Tinned pipe end KCS 10-150/1 KCS_10-150/1

Cable lugs tinned – reliable electrical connections

Cable lug KCS 10-150/1 is an element used to terminate copper wires, providing a safe and durable connection with devices or other wires. Made of copper and coated with a layer of tin, it guarantees high conductivity and corrosion resistance. Designed for wires with a cross-section of 150 mm², and its metric thread M10 ensures compatibility with a wide range of connectors and devices.

Construction and application

This lug, characterized by a 180-degree connection angle, is ideal for applications requiring a wire outlet in a straight line. The lack of a collar facilitates installation in tight spaces, and the zinc coating protects against atmospheric factors and corrosion. It is intended for use with stranded wires, ensuring a secure crimp and minimizing the risk of loosening the connection.

• Installation: The lug is placed on the stripped end of the wire and then crimped with a special crimping tool. Proper crimping guarantees optimal electrical contact and mechanical strength of the connection.
• Applications: Used in electrical installations of residential, industrial buildings and in electrical and electronic devices. Ideal for connecting grounding, neutral and phase wires.
• Material: Copper provides excellent electrical conductivity, and tinning protects against corrosion and oxidation, which extends the life of the connection.

Key features and benefits

• High quality workmanship: The use of copper ensures reliability and long-term use.
• Corrosion resistance: Tinning protects against the effects of moisture and other corrosive agents.
• Easy installation: The lack of a collar facilitates work in tight spaces.
• Wide application: Compatible with various types of wires and devices with a cross-section of 150 mm².
• Safety: Provides a stable and safe electrical connection, minimizing the risk of short circuits and open circuits.
• Durability: Solid construction guarantees long-term reliability even in difficult operating conditions.