- Designed for bi-metal applications where it is necessary for the lug palm to be aluminium and the barrel to be copper
- Reduction of contact resistance and inhibits corrosion
- Designed to be crimped with CABAC and MSS Power tools dies
- Conforms to Australian and many international standards
Reverse Bi-Metal Lug
The CABAC range of 'Reverse' Bi-Metal Lugs is extensive. In a normal Bi-Metal Lug the palm section is made of Copper but with a reverse Bi-Metal Lug the palm is made of Aluminium and the barrel of Copper.
This range is made from the highest quality Aluminium (99.6%) and Copper (99.9%) then jointed by a friction welding process producing a sound electrical and mechanical joint not subject to electrolysis.
The barrels are chemically treated to reduce contact resistance and corrosion and are filled with a jointing compound breaking the oxide layers on the aluminium. They are designed to be crimped using standard Australian tooling and standard dies.
Standards and Compliance
AS/NZS4325 Part 1; IEC France; DIN/VDE Germany; JIS Japan; BS United Kingdom.
Nominal Conductor (mm2): 35
Stud Size: 10
Aluminium Sleeve 99.6% pure
Copper Palm 99.9% pure
Tensile Strength 110 MPa
Ductile Rating 28%
Final Metal State Fully Annealed inc. joint
Joining Method Friction Welding (IEC std)
-40 to +100 deg C
Resistivity 2.6 micro-ohm cm (max): Aluminium
1.738 micro-ohm cm: copper
Conductivity 61.8% IACS (min): Aluminium
99.7% IACS: Copper
Tooling is interchangeable between CABAC, Utilux and Burndy
|Stud Size (mm):||10|
|Cable Size (mm2):||35|
|Lugs and Links - Material:||Bi-Metal|
|Lug Type:||Copper Barrel|
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