Lug, bare aluminum conductors, AFL CT105.20

Bare aluminum wires – reliability and versatility in installations

Żabka, bare AL wires, AFL CT105.20 are an essential element in the construction and modernization of power networks. These wires, made of aluminum, are widely used in both overhead and underground installations, where mechanical strength and good electrical conductivity are required. They are particularly popular for making cable connections and in places where wires are exposed to direct atmospheric conditions.

Characteristics and application

The AFL CT105.20 wire is designed for use in overhead lines and as a protective conductor. Aluminum, as the base material, provides good electrical conductivity with a relatively low weight – which facilitates installation and reduces the load on supporting structures. Żabka, thanks to its design, allows for easy mounting of the wire to insulators or other network infrastructure elements.

• Installation: These wires are easy to mechanically process and allow for quick and efficient connections using appropriate connectors and tools.
• Application: Ideal for building low voltage (LV) overhead lines, cable connections and as a protective conductor.
• Durability: Aluminum provides corrosion resistance and long-term operation even in harsh environmental conditions.
• Versatility: Can be used in both new installations and during the modernization of existing networks.

Product advantages for professionals and end users

This type of wire combines features appreciated by installers and ensuring safety for users:

• For installers: Ease of installation translates to reduced working time and lower project costs. Good conductivity of aluminum minimizes energy losses in the network.
• For end users: Provides reliable power supply and safety of electrical installation use. Corrosion resistance guarantees long service life and minimizes the risk of failure.
• Economy: Aluminum is a relatively inexpensive material, which reduces investment costs without compromising quality and safety.
• Flexibility: Allows adaptation to various configurations of power networks.