Insulated busbar length: 54 modules BI3-16X54 607048

Busbar for efficient power distribution

The BI3-16X54 busbar is a reliable solution for building safe and functional electrical installations. Designed for three-phase systems, it allows connecting up to 18 devices, providing a central power distribution point. The fork-type construction facilitates quick and secure mounting of cables with a cross-section of 16 mm², and the ability to cut to size allows adapting the busbar to specific installation conditions.

Construction and practical application

This busbar, made of high-quality materials, is characterized by its resistance to continuous current up to 63A and its ability to withstand short-circuit currents up to 1.92 kA. Insulation increases safety by minimizing the risk of accidental short circuits. Therefore, the busbar is suitable for both industrial installations and commercial or residential buildings where reliable power distribution is required. The width of 54 modules (945 mm length) allows for organized connection of many receivers in one place.

Key features and benefits for installers and users

• Versatility: The ability to cut to size makes it easy to adapt to different installation configurations.
• Safety: Insulation minimizes the risk of short circuits and electric shock.
• High strength: Designed to operate with high current loads (63A continuous, 1.92 kA short-term).
• Easy installation: Fork connections ensure quick and secure contact with cables.
• Compatibility: Designed for three-phase devices, supports up to 18 receivers.
• Compliance with standards: Rated impulse voltage of 2 kV guarantees safe operation in various conditions.
• Space optimization: A central power distribution point allows for organizing the installation and saving space in the switchgear cabinet.
• Durability: Made of high-quality materials, ensuring long-term operation.

The BI3-16X54 busbar is a solid element of electrical infrastructure that will meet the expectations of even the most demanding users and installers. Its technical parameters and construction guarantee safe and efficient power distribution in a variety of applications.