Complete distribution board 180M IP30 Class II flush-mounted FWU53S

Complete distribution board – solid protection for electrical installations

The FWU53S distribution board is a complete solution for building safe and functional electrical installations. Designed for flush-mounting, it provides reliable protection for circuits in residential and commercial buildings. The construction made of high-quality steel guarantees durability and resistance to mechanical damage.

Features and application

This distribution board is ideal for creating main and floor distribution boards. Its versatility makes it suitable for both new construction and modernization of existing installations. The possibility of expansion allows for easy adaptation to changing energy needs of the building. Made in RAL 9010 (pure white) color, it blends well with various interior designs.

• Flush-mounting: allows for aesthetic integration of the distribution board into the wall, saving space.
• IP30 protection: provides protection against accidental contact and against the ingress of solid objects larger than 2.5 mm – standard protection for internal installations.
• 15 rows: offers a large mounting space for circuit breakers, residual current devices and other protective devices.
• Expandability: allows adding more modules and devices in the future without replacing the entire distribution board.
• Made of steel: guarantees mechanical strength and corrosion resistance.
• Grounding terminal block: ensures safe connection of protective conductors.
• Width of 36 modules: allows mounting a large number of protective devices in one place.

Construction and parameters

The FWU53S distribution board has dimensions of 853 x 853 x 125 mm (width x height x depth). Its recessed depth is 112 mm, and the recessed height is 853 mm. It is made of durable steel and painted white (RAL 9010). It has hinged doors, but without a lock – access to the interior is easy and quick during maintenance or repair. The lack of a transparent cover/door increases safety by making accidental access to energized components more difficult. The construction allows mounting on hollow walls, which facilitates installation in various types of buildings.