Copper Lug 240mm² | 12mm Stud | Bellmouth Design | High Conductivity by Cabac
Copper lug with 240mm² capacity and 12mm stud—ideal for industrial and commercial electrical installations. Built for fine stranded cables, with a bellmouth design for easy conductor insertion and high conductivity.
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Product Name/Title: Bellmouth Copper Lug 240mm2 Cable 12mm Stud
Brand: Cabac
SKU: CAL240-12BM
Alternatively Known As: Copper Bell Mouth Lug, Copper Cable Lug 240mm2, Fine Stranded Cable Lug, Copper Crimp Lug
- Nominal Conductor Size: 240mm²
- ID Size: 21.2mm
- Stud Size: 12mm
- Conductive Material: Copper 99.95% pure
- Oxygen Content: 30 ppm max
- Tensile Strength: 200 MPa
- Ductile Rating: 40%
- Final Metal State: Fully annealed
- Electroplating Material: Tin 99.9% pure with lead and antimony
- Electroplating Thickness: 5-10 microns
- Total Conductivity: 99.7% IACS
- Total Resistivity: 1.738 micro-ohm cm
- Operating Temperature Range: -55 to 155°C
- Tooling Compatibility: Interchangeable with CABAC, Utilux, and Burndy
- Dimensions (H x L x W): 20mm x 120mm x 50mm
- Weight: 0.3 kg
- Made from high conductivity annealed copper
- Crimped with CABAC and MSS Power standard tooling and dies
- Suitable for fine strand conductors
- Bellmouth design makes conductor insertion easier
- Professional installation by qualified electricians is recommended, especially for fine stranded cables requiring higher crimping force and special crimping methods.
- Electrical power connectivity for fine stranded flexible cables
- Suitable for use in industrial and commercial electrical installations
- Ideal for high conductivity copper cable connections
- Complies with AS4325.1 for copper cable lugs
- High conductivity copper reduces energy loss in electrical connections
- Durable materials extend product life, reducing waste
Warranty details available upon request from Cabac sales team.
The Cabac Bellmouth Copper Lug 240mm2 Cable 12mm Stud is available for immediate purchase, ideal for electrical power connectivity applications requiring reliable and high conductivity cable connections.