Cu busbar 30x10 mm UM30A4

Universal copper busbar for distribution boards

A copper busbar with a cross-section of 30x10 mm is a key element of electrical installations, used for safe and efficient power distribution. Model UM30A4 is characterized by a flat construction, which facilitates installation and optimizes space utilization inside the distribution board. Designed for circuits with high loads, it provides a reliable connection and minimizes the risk of overheating.

Features and application

The busbar is designed to operate with a rated current of 630A, making it an ideal solution for demanding industrial and commercial applications. Its versatility allows it to be used in various installations, from main distribution boards to sub-distribution boards. The flat profile of the busbar facilitates cable routing and provides an aesthetic appearance of the installation. A length of 430 mm provides flexibility in adapting to specific mounting needs.

• Durable construction: Made of high-quality copper, it guarantees long-lasting and trouble-free operation.
• High current capacity: Rated current of 630A allows powering devices with high power consumption.
• Easy installation: Flat profile facilitates installation and minimizes the need for additional mounting elements.
• Universal application: Ideal for main and sub-distribution boards in commercial, industrial and residential buildings with high energy demand.
• Space optimization: Flat shape allows for efficient use of space inside the distribution board.

Parameters and compliance

The busbar has a width of 30 mm and a height of 50 mm. Please remember that electrical installation work should be performed by a qualified electrician in accordance with applicable standards and safety regulations. The surface protection of the busbar is of type "Other" - information about the exact type of coating should be checked in the manufacturer's documentation (Hager). The busbar does not have a flexible model, which means its rigid construction ensures stable connections.