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Cable Lug for 70 mm² Conductor – 10 mm Mounting Hole, Tin-Plated Copper
GH₵25.00
GH₵30.00
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Detailed Description
Overview
This cable lug is engineered to provide a secure, low-resistance termination for a 70 mm² (or equivalent 70 mm conductor) cable and to interface with equipment via a 10 mm (M10) stud or bolt. It is built from high-conductivity annealed copper and coated with a tin finish to resist oxidation and maintain long-term electrical integrity.
Key Features & Benefits
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High-purity copper core to ensure excellent conductivity
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Tin plating for oxidation / corrosion resistance
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No inspection window (sealed version) in some styles, or optional narrow-palm design (for tight spaces) such as Superlec’s “narrow palm” version. Superlec Direct+1
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Long barrel style (outdoor type) to allow extra crimps and sealing in harsh environments (as used in CABAC’s “long barrel” version) Cabac
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Bell-mouth flare entry for easier conductor insertion and reduced damage to strands (common in lugs of this size) EVENTPOWER EQUIPMENT
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Standards compliance such as AS4325, IEC, DIN / VDE where applicable (CABAC version complies) Cabac
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Versatile usage: ideal for power distribution, switchgear, battery / ground terminations, industrial systems
Specifications
| Parameter | Value / Typical |
|---|---|
| Conductor / Cable Size | 70 mm² (or matching stranded conductor) |
| Mounting Hole / Stud | 10 mm (M10) |
| Material | Annealed copper (≥ 99.9 % purity) |
| Finish / Coating | Tin plating (5–10 µm in many cases) Cabac |
| Style Options | Long barrel sealed type (no inspection window) or narrow-palm type for tight width Superlec Direct |
| Typical Dimensions / Data | For CABAC CAL70LB-10: ID ~11.2 mm, stud 10 mm, barrel length, etc. Cabac |
| Operating Temperature Range | –55 °C to +155 °C (common for high-quality copper tin lugs) Cabac |
| Voltage Rating | Up to around 1000 V for uninsulated lugs (typical in installation) Electricpoint |
Installation / Usage Guidelines
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Strip insulation to the proper length, ensuring no conductor strands are cut.
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Insert conductor fully into the lug barrel (if inspection hole exists, use to confirm).
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Use the proper crimping die / tool for 70 mm lug — apply uniform pressure to form a solid crimp.
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Secure the lug onto the 10 mm stud / bolt with the correct washer and torque, avoiding overtightening or damaging the lug.
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Verify mechanical stability and electrical continuity post-installation.
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In demanding or outdoor environments, inspect periodically for loosening or corrosion, even though tin plating offers protection.
Cautions & Tips
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Use the correct crimping die — under- or over-crimping degrades performance.
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Don’t over-torque the M10 bolt — excessive torque may deform the lug or damage conductor.
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For coupling to dissimilar metals (for example copper lug to aluminum bus), use a transitional or bi-metallic lug variant to prevent galvanic corrosion.
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