Copper connecting busbar, pin type KBBI-1x56 KANLUX IDEAL TS 24216

Universal connection busbar for safe and orderly mounting

Copper busbar, pin KBBI-1x56 KANLUX IDEAL TS is a reliable solution for connecting circuits in electrical installations. Designed for mounting modular equipment, it provides a safe and efficient connection of single-pole conductors. Its construction allows for easy and quick installation, which will be appreciated by both professional installers and people performing electrical work themselves.

Solid construction and compliance with standards

Made of high-quality copper, the busbar is characterized by good electrical conductivity and durability. The rated cross-section of 13.5 mm² allows connection of wires of appropriate thickness, ensuring safe current flow. The product meets the requirements of the PN-EN 60947-7-1 standard, which confirms its safety and reliability. Rated voltage 230/400 AC and rated current 63A allow for use in a wide range of installations.

Practical advantages for installers and users

• Easy installation: Pin construction allows for quick and secure connection of wires without the need for additional tools.
• Large number of modules: The busbar with a length of 56 modules allows connecting a large number of devices in one place, which facilitates the organization of space in the switchgear.
• Safety: Compliance with the PN-EN 60947-7-1 standard guarantees safe operation of the device.
• Durability: Copper construction provides resistance to corrosion and long-term use.
• Versatility: Suitable for use in various types of electrical installations – both in residential and commercial buildings.
• Clear installation: Allows for orderly routing of wires, which facilitates diagnostics and maintenance of the installation.
• Manufacturer's warranty: The product is covered by a 5-year warranty from the manufacturer KANLUX IDEAL TS, which proves its high quality and reliability.

The KBBI-1x56 busbar is an optimal solution for everyone who values safety, functionality and durability in power systems.