Floor-standing distribution board IP55/II 1300x1850x275 + 100 mm plinth FR25S1

Robust floor-standing distribution board for demanding conditions

This floor-standing distribution board is a reliable solution for power distribution in places exposed to harsh environmental conditions. Made of durable steel, it provides solid protection for the electrical installation. The design with a 100 mm plinth raises the whole unit, protecting it from moisture and facilitating installation.

Protection and functionality in one

The distribution board is characterized by a high degree of protection IP55, which means effective protection against water jets and dust. Protection class II guarantees additional safety. Impact resistance IK10 confirms its resistance to vandalism or accidental mechanical damage. This makes it suitable for both industrial facilities and public spaces.

• Robust construction: The housing and door made of high-quality steel with a thickness of 1.5 mm ensure long-term reliability.
• Large space: 12 rows and an internal depth of 275 mm provide enough space for mounting electrical components. It is possible to mount up to 720 modules!
• Flexibility: The possibility of expansion allows you to adapt the distribution board to changing installation needs.
• Multiple cable entries: 10 flange openings and 10 cable entries facilitate the connection of power and receiver cables.
• Safety: IP55 protection and class II provide a high level of safety.
• Aesthetics: Powder coating in RAL 7035 (grey) provides a durable and aesthetic surface finish.
• Double doors: Provide convenient access to the inside of the distribution board and additional protection against unauthorized access (no lock).

The distribution board is designed to operate with a rated current of up to 800 A, making it suitable for larger electrical installations. The closed design increases tightness and safety. The width of the distribution board is 1300 mm, the height (with plinth) is 1950 mm, and the depth is 275 mm – these dimensions allow for easy adaptation to the installation space.