Reducing pipe end KCZ_10-120/1

Pipe terminal for electrical connections

This tinned copper pipe terminal, with a cross-section of 150 mm², is designed for solid and durable connection of wires to distribution devices. Made of high-quality copper, it provides excellent conductivity and connection reliability. A 180-degree connection angle facilitates installation in tight spaces.

The terminal has an eyelet shape, allowing it to work with various types of screw terminals. The tinned surface protects against corrosion and oxidation, ensuring long-term connection stability even in harsh environmental conditions. The lack of a control hole does not affect its functionality, and the model without a collar facilitates installation in applications requiring minimal space.

Application and benefits for the installer:

• Fast installation: The width of the lug aligned with the pipe section significantly speeds up the connection process of distribution apparatus.
• Connection durability: Electrolytic copper and tinning guarantee corrosion resistance and long-term electrical stability.
• Compliance with standards: Made in accordance with DIN 46235, ensuring compatibility with a wide range of devices and systems.
• Versatility: Designed for multi-strand wires with a cross-section of up to 150 mm², ideal for use in electrical installations of various power levels.
• High-quality materials: The use of electrolytic copper ensures excellent conductivity and minimizes the risk of overheating the connection.

Construction and parameters:

The terminal is designed with ease of use and reliability in mind. The size of the metric thread connection is 10, allowing it to be mounted to standard screw terminals. Hardening of the terminal increases its resistance to cracking during crimping, ensuring a secure and durable connection. The minimum tinning layer is 3 μm, which further protects against corrosion. Remember to use the appropriate tool and die for crimping to ensure effective attachment of the terminal to the cable – dimensional tolerances are in accordance with DIN 46235 (see technical specifications).