Bi-metallic Lugs
Bimetallic lugs, also known as bi-metal lugs or bimetal lugs, are electrical connectors designed for joining two conductors of different metals. These lugs are composed of two layers or materials, typically aluminum and copper, to leverage the advantages of both metals. The construction of bimetallic lugs addresses the challenges associated with connecting dissimilar metals directly, such as aluminum and copper, which have different electrical and thermal properties.
Key Features:
Materials:-
Aluminum: Aluminum is lightweight and cost-effective but may have different thermal expansion and conductivity properties than copper.
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Copper: Copper has excellent electrical conductivity but is heavier and more expensive than aluminum.
Bimetallic lugs typically consist of an aluminum portion designed to connect with an aluminum conductor and a copper portion for connecting to a copper conductor. The two metals are securely bonded or mechanically attached to ensure a reliable electrical connection.
Applications:
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Compatibility: Bimetallic lugs enable the connection of aluminum conductors to copper conductors, providing compatibility between different types of wiring.
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Reduced Corrosion: The design helps mitigate the risk of galvanic corrosion that can occur when aluminum and copper come into direct contact.
Advantages:
Bimetallic lugs are commonly used in applications where aluminum conductors need to be terminated or connected to copper components, such as in electrical panels, transformers, and distribution systems.
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Electrical Conductivity: While the overall electrical conductivity of a bimetallic lug is lower than that of pure copper, it is typically sufficient for many applications. The key advantage is in creating a reliable connection between aluminum and copper conductors.
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Installation: Bimetallic lugs are installed using standard methods for crimping or bolting, similar to other types of electrical connectors.
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Compliance with Standards: It is important to use bimetallic lugs that comply with relevant industry standards and regulations to ensure safety and performance.
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Thermal Considerations: Bimetallic lugs are designed to manage the differences in thermal expansion between aluminum and copper, preventing issues such as loosening over time.
When choosing and installing bimetallic lugs, it is crucial to follow the manufacturer's recommendations and guidelines. Proper installation techniques and compliance with relevant standards are essential to ensure the reliability and safety of electrical connections, especially in applications where dissimilar metals are involved.
Enquire Now| Sr. No. | Cat No. | Wire Size (square mm) | Hole Size (mm) |
|---|---|---|---|
| 1 | XT-BM 1012 | 10 sqmm | 12 mm |
| 2 | XT-BM 1612 | 16 sqmm | 12 mm |
| 3 | XT-BM 2512 | 25 sqmm | 12 mm |
| 4 | XT-BM 3512 | 35 sqmm | 12 mm |
| 5 | XT-BM 5012 | 50 sqmm | 12 mm |
| 6 | XT-BM 7012 | 70 sqmm | 12 mm |
| 7 | XT-BM 9512 | 95 sqmm | 12 mm |
| 8 | XT-BM 12012 | 120 sqmm | 12 mm |
| 9 | XT-BM 15012 | 150 sqmm | 12 mm |
| 10 | XT-BM 18512 | 185 sqmm | 12 mm |
| 11 | XT-BM 24012 | 240 sqmm | 12 mm |
| 12 | XT-BM 24016 | 240 sqmm | 16 mm |
| 13 | XT-BM 30012 | 300 sqmm | 12 mm |
| 14 | XT-BM 30016 | 300 sqmm | 16 mm |
| 15 | XT-BM 40012 | 400 sqmm | 12 mm |
| 16 | XT-BM 40016 | 400 sqmm | 16 mm |