Lugs Links And terminals

Lugs, links and terminals are essential electrical connectors that create secure, permanent connections between cables and electrical equipment in residential, commercial and industrial installations. These copper components ensure safe, reliable current flow while minimizing electrical resistance and preventing connection failures that can lead to overheating, arcing or system downtime.​

Professional electricians and contractors rely on quality cable lugs and terminals to meet Australian electrical standards while maintaining project efficiency and safety compliance. From distribution boards and switchgear to transformers and busbars, these termination products form critical connection points throughout electrical systems.​

Product Range

Our comprehensive selection includes copper cable lugs, copper braids, ring terminals, pin terminals and links in various amperage ratings and stud configurations. Copper braids provide flexible electrical connections ideal for applications requiring movement or vibration resistance, with amperage ratings from 100A to 450A and custom lengths from 100mm to 5000mm. All products are manufactured from high-conductivity copper to Australian standards, ensuring optimal performance and code compliance.​

Whether you’re installing meter boxes, connecting circuit breakers or terminating high-current cables, you’ll find the precise specifications needed for your project. Our range accommodates cable sizes from 25mm² to large industrial conductors, with stud sizes from M5 to M20 for secure bolted connections.​

Applications & Benefits

Cable lugs and terminals are used extensively in electrical panels, distribution boards, motor connections, battery systems and power distribution equipment across residential renovations, commercial fit-outs and industrial installations. The crimped or bolted connections provide mechanical stability that withstands vibration and environmental stresses while maintaining consistent electrical performance.​

Quality terminations minimize connection resistance, reducing energy losses and preventing heat buildup that can compromise system reliability. For electricians working on tight project schedules, proper termination products eliminate callbacks and ensure installations meet inspection requirements the first time.​

Browse our complete <a href=”/product-category/electrical-accessories/”>electrical accessories</a> range for additional connection solutions, or contact our team for technical specifications and bulk pricing on lugs, links and terminals for your next project.​


FAQs

What is the difference between cable lugs and terminals?

Cable lugs are conductive fittings crimped or bolted onto cable ends to connect to electrical equipment terminals, busbars or switchgear. Terminals refer broadly to connection points and can include both the lugs themselves and the equipment connection points. Both create secure electrical connections that maximize contact area and minimize resistance.​

What are copper braids used for in electrical installations?

Copper braids provide flexible electrical connections in applications requiring movement, vibration resistance or thermal expansion accommodation. Made from woven copper wire strands, they’re commonly used for earthing connections, flexible busbar links, transformer connections and equipment bonding where rigid cables would fail under repeated flexing. Their flexibility and high conductivity make them ideal for switchgear and distribution equipment.​

How do I select the correct cable lug size?

Match the lug’s barrel size to your cable cross-sectional area (mm²), and select the stud hole size to fit your equipment’s terminal bolt or stud diameter. Consider the amperage rating required for your application – higher current loads need larger conductors and corresponding lug sizes. Ring terminals provide the most secure connection for high-vibration environments, while fork terminals allow easier installation when complete bolt removal isn’t practical.​

Are these products compliant with Australian electrical standards?

Yes, our copper lugs and terminals are manufactured to Australian standards from high-conductivity copper conforming to relevant specifications. Licensed electricians must use compliant termination products to meet electrical code requirements and pass inspections. All products provide the mechanical and electrical performance needed for safe, code-compliant installations across residential, commercial and industrial projects.​

What amperage ratings are available for copper braids?

Our copper braid range includes 100A, 200A, 300A and 450A ratings in various lengths and stud configurations. Current capacity depends on the braid’s cross-sectional area, ambient temperature and working conditions. Longer braids and larger stud sizes accommodate different equipment spacing and connection requirements, while multiple stud options

  • CABAC BI-METAL LINK 185AL TO 16CU BLK185/16 x 1/EACH

    CABAC BI-METAL LINK 185AL TO 16CU BLK185/16 x 1/EACH

    $100.30 inc GST

    CABAC BLK185/16 bi-metal link for connecting 185mm² aluminium cable to 16mm² copper cable, designed for reliable aluminium-to-copper terminations using Australian standard crimp tooling.

  • CABAC BI-METAL LINK 185AL TO 185CU BLK185/185 x 1/EACH

    CABAC BI-METAL LINK 185AL TO 185CU BLK185/185 x 1/EACH

    $110.43 inc GST

    Heavy-duty CABAC bi-metal link designed to securely connect 185mm² aluminium conductors to 185mm² copper cables using standard Australian crimp tooling.

  • CABAC BI-METAL LINK 185AL TO 25CU BLK185/25 x 1/EACH

    CABAC BI-METAL LINK 185AL TO 25CU BLK185/25 x 1/EACH

    $102.39 inc GST

    Bi-metal crimp link designed to connect stranded aluminium cable to stranded copper conductors using standard Australian crimp tooling.

  • CABAC BI-METAL LINK 185AL TO 50CU BLK185/50 x 1/EACH

    CABAC BI-METAL LINK 185AL TO 50CU BLK185/50 x 1/EACH

    $104.57 inc GST

    CABAC bi-metal crimp link designed to connect 185mm² aluminium cable to 50mm² copper cable using standard Australian crimp tooling.

  • CABAC BI-METAL LINK 185AL TO 70CU BLK185/70 x 1/EACH

    CABAC BI-METAL LINK 185AL TO 70CU BLK185/70 x 1/EACH

    $105.36 inc GST

    CABAC BLK185/70 bi-metal crimp link for securely connecting stranded aluminium cable to stranded copper conductors using Australian standard crimp tooling.

  • CABAC BI-METAL LINK 185AL TO 95CU BLK185/95 x 1/EACH

    CABAC BI-METAL LINK 185AL TO 95CU BLK185/95 x 1/EACH

    $107.11 inc GST

    CABAC bi-metal link designed to connect 185 mm² aluminium conductors to 95 mm² copper cables using standard Australian crimp tooling.

  • CABAC BI-METAL LINK 240AL TO 120CU BLK240/120 x 1/EACH

    CABAC BI-METAL LINK 240AL TO 120CU BLK240/120 x 1/EACH

    $140.77 inc GST

    CABAC bi-metal crimp link for connecting stranded aluminium cable to stranded copper conductors using standard Australian crimp tooling.

  • CABAC BI-METAL LINK 240AL TO 150CU BLK240/150 x 1/EACH

    CABAC BI-METAL LINK 240AL TO 150CU BLK240/150 x 1/EACH

    $143.05 inc GST

    Friction-welded bi-metal link designed to connect 240mm² aluminium cable to 150mm² copper cable, delivering a strong, electrically sound joint for trade installations.

  • CABAC BI-METAL LINK 240AL TO 16CU BLK240/16 x 1/EACH

    CABAC BI-METAL LINK 240AL TO 16CU BLK240/16 x 1/EACH

    $125.74 inc GST

    Bi-metal crimp link for connecting stranded aluminium cable to stranded copper cable using standard Australian crimp tooling.

  • CABAC BI-METAL LINK 240AL TO 185CU BLK240/185 x 1/EACH

    CABAC BI-METAL LINK 240AL TO 185CU BLK240/185 x 1/EACH

    $143.66 inc GST

    Heavy-duty CABAC bi-metal crimp link for terminating 240mm² aluminium to 185mm² copper conductors using standard Australian crimping tools.

  • CABAC BI-METAL LINK 240AL TO 240CU BLK240/240 x 1/EACH

    CABAC BI-METAL LINK 240AL TO 240CU BLK240/240 x 1/EACH

    $144.27 inc GST

    Heavy-duty CABAC bi-metal crimp link designed for secure connections between 240mm² aluminium and 240mm² copper cables using standard Australian crimp tooling.

  • CABAC BI-METAL LINK 240AL TO 25CU BLK240/25 x 1/EACH

    CABAC BI-METAL LINK 240AL TO 25CU BLK240/25 x 1/EACH

    $128.63 inc GST

    CABAC BLK240/25 bi-metal crimp link for securely connecting 240 mm² aluminium cable to 25 mm² copper conductors using standard Australian crimp tooling.

  • CABAC BI-METAL LINK 240AL TO 50CU BLK240/50 x 1/EACH

    CABAC BI-METAL LINK 240AL TO 50CU BLK240/50 x 1/EACH

    $146.60 inc GST

    CABAC bi-metal crimp link designed for reliable aluminium-to-copper cable connections using standard Australian crimp tooling.

  • CABAC BI-METAL LINK 240AL TO 70CU BLK240/70 x 1/EACH

    CABAC BI-METAL LINK 240AL TO 70CU BLK240/70 x 1/EACH

    $138.15 inc GST

    CABAC bi-metal crimp link designed for connecting 240mm² aluminium cable to 70mm² copper cable using standard Australian crimp tooling.

  • CABAC BI-METAL LINK 240AL TO 95CU BLK240/95 x 1/EACH

    CABAC BI-METAL LINK 240AL TO 95CU BLK240/95 x 1/EACH

    $140.34 inc GST

    CABAC bi-metal link for connecting stranded aluminium conductors to stranded copper cable using Australian standard crimp tooling.

  • CABAC BI-METAL LINK 25AL TO 10CU BLK25/10 x 1/EACH

    CABAC BI-METAL LINK 25AL TO 10CU BLK25/10 x 1/EACH

    $63.45 inc GST

    A CABAC bi-metal crimp link designed for connecting stranded aluminium conductors to stranded copper cables using standard Australian crimp tooling.

Lugs, links and terminals are essential electrical connectors that create secure, permanent connections between cables and electrical equipment in residential, commercial and industrial installations. These copper components ensure safe, reliable current flow while minimizing electrical resistance and preventing connection failures that can lead to overheating, arcing or system downtime.​

Professional electricians and contractors rely on quality cable lugs and terminals to meet Australian electrical standards while maintaining project efficiency and safety compliance. From distribution boards and switchgear to transformers and busbars, these termination products form critical connection points throughout electrical systems.​

Product Range

Our comprehensive selection includes copper cable lugs, copper braids, ring terminals, pin terminals and links in various amperage ratings and stud configurations. Copper braids provide flexible electrical connections ideal for applications requiring movement or vibration resistance, with amperage ratings from 100A to 450A and custom lengths from 100mm to 5000mm. All products are manufactured from high-conductivity copper to Australian standards, ensuring optimal performance and code compliance.​

Whether you’re installing meter boxes, connecting circuit breakers or terminating high-current cables, you’ll find the precise specifications needed for your project. Our range accommodates cable sizes from 25mm² to large industrial conductors, with stud sizes from M5 to M20 for secure bolted connections.​

Applications & Benefits

Cable lugs and terminals are used extensively in electrical panels, distribution boards, motor connections, battery systems and power distribution equipment across residential renovations, commercial fit-outs and industrial installations. The crimped or bolted connections provide mechanical stability that withstands vibration and environmental stresses while maintaining consistent electrical performance.​

Quality terminations minimize connection resistance, reducing energy losses and preventing heat buildup that can compromise system reliability. For electricians working on tight project schedules, proper termination products eliminate callbacks and ensure installations meet inspection requirements the first time.​

Browse our complete <a href=”/product-category/electrical-accessories/”>electrical accessories</a> range for additional connection solutions, or contact our team for technical specifications and bulk pricing on lugs, links and terminals for your next project.​


FAQs

What is the difference between cable lugs and terminals?

Cable lugs are conductive fittings crimped or bolted onto cable ends to connect to electrical equipment terminals, busbars or switchgear. Terminals refer broadly to connection points and can include both the lugs themselves and the equipment connection points. Both create secure electrical connections that maximize contact area and minimize resistance.​

What are copper braids used for in electrical installations?

Copper braids provide flexible electrical connections in applications requiring movement, vibration resistance or thermal expansion accommodation. Made from woven copper wire strands, they’re commonly used for earthing connections, flexible busbar links, transformer connections and equipment bonding where rigid cables would fail under repeated flexing. Their flexibility and high conductivity make them ideal for switchgear and distribution equipment.​

How do I select the correct cable lug size?

Match the lug’s barrel size to your cable cross-sectional area (mm²), and select the stud hole size to fit your equipment’s terminal bolt or stud diameter. Consider the amperage rating required for your application – higher current loads need larger conductors and corresponding lug sizes. Ring terminals provide the most secure connection for high-vibration environments, while fork terminals allow easier installation when complete bolt removal isn’t practical.​

Are these products compliant with Australian electrical standards?

Yes, our copper lugs and terminals are manufactured to Australian standards from high-conductivity copper conforming to relevant specifications. Licensed electricians must use compliant termination products to meet electrical code requirements and pass inspections. All products provide the mechanical and electrical performance needed for safe, code-compliant installations across residential, commercial and industrial projects.​

What amperage ratings are available for copper braids?

Our copper braid range includes 100A, 200A, 300A and 450A ratings in various lengths and stud configurations. Current capacity depends on the braid’s cross-sectional area, ambient temperature and working conditions. Longer braids and larger stud sizes accommodate different equipment spacing and connection requirements, while multiple stud options

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