Bi-Metal Stalk 25mm² Cable | Friction Welded | Aluminium & Copper | 110 MPa Tensile Strength by Cabac
Cabac Bi-Metal Stalk Lug 25mm2 is a high-quality friction welded connector designed for aluminium and copper cable connections, ensuring reliable electrical performance and compliance with Australian standards.
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- Nominal Conductor Size: 25mm²
- Stranding Number/Diameter: 19/1.35mm
- Copper Stalk Size: 12mm²
- Conductive Material: Aluminium Sleeve 99.6% pure, Copper Palm 99.95% pure
- Tensile Strength: 110 MPa
- Ductile Rating: 28%
- Final Metal State: Fully Annealed including joint
- Joining Method: Friction Welding (IEC Standard)
- Operating Temperature Range: -40 to +125 °C
- Electrical Resistivity: Aluminium max 2.6 micro-ohm cm, Copper 1.738 micro-ohm cm
- Conductivity: Aluminium minimum 61.8% IACS, Copper 99.7% IACS
- Dimensions (H x L x W): 50mm x 80mm x 25mm
- Weight: 0.1 kg
- Friction welded from high-quality aluminium (99.6% pure) and copper (99.9% pure)
- Barrels coated with jointing compound for enhanced connection
- Individually packed in plastic bags to prevent contamination
- Made to Australian dimensions and compatible with standard Australian tooling
- Can be crimped with CABAC/MSS Power standard tools or aluminium dies
- Installation should be performed by a qualified electrician using appropriate crimping tools to ensure secure and compliant connections.
- Electrical connections for stranded sector and circular stranded aluminium cables
- Suitable for electrical equipment with clamp terminals
- Used to attach aluminium cable to copper overhead conductors
- AS/NZS 4325 Part 1 – Electrical & Electronics
- Use of high purity materials ensures long-lasting connections reducing waste
- Friction welding process minimizes environmental impact compared to other joining methods
Warranty details available upon request from manufacturer.
The Cabac Bi-Metal Stalk Lug 25mm2 Cable is available for immediate purchase, ideal for electrical power connectivity applications requiring reliable aluminium to copper cable connections.
