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Cu Clad Al Busbar For Distribution Cabinet

The copper clad aluminum busbar is the core component for resolving the compatibility issue of copper and aluminum conductive connections within the distribution cabinet. Through special processes, it achieves a reliable combination of copper and aluminum metals, playing a crucial role in the power distribution and equipment connection aspects of the distribution cabinet.

    The Technical Specific For Cu Clad Al Busbar

    Parameter Category

    Technical Data

    Materials

    T2 (Copper) + 1060 (AL)

    Electrical conductivity

    ≥80% IACS (at 20℃)

    Density

    Approximately 3.6g/cm³

    Tensile strength

    ≥120MPa

    Corrosion resistance

    Neutral salt spray test: ≥ 48 hours - No rusting occurred

    Working Temperature

    -40℃~150℃

    The Application For Cu Clad Al Busbar

    1.Connection between busbars and branch cables:

    The main busbars of the distribution cabinets are mostly made of copper strips (with excellent conductivity and large current-carrying capacity), while the branch cables connected externally or led out internally are usually aluminum-core cables (with low cost and lightweight). Direct connection between copper and aluminum would result in poor contact, overheating and even faults due to electrochemical corrosion and differences in thermal expansion coefficients. The copper-aluminum transition strips can serve as intermediate connectors, with one end bolted to the copper busbar and the other end crimped onto the aluminum-core cable, achieving stable conductivity.

    2.Connection between components and busbars:

    The connection terminals of core components such as circuit breakers, contactors, and transformers in the distribution cabinet are mostly made of copper. If the branch lines inside the cabinet use aluminum busbars or aluminum cables, a copper-aluminum transition busbar is required for connection, to prevent direct contact between the connection terminals of the components and the aluminum material, ensuring stable circuit resistance and reducing the risk of overheating.

    3.Connection of different material busbars:

    Some large distribution cabinets, in order to balance cost and performance, adopt the design of "copper busbar for main circuit + aluminum busbar for branch circuit". The copper-aluminum transition busbar can achieve seamless connection between two sections of busbars of different materials, ensuring the continuity and safety of current transmission.

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