DIN rail for connecting modular devices EVG-3PHAS/N/5MODULE/LS 215659

Busbar for connecting modular devices – solid connection and time saving

The EVG-3PHAS/N/5MODUL/LS busbar is a reliable solution for building safe and functional electrical distribution boards. Designed for three-phase systems, it provides efficient power transmission and simplifies the installation of modular devices. The busbar design minimizes excess material, eliminating the need for additional end caps. This translates into real time savings during installation – up to 30%!

Construction and application

This busbar is used to connect poles in modular devices, replacing traditional connecting wires. This makes the inside of the distribution board more transparent, and any changes or maintenance are easier and faster. Made of high-quality materials, it guarantees durability and safety. A cross-section of 10 mm² and a rated current of 63 A allow you to connect devices with significant power consumption.

• Three-phase system: The busbar is designed to operate in three-phase circuits (3 phases, 4 poles).
• Safety: A rated conditional short-circuit current of 25 kA provides effective protection against the effects of overloads and short circuits.
• Versatility: Possibility to connect devices with a wire cross-section of up to 10 mm².
• Insulation: Provides additional safety and minimizes the risk of accidental short circuits.
• Mounting: Equipped with fork-type electrical connections, which facilitates quick and reliable connection of wires.
• Length: A length of 157 mm allows for the installation of up to two modular devices.
• Number of modules: The width of the busbar is 5 modules, which ensures compact dimensions and easy integration with other elements of the distribution board.

The EVG-3PHAS/N/5MODUL/LS busbar is an ideal choice for both professional installers and end-users looking for a reliable and easy-to-install solution for building electrical distribution boards. Using this busbar is not only an improvement in the aesthetics of the installation, but above all, an increase in its functionality and safety.