Hager Multimedia Volta Flush-Mounted 4-Row Distribution Board with Slotted Plastic Door

The Hager Multimedia Volta VH48WWH is a high-quality flush-mounted distribution board designed for residential multimedia applications. With 4 rows and a slotted plastic door, it provides ample space for organizing and protecting your network, TV, and telecommunication components. The enclosure is made of durable steel sheet with a white plastic door (RAL 9010), ensuring a clean and modern look that blends seamlessly into any interior.

Advantages

This distribution board offers easy installation and maintenance thanks to its perforated mounting plate for active components and integrated cable routing elements. The slotted door allows for ventilation while keeping components secure. With an IP30 protection rating and double insulation (Class II), it ensures safe operation in dry indoor environments.

Suitable for

• Residential multimedia distribution (TV, internet, telephone)
• Flush-mounted installations in cavity walls
• Organizing and protecting network switches, routers, and other active components

Key specifications

• Installation type: Cavity wall / flush-mounted
• Number of rows: 4
• Door type: Slotted plastic door
• Enclosure material: Steel sheet
• Door material: Plastic
• Protection class (IP): IP30
• Protection class (electrical): II (double insulated)
• Colour: White (RAL 9010)
• Glow wire test: 850 °C
• Rated voltage (socket): 230 V AC
• Rated current (socket): 16 A
• Integrated socket outlets: 1x 3-way socket outlet
• Mounting plate: Perforated for active components
• Cable management: Integrated cable routing elements
• Door opening angle: 120°
• Depth of installation: 94.5 mm
• Standards: DIN VDE 0603-1, DIN 43870-1
• Application: Multimedia distribution for residential buildings

Recommendations

For optimal performance, use this distribution board with Hager accessories and ensure proper installation by a qualified electrician. The slotted door provides adequate ventilation; avoid blocking the slots to prevent overheating.