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Cable Lug for 25 mm² Conductor – 8 mm Mounting Hole, Tin-Plated Copper

Cable Lug for 25 mm² Conductor – 8 mm Mounting Hole, Tin-Plated Copper

GH₵6.00 GH₵7.00

Detailed Description

Overview
This cable lug is engineered for secure termination of a 25 mm² (or equivalent 25 mm conductor) cable and reliable connection onto an 8 mm (M8) stud or bolt. It is manufactured from high-conductivity annealed copper and coated with tin plating to resist corrosion while maintaining excellent electrical contact.

Key Features & Benefits

  • High Conductivity Copper Core: Ensures minimal resistive losses.

  • Tin Plating: Provides corrosion resistance and stable long-term contact.

  • Bell Mouth Entry & Inspection Hole: Facilitates easy insertion of stranded conductors and allows visual confirmation of full insertion prior to crimping. (Used in Superlec design) Superlec Direct

  • Seamless Tube Construction: Prevents weak points or seams that could crack under crimp stress. (Mullingare mentions seamless tube construction) Mullingar Electrical

  • Standards & Specs: According to CABAC, the lug is made of 99.95% copper, fully annealed, and tin plated. cabac.com.au

  • Versatile Application: Suitable for power distribution panels, grounding buses, battery terminals, industrial distribution systems, switchgear, etc.

Specifications

Parameter Value
Conductor (cable) size 25 mm² (or equivalent 25 mm diameter / stranded cable)
Mounting hole / stud size 8 mm (M8)
Material Annealed copper (≈ 99.95 % purity) cabac.com.au
Finish / Coating Tin plating / electro-tin
Entry type Bell mouth / flared for easier insertion (for lugs from 10 mm² upward) EVENTPOWER EQUIPMENT+1
Features Inspection hole / window
Maximum rated voltage Up to ~ 1000 V for uninsulated lugs (common spec) Electricpoint+1

Installation / Usage Guidelines

  1. Strip the cable insulation, ensuring no strands are nicked.

  2. Fully insert the bare conductor into the lug barrel (use inspection hole to check).

  3. Crimp with the proper die / tool rated for 25 mm² lugs to effect a solid and uniform crimp.

  4. Attach the lug to the 8 mm stud / bolt using the correct washer and torque (avoid over-torque).

  5. Inspect the mechanical and electrical connection after installation.

  6. In corrosive or moist environments, periodic checks are recommended (despite tin plating) to detect any loosening or oxidation.

Notes & Considerations

  • Always match the crimp die / tool to 25 mm lug specification to ensure reliable compression.

  • Over-tightening the M8 stud may deform the lug — follow recommended torque values.

  • When connecting to dissimilar metals (e.g. aluminum bus), consider transition or bi-metallic lugs to mitigate galvanic corrosion.

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