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Intercable ICD708 tubular ring lug, straight, 70 mm² cable cross-section, M8 stud size, tin-plated copper, 25 pieces per pack
The Intercable ICD708 tubular ring lug is a straight connector designed to establish secure and reliable electrical connections. Crafted from tin-plated copper, this component ensures optimal electrical conductivity and provides dependable resistance against corrosion. It features a 70 mm² cable cross-section and an M8 stud size, making it a fitting choice for various standard electrical setups. Each packaging unit contains 25 pieces, providing a practical quantity for ongoing installation work or larger projects.
The use of tin-plated copper in the Intercable ICD708 tubular ring lug supports efficient power transmission while protecting the metal from oxidation and environmental wear. Its straight configuration facilitates straightforward alignment during installation. The robust material construction helps maintain connection integrity over time under standard operating conditions. With 25 pieces included per pack, installers have a sufficient supply on hand for multiple termination points.
This tubular ring lug is not suitable for cable cross-sections other than 70 mm² or stud sizes different from M8. It should not be used in specialized environments requiring materials other than tin-plated copper without proper engineering assessment.
To use the Intercable ICD708 tubular ring lug, prepare the cable by stripping the insulation to the appropriate length to match the barrel of the connector. Insert the exposed 70 mm² cable strands fully into the tubular end of the lug. Apply a compatible crimping tool designed for this cable size and connector type to secure the connection firmly. Ensure the crimp is tight and secure before mounting the ring terminal onto an M8 stud, and fasten it securely with a suitable nut or bolt.
Always use the correct tooling designated for 70 mm² tubular ring lugs to ensure a secure mechanical and electrical crimp. Inspect each connection for proper seating and tightness before energizing the electrical circuit.
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