ADELID RM-NT-12T Quadro di distribuzione da parete 12 moduli

The ADELID RM-NT-12T is a high-quality surface-mounted distribution board designed for indoor electrical installations. With a capacity of 12 modules in a single row, it provides a compact and organized solution for housing circuit breakers, RCDs, and other modular devices. Manufactured from durable ABS plastic, the enclosure offers excellent impact resistance and is halogen-free for enhanced safety. The transparent smoked door allows easy visual inspection of the installed components while maintaining a sleek appearance.

Advantages

This distribution board combines robust construction with user-friendly features. The IP40 rating protects against ingress of solid objects larger than 1mm, while IK07 impact resistance ensures durability in everyday use. The included DIN rail and N+PE terminal blocks simplify installation, and the double insulation (Class II) eliminates the need for an earth connection. Compliance with PN-EN 60670-24 and PN-EN 62208 standards guarantees reliability and safety.

Suitable for

• Residential and commercial electrical distribution
• Installations requiring surface-mounted enclosures
• Systems with up to 12 modular devices (e.g., MCBs, RCCBs, RCBOs)
• Indoor environments with normal humidity and temperature conditions

Key specifications

• Mounting Type: Surface-mounted
• Number of Modules: 12
• Number of Rows: 1
• Enclosure Material: ABS Plastic
• Door Type: Transparent (Smoked)
• IP Rating: IP40
• IK Rating: IK07
• Colour: White
• Rated Voltage: 400V AC
• Rated Current: 63A
• Glow Wire Test: 650°C
• Standards: PN-EN 60670-24, PN-EN 62208
• DIN Rail Included: Yes
• Terminal Blocks Included: N+PE
• Operating Temperature: -5°C to +40°C
• Halogen-Free: Yes
• Protection Class: II (Double Insulation)

Recommendations

For optimal performance, ensure the distribution board is installed by a qualified electrician in accordance with local regulations. The product is designed for indoor use only and should not be exposed to water or excessive moisture.