Copper connecting rail, fork type KBBU-3x18 KANLUX IDEAL TS 24213

Connection busbar for reliable connections in electrical installations

Kanlux Ideal TS KBBU-3x18 fork busbar is an element used for safe and efficient connection of wires in electrical switchboards and junction boxes. Made of copper, it provides excellent conductivity and durability of connections. Designed for mounting on a DIN rail, it simplifies and speeds up installation work. Its construction allows connection of three circuits, making it an ideal solution in many applications.

Construction and application

The KBBU-3x18 busbar has three poles, each with a capacity of 18 modules, allowing connection of wires with a cross-section of up to 13.5 mm². The "U" (fork) connection type ensures a secure and stable connection of the wires. This is particularly important in installations exposed to vibrations or temperature changes. The busbar complies with the PN-EN 60947-7-1 standard, which guarantees its safety and reliability. It finds application both in domestic and industrial installations – wherever a solid and safe wire connection is required.

Key features and benefits

• Made of copper: Ensures excellent electrical conductivity and corrosion resistance, which translates into long life and reliable connections.
• Three poles: Allow connection of three circuits simultaneously, increasing the functionality and flexibility of the installation.
• Rated cross-section 13.5 mm²: Allows connection of wires of different thicknesses, adapting to the needs of a specific installation.
• Mounting on DIN rail: Simplifies and speeds up mounting the busbar in a switchboard or junction box.
• Compliance with PN-EN 60947-7-1 standard: Guarantees safety of use and compliance with applicable regulations.
• Rated voltage 230/400 AC: Universality of application in single-phase and three-phase networks.
• Rated current 63A: Allows safe loading of the busbar with a current of up to 63 amps.
• 5-year warranty: Confirms the high quality of the product and the manufacturer's confidence in its durability.