Cable Lug for 16 mm Conductor – 8 mm Mounting Hole, Tin-Plated Copper
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Detailed Description
Overview
This cable lug is crafted for dependable termination of a 16 mm² (or equivalent 16 mm conductor) cable and secure connection to equipment via an 8 mm (M8) stud or bolt. It is made from high-conductivity annealed copper and coated with a tin finish to resist corrosion and maintain excellent electrical contact.
Key Features & Benefits
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High Conductivity Copper Core: Delivers efficient current flow with minimal resistance.
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Tin Plating: Protects against oxidation and enhances surface contact durability.
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Bell Mouth Entry & Inspection Hole: Helps in inserting strands cleanly and verifying full insertion before crimping. (As seen in Superlec design) Superlec Direct
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Solid Barrel Design: Provides uniform contact across the conductor cross-section.
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Crimp / Compression Compatible: Designed for standard crimping tools for 16 mm lugs.
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Wide Usage: Suitable for power distribution, panel wiring, grounding, battery lugs, industrial installations.
Specifications
| Parameter | Value |
|---|---|
| Conductor (cable) size | 16 mm² (or matching 16 mm conductor) |
| Mounting hole / stud | 8 mm (M8) |
| Material | Annealed copper |
| Finish | Tin plating |
| Connection method | Crimp / compression |
| Typical max voltage rating | up to ~ 1000 V (for uninsulated types) |
| Length / Barrel options | Varies by manufacturer; typical lengths accommodate full conductor insertion. |
Installation / Usage Guidelines
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Strip insulation carefully, ensuring clean strands without nicks.
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Fully insert conductor into the lug barrel (verify via inspection hole if provided).
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Use the correct crimping die or tool for 16 mm lug; apply even pressure to obtain a proper crimp.
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Secure the lug to the 8 mm stud/bolt, using correct washer and torque, avoiding over-tightening.
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Inspect the mechanical and electrical integrity after installation.
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In corrosive or harsh environments, periodic inspection is advised even with tin plating.
Notes & Cautions
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Always use the proper crimp die for 16 mm lugs — improper crimping can cause poor conductivity or mechanical failure.
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Avoid excessive torque on the M8 bolt — too much torque could deform the lug.
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In connections involving dissimilar metals (copper to aluminum, for example), consider transition or bi-metallic lugs to reduce galvanic corrosion.
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