Tinned flexible busbar ERIFLEX FLEXIBAR Advanced 2 m 5x50x1 534039

Flexible copper busbar for switchboards and electrical connections

ERIFLEX FLEXIBAR Advanced flexible busbar is an innovative solution for transmitting electrical energy, characterized by exceptional flexibility and ease of installation. Made of tinned copper, it provides reliable and safe connections in electrical installations of varying complexity. It is an ideal replacement for traditional cables and busbars, especially in places requiring flexibility and adaptation to unusual shapes.

Construction and properties

The busbar consists of five lamellas of tinned copper, which translates to high conductivity and corrosion resistance. The laminated construction provides additional mechanical strength and dimensional stability. A highly resistant, halogen-free, flame-retardant and low-smoke material increases safety, minimizing the risk of toxic gas formation in the event of a fire. Thanks to this, the busbar meets stringent safety standards and is suitable for use in public and industrial buildings.

Application and benefits

The ERIFLEX FLEXIBAR Advanced busbar finds application in a wide range of electrical installations, such as:

• Electrical switchboards: Enables flexible connection of devices and components inside the switchboard.
• Connections between machines and control cabinets: Provides a reliable power connection even in the event of movement or vibration.
• Lighting installations: Enables the creation of flexible lighting systems tailored to specific needs.
• Industry: Ideal for use in industrial environments where high resistance to external conditions is required.
• Construction: An excellent alternative to traditional cables in building installations.

By choosing this busbar, you gain:

• Ease of installation: The flexible design allows for quick and easy adaptation to the required configuration without the need for specialized tools.
• High conductivity: Tinned copper ensures minimal electrical resistance, which translates to efficient energy transmission.
• Safety: Halogen-free material minimizes the risk of toxic gas formation in the event of a fire.
• Durability: Tinned copper provides corrosion resistance and long-term reliability.
• Versatility: A wide range of current carrying capacity (up to 800A) allows for use in various applications.