Power rail 25x5mm, length 1750mm 037418

Power busbar – reliable power distribution

The power busbar with a cross-section of 25x5mm and a length of 1750mm is a key element of electrical infrastructure, designed for efficient and safe power distribution. Made of copper, it provides low resistance and minimal power loss. It is ideal for both industrial and commercial installations where high current capacity is required.

Construction and application

The busbar is flat and rigid, making it easy to install and ensuring stability in harsh conditions. It has M6 threaded holes, allowing easy connection of load devices and connection to other installation elements. This allows installers to quickly and efficiently create complex power systems. The raw surface allows the busbar to be adapted to specific project requirements, e.g. by adding additional anti-corrosion protection or painting.

Key features and benefits

• High current capacity: Rated current of 270A guarantees stable power supply even for demanding devices. This translates to the reliability of the entire electrical system.
• Ready for installation: M6 threaded holes facilitate component connection and speed up the installation process – saving time saves money.
• Solid construction: Flat profile and rigidity of the busbar ensure mechanical stability and resistance to damage, which is particularly important in industrial environments.
• Application flexibility: The ability to adapt the surface protection to individual project needs increases the versatility of the product.
• Compatibility: The busbar is part of the ELEMP series from Legrand, ensuring compatibility with other elements of this system.

The busbar is characterized by a width of 5 mm, a height of 25 mm and a length of 1750 mm. The rated current is 270A, and the model is flat. The surface of the busbar is raw, and the threaded holes are M6 in size. It is a product of Legrand from the ELEMP series.

This busbar is a solid choice for anyone who values quality, reliability and ease of installation in electrical power systems.