106900)
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Ring terminal Ergom KOR 120/16 copper tin-plated (MPN E11KM-01020106900)
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Ring terminal Ergom KOR 120/16 copper tin-plated (MPN E11KM-01020106900)
Ring terminal Ergom KOR 120/16 copper tin-plated (MPN E11KM-01020106900)
Ergom ring terminal KOR 120/16 is a tin-plated copper crimp lug designed for secure electrical connections where a ring-style termination is required. The terminal combines copper’s conductivity with a tin plating that improves corrosion resistance and solderability. It is intended for fixed connections to studs and terminal blocks in industrial, automotive, and panel wiring environments where a robust, low-resistance joint is needed.
The tin-plated copper construction offers good electrical conductivity and enhanced protection against oxidation in humid or chemically active environments. Its ring shape ensures a reliable mechanical and electrical contact when fastened to a stud or screw terminal, reducing the risk of loosening under vibration. The crimp-style connection provides a consistent, low-resistance joint when installed with the correct crimping tool and technique.
This ring terminal is not intended for use on very small gauge wires below its rated cable cross-section or where a solderless push-fit or insulated quick-disconnect is required. It is designed for crimped or soldered terminations and requires a compatible crimping tool and appropriate cable preparation. For applications requiring high-temperature performance beyond typical tin-plated copper limits or for exposure to aggressive chemicals outside normal industrial conditions, alternative materials or protective measures should be considered.
Strip the cable insulation to the correct length for the barrel, insert the conductor fully into the terminal barrel, and crimp using a suitable crimping tool sized for the terminal and conductor cross-section. Verify the mechanical strength and electrical continuity of the joint after crimping. If soldering is preferred, apply solder only after achieving a solid mechanical crimp to avoid cold joints; ensure proper ventilation and follow soldering safety practices. Mount the ring terminal on the stud or screw and tighten to the recommended torque for the terminal and stud size.
Use a dedicated crimping tool sized to the terminal for consistent, low-resistance connections. After crimping, perform a pull test and measure continuity. For corrosive or outdoor environments consider additional sealing or protective measures despite tin plating.
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