Cable Lug for 10 mm Conductor – 8 mm Mounting Hole, Tin-Plated Copper
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Detailed Description
Product Overview
This cable lug is engineered to terminate a 10 mm (≈ 10 mm² or matching stranded conductor) cable and securely fasten to an 8 mm (M8) stud or bolt. The body is made from annealed high-conductivity copper and finished with a tin plating to resist corrosion and maintain electrical integrity over time.
Key Features & Benefits
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High Conductivity Copper: Minimizes resistance and energy loss.
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Tin Plating: Protects against oxidation and improves surface contact durability.
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Bell Mouth Entry: Eases insertion of strands and reduces chance of stray wires. (As per Armoured Cable spec) armouredcable.net
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Inspection Hole: Permits visual confirmation of full conductor insertion before crimping. armouredcable.net
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Solid Barrel Design: Ensures full conductor contact, reducing hot spots.
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Compatibility with Standard Crimp Tools: Optimized for standard dies for 10 mm lugs.
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Versatile Application: Suitable for general low-voltage electrical installations, battery terminations, grounding, control systems.
Specifications
| Parameter | Value |
|---|---|
| Conductor (cable) size | 10 mm (≈ 10 mm² or equivalent stranded cable) |
| Mounting hole / stud | 8 mm (M8) |
| Material | Copper (annealed) |
| Finish / coating | Tin-plated |
| Connection method | Crimp / compression |
| Typical max voltage | Up to 1000 V (for uninsulated lugs) Electricpoint |
| Length | ~ 35 mm (for similar lugs) Electricpoint |
| Standards / compliance | Comparable to CABAC’s crimp lugs (meets AS4325, IEC, DIN/VDE etc.) cabac.com.au |
Installation / Usage Guidelines
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Strip insulation without damaging strands, to proper length.
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Insert conductor fully into lug barrel until it reaches the interior end (use inspection hole where available).
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Use correct crimping die for 10 mm lugs. Ensure a solid, even crimp with no stray strands.
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Mount lug to 8 mm stud using appropriate bolt, washer, and torque spec (avoid over-tightening).
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Inspect mechanical stability and electrical continuity after installation.
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In humid or corrosive environments, periodic inspection is recommended even with tin plating.
Cautions / Tips
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Use matching dies and tools — improper crimping reduces conductivity and reliability.
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Avoid exceeding torque limits on M8 stud or risk deforming the lug.
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For connections to dissimilar metals (copper to aluminum), consider using bimetallic or transition lugs to prevent galvanic corrosion.
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