Prolunga elettrica Brennenstuhl 1391000912 3 m 12 prese AC per interni nero bianco

The Brennenstuhl 1391000912 power extension provides 12 AC outlets on a single indoor strip with a 3 m cable. Constructed with durable materials including an aluminum element for stability, this extension lead distributes mains power to multiple devices and fits a variety of indoor environments. The black and white finish and a depth of 445 mm ensure the unit remains accessible and stable when placed on flat surfaces or under desks.

Advantages

This power extension delivers multiple AC outlets in a compact footprint, allowing several devices to be connected at once. The 3 m cable length adds placement flexibility and reduces the need for additional extension cords. Durable construction supports long-term indoor use while the two-tone design integrates with many interiors. The unit’s generous depth helps keep plugs and connectors easily reachable.

Suitable for

• Home office workstations with multiple electronic devices
• Entertainment centers and TV stands
• Workshops or hobby areas requiring several powered tools or chargers
• Temporary setups for events, presentations or meetings

Key specifications

• Cable length: 3 m
• Number of AC outlets: 12
• Intended use: Indoor
• Primary colours: Black and White
• Construction material: includes aluminum for structural parts
• Overall depth: approximately 445 mm (ensures stability and access to outlets)

How to use

Place the power extension on a stable, dry indoor surface or mount it according to any included instructions. Connect the 3 m mains cable to a properly grounded wall socket and plug devices into the available AC outlets. Arrange cables to avoid tripping hazards and do not cover the unit when in use. Only use the extension for devices matched to the local mains voltage and within the combined current rating of your installation.

Recommendations

For safe operation, keep the strip in ventilated areas, avoid moisture and direct liquid contact, and periodically inspect the cable and outlets for damage. Do not overload all outlets beyond the electrical limits of your circuit; distribute high-current devices across separate circuits when possible.