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Cable Lug for 35 mm Conductor – 8 mm Mounting Hole, Tin-Plated Copper
GH₵9.00
GH₵10.00
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Detailed Description
Overview
This cable lug is designed to terminate a 35 mm² (or equivalent 35 mm conductor / cable) and to connect securely to an 8 mm (M8) stud or bolt. It is manufactured from high-conductivity annealed copper and coated with tin plating to resist corrosion and ensure long, dependable electrical performance.
Key Features & Benefits
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High conductivity copper to minimize electrical losses
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Tin plating to reduce oxidation and improve contact reliability
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Bell mouth / flared entry to ease insertion of stranded conductors and reduce strain (used in many 35 mm-8 mm lugs) Armoured Cable+2Superlec Direct+2
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Inspection window / hole for visual confirmation of full conductor insertion before crimping (as seen in Superlec lugs) Superlec Direct
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Seamless tube construction / robust barrel to withstand mechanical stress and maintain full contact surface
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Standards compliance: Many 35 mm-8 mm lugs adhere to recognized specifications (e.g. CABAC’s CAL35-8 series) Cabac+1
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Versatile usage: suitable for power distribution, switchgear, grounding, battery terminations, industrial / control systems
Specifications
| Parameter | Value |
|---|---|
| Cable / Conductor size | 35 mm² (or equivalent 35 mm cable) |
| Mounting hole / stud size | 8 mm (M8) |
| Material | 99.95 %+ annealed copper Cabac |
| Finish / Coating | Tin plating / electro-tin Cabac+1 |
| Entry design | Bell mouth / flared Armoured Cable+1 |
| Inspection feature | Inspection hole / window (for verifying full conductor insertion) Superlec Direct |
| Typical voltage / use | Low-voltage electrical systems, up to approx 1000 V (common for uninsulated copper lugs) |
| Compliance / Standards | Aligns with specifications of recognized manufacturers (CABAC, etc.) Cabac+1 |
Installation / Usage Guidelines
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Strip the insulation carefully without damaging the conductor strands.
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Insert the bare conductor fully into the lug barrel, verifying via inspection hole where available.
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Use a crimping die or tool suited for 35 mm lugs to create a solid, uniform crimp.
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Secure the lug onto the 8 mm stud/bolt with proper washer and torque (avoid over-tightening).
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Check mechanical stability and electrical continuity after installation.
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In harsh or corrosive environments, periodic checks are recommended even though tin plating offers protection.
Notes & Considerations
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Use the correct crimp die/tool matched to 35 mm lugs — mismatched tools lead to poor crimps and poor conductivity.
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Avoid over-torquing the M8 stud—too much stress can deform the lug or conductor.
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If connecting to dissimilar metals (e.g. aluminium busbar), consider using a bi-metal or transition lug to avoid galvanic corrosion.
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