Predlžovacia zásuvka EUROLITE 30240070 — 4-násobná hliníkové puzdro, čierna

EUROLITE 30240070 is a compact 4-socket power strip in a black aluminium housing designed to provide additional mains outlets for home, office or event setups. The aluminium enclosure offers mechanical protection and helps dissipate heat during extended use, while the four sockets enable convenient connection of multiple devices. The unit's compact dimensions and robust construction allow it to be positioned on or under desks, mounted in racks or used on stages where a reliable power distribution point is needed.

Advantages

The aluminium housing delivers improved durability and heat dissipation compared with plastic strips, reducing wear from frequent handling and prolonged operation. Four mains sockets increase available outlets without requiring additional wall sockets, simplifying cable routing and reducing clutter. The black finish provides a neutral appearance suitable for homes, offices and event environments, while the compact footprint supports flexible placement and easier storage.

Suitable for

Key specifications

How to use

Place the power strip on a stable surface or mount it according to available fittings; connect the device's mains plug to a suitable wall outlet that matches local wiring and safety requirements. Plug equipment into the available sockets, taking care to distribute load across the outlets and avoid overloading a single circuit. Ensure the strip is positioned to allow ventilation around the aluminium housing and keep cords arranged to minimise tripping hazards. Disconnect from the mains before cleaning or performing any maintenance.

Recommendations

Use the power strip indoors only and check connected devices' combined current draw to avoid exceeding the supply circuit's capacity. For high-power appliances, consult device ratings and local electrical regulations. Keep the unit away from moisture and direct liquid exposure; if used in temporary event setups, secure cables and the strip to prevent accidental disconnection and mechanical stress.