Striebel & John cuadro de distribución pequeño de superficie CA27V, 7 filas, 84 módulos, IP31, puerta transparente, blanco

Electricians wiring a new apartment block or refurbishing a small office need a distribution board that balances capacity, safety, and easy inspection. The Striebel & John CA27V surface-mounted small distribution board delivers exactly that: a 7-row enclosure with space for 84 DIN rail modules, a transparent door for quick visual checks, and robust IP31 protection. Its white RAL 9010 finish suits modern interiors, while the double-bit lock keeps unauthorized hands away from live circuits.

Key specifications

• Mounting type: Surface-mounted (Aufputz)
• Number of rows: 7
• Modules per row: 12 (total 84 modules)
• Protection class: IP31
• Material: Plastic
• Door type: Transparent
• Colour: White (RAL 9010)
• Rated current: 63 A
• Rated voltage: 400 V AC
• Impact resistance: IK07
• Glow wire test: 650 °C
• Standards: DIN VDE 0603-1, DIN 43871
• Included terminal blocks: N and PE
• Door lock type: Double-bit lock

Why choose it

The CA27V combines practical capacity with robust construction. Its transparent door lets you verify breaker status at a glance, reducing maintenance time. The IK07 impact rating means it shrugs off everyday bumps, and the IP31 rating keeps out solid objects larger than 2.5 mm. Pre-installed N and PE terminal blocks speed up wiring, and compliance with DIN VDE 0603-1 and DIN 43871 ensures it meets German installation standards.

Ideal use cases

• Residential distribution boards in apartments and houses
• Light commercial installations such as small shops or offices
• Sub-distribution in larger buildings where a compact, surface-mounted unit is needed
• Retrofit projects requiring a modern, transparent-door enclosure

Good to know

The board is rated for 63 A and 400 V AC, making it suitable for a wide range of distribution tasks. It is supplied with N and PE terminal blocks, and the double-bit lock provides secure access control. The white RAL 9010 colour blends seamlessly into contemporary environments.