Bi-Metal Lug 4 Core 240mm² | Aluminium Sleeve & Copper Palm | Friction Welded Joint by Cabac
Cabac Bi-Metal Lug 4 Core Sect 240Mm2 is designed for terminating and joining four core solid sector aluminium conductors with a strong friction welded joint, suitable for URD installations.
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Product Name/Title: Bi-Metal Lug 4 Core Sect 240Mm2
Brand: Cabac
SKU: BLSC240/4-12
Alternatively Known As: Bi-Metal Sector Lug, 4 Core Aluminium Lug, Bi-Metal Round Barrel Lug, Aluminium Sector Conductor Lug
- Solid Sector Conductor: 240 mm², 4 Core
- 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)
- Cable Sector Shape: BS3988-1970
- Operating Temperature: -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): 20mm x 185mm x 50mm
- Weight: 0.3 kg
- Round (circular) external dimension on the aluminium end with a sector shaped internal dimension
- Designed for solid four core aluminium conductors
- Compatible with conventional hex crimp dies due to barrel format
- Manufactured using friction welding process producing a strong electrically sound joint
- Installation should be performed by a qualified electrician using appropriate hex crimp dies to ensure secure and compliant connections.
- Used to joint or terminate four core solid sector aluminium conductors in URD installations
- Joining four core aluminium sector to conventional stranded copper conductors
- AS/NZS 4325 Part 1
- Durable friction welded joint reduces need for replacements, minimizing waste
- High conductivity materials improve energy efficiency in electrical connections
Standard manufacturer warranty applies; please contact supplier for details.
The Cabac Bi-Metal Lug 4 Core Sect 240Mm2 is available for immediate purchase, ideal for electrical power connectivity applications involving aluminium sector conductors.