Extensão de energia Brennenstuhl 1153590620 2m 6 saídas AC interior prateado branco

The Brennenstuhl Power Extension 1153590620 is a compact indoor power strip designed for tidy and flexible use in kitchens, offices, or living spaces. Made of highly break-resistant plastic with a high-quality stainless steel surface, the unit offers six AC outlets and a 2 m cable, and its angled plug and compact footprint (110 mm × 60 mm × 365 mm) make it suitable for mounting on worktops or desks.

Advantages

This power extension combines durable materials and a space-saving design to keep multiple devices powered simultaneously. It provides four earthed contact sockets and two Euro sockets, an angled power plug for easier access to wall outlets, and a 2 m cable for flexible placement. The stainless steel surface and robust plastic housing increase durability for everyday indoor use.

Suitable for

• Home kitchens — mounted on countertops as a kitchen power strip
• Workplaces — attached to desks for computers, monitors and peripherals
• Living rooms — powering lamps, chargers and media devices
• Small offices — providing several AC outlets in a compact footprint

Key specifications

• Model: Brennenstuhl 1153590620
• Cable length: 2 m
• AC outlets: 6 (4 earthed contact sockets + 2 Euro sockets)
• Product colour: Silver, White
• Dimensions (W × D × H): 110 mm × 60 mm × 365 mm
• Weight: 0.61 kg
• Intended use: Indoor

How to use

Attach the power extension to a flat surface using the supplied adhesive pads or place it free-standing on a countertop or desk. Plug the angled mains plug into a compatible wall socket and connect up to six devices to the AC outlets. Ensure that connected devices do not exceed the combined rated current of the household circuit. The unit can be mounted horizontally or vertically to fit available space.

Recommendations

Place the extension on a stable, dry surface and avoid covering the ventilation area. Do not use the power strip outdoors or in damp environments. For safety, distribute high-power appliances across different outlets and avoid overloading the circuit; consult local electrical standards if in doubt.