Distribution board 16m 1500mm xl3s 630 337571

Robust protection and organization of electrical installations

The XL3 S 630 distribution board is a reliable solution for safe and efficient distribution of electrical energy. Designed for both residential and commercial applications, it provides comprehensive protection for electrical circuits. Made of durable steel and coated with powder coating in RAL 7016 (grey), it guarantees corrosion and mechanical damage resistance.

The distribution board with a width of 424 mm, a height of 1574 mm and a depth of 249 mm offers space for protective modules, allowing you to create an installation tailored to individual needs. Thanks to the possibility of wall mounting and the presence of a mounting plate, installation is simple and convenient. The IP30 protection rating protects against accidental contact with live wires and the ingress of solid objects larger than 2.5 mm.

Construction and application

The distribution board housing is made of steel, ensuring its durability and resistance to loads. Powder coating not only protects against corrosion but also gives it an aesthetic appearance. The distribution board is designed for metric mounting, which facilitates its integration with the existing electrical infrastructure. The lack of glazed or ventilated doors minimizes the risk of moisture and dust entering the housing.

• Durable construction: Steel housing provides long-term protection for electrical components.
• Aesthetic finish: Powder coating in RAL 7016 gives a professional look.
• Easy installation: Mounting plate facilitates the installation of protective devices.
• Safety of use: IP30 protection rating protects against contact with live wires and the ingress of solid objects.
• Versatility: Suitable for use in residential, commercial and industrial buildings.

The XL3 S 630 distribution board is an investment in the safety and reliability of your electrical installation. Thanks to its solid construction and thoughtful design, it will provide long-term protection against overloads and short circuits, minimizing the risk of failures and fires.