Industrial grounding busbar on insulators, without cover, 6 terminals, Cu 472207

Industrial equalization busbar – reliable equalization connection

This industrial equalization busbar, made of copper, is a key element in lightning protection and equalization systems. The use of high-quality materials and compliance with applicable standards guarantee safety and reliable operation. It is ideally suited for both industrial installations and public buildings where effective equalization is required.

The busbar is designed to protect electrical installations from the effects of overvoltages and short-circuit currents, as well as to ensure safe equalization of potentials in the event of a lightning strike. The construction with 6 M10 connections facilitates the connection of equalization conductors, and the UP (thermosetting) insulators provide adequate electrical and mechanical insulation.

Design and application

The busbar is designed in accordance with DIN EN 62561-1, which confirms its compliance with the highest safety standards. It meets the requirements of DIN VDE 0100-410/540 and DIN EN 62305-3 (VDE 0185-305-3) regarding protection against electric shock and the effects of lightning strikes. The possibility of use in potentially explosive atmospheres, thanks to the protection against self-loosening of screws, expands its range of applications.

• Made of copper with a cross-section of 200 mm², which ensures a high current carrying capacity (up to 39 kA).
• Equipped with 6 M10 connections with spring washers and stainless steel nuts – a guarantee of a durable and reliable connection.
• UP insulators are characterized by high resistance to UV radiation and are halogen-free – ensuring long-term operation even in harsh environmental conditions.
• The dimensions of the busbar (295 x 40 x 5 mm) allow for easy mounting in various installation configurations.

Thanks to its design and properties, this busbar is a reliable solution for professionals involved in the installation of lightning protection and equalization systems. It enables the creation of effective protection for people and electrical equipment.