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Ergom K90R 35/10 90° Angled Ring Terminal
The Ergom K90R 35/10 is a professional-grade 90° angled ring terminal designed to provide secure and efficient electrical connections for 35 mm² conductors. Featuring a 10 mm stud hole, this terminal is engineered to maintain high conductivity and mechanical integrity in demanding electrical environments. Its angled design is specifically crafted to facilitate cable routing in tight spaces, making it an essential component for power distribution and industrial wiring systems.
This ring terminal offers superior performance due to its robust construction, which ensures low contact resistance and long-term reliability. The 90-degree angle allows for cleaner cable management in compact enclosures, reducing mechanical stress on the wire and the connection point. By utilizing high-quality materials, the terminal provides excellent corrosion resistance and durability, ensuring that electrical systems remain stable even under continuous load conditions.
This terminal may not be suitable for applications involving conductors with a cross-section significantly different from 35 mm², as this could lead to poor crimping quality and unsafe electrical connections. It is also not intended for use with stud sizes other than 10 mm, as an improper fit can compromise the mechanical stability of the connection.
To use the Ergom K90R 35/10, first strip the insulation from the 35 mm² conductor to the appropriate length. Insert the conductor fully into the barrel of the terminal. Use a professional-grade crimping tool compatible with this terminal size to ensure a gas-tight connection. Once crimped, secure the terminal to the desired contact point using a 10 mm bolt or stud, ensuring the connection is tightened to the manufacturer's recommended torque specifications.
Usage recommendations: Always perform a pull test after crimping to ensure the wire is firmly secured within the terminal. Ensure that the contact surfaces are clean and free of oxidation before installation to maintain optimal electrical conductivity.
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