Thin-walled aluminum cable lug ALC 150/1 ALC_150/1

Cable connector thin-walled aluminum – a reliable connection of wires

The ALC 150/1 connector is an element used to connect aluminum cables with a cross-section of 150 mm². Made of aluminum, it provides a durable and safe connection in electrical installations. It is an ideal solution for both professional installers and end-users who value solidity and reliability.

Construction and application

The ALC 150/1 connector is designed for use with single- and multi-strand aluminum wires with a round cross-section. Its thin-walled construction minimizes weight, and the material – aluminum – guarantees good electrical conductivity. It finds application in low and medium voltage installations up to 6/10 kV. The lack of a central partition and oil resistance means that the connector is dedicated to dry environments where aggressive chemicals are not present. It is not compatible with steel-aluminum or aldrey cables.

Key features and benefits

• Adapted for large cross-sections: Provides a solid connection of aluminum wires with a cross-section of up to 150 mm², which is important in installations requiring high current capacity.
• Durable material: Aluminum construction guarantees corrosion resistance and long-term connection reliability.
• Simple installation: The connector is designed for crimping, which facilitates and speeds up the installation process.
• Wide voltage range: The possibility of use in installations up to 6/10 kV expands its area of use.
• Lightweight construction: The thin-walled design minimizes the weight of the connector, making it easier to work at height or in hard-to-reach places.
• Compatibility: Designed for single- and multi-strand aluminum wires with a round cross-section.

The ALC 150/1 connector is a proven connecting element that, thanks to its construction and material, ensures safe and durable connections in various electrical installations. Its versatility makes it a suitable choice for both professionals and people performing electrical work independently.