Predlžovací kábel LogiLink LPS249U 1,5 m 5 AC zásuviek interiér biely

The LogiLink LPS249U power extension is a compact indoor power strip with a 1.5 m cable, five AC outlets and two USB ports for charging mobile devices. It supports up to 250 V and 16 A input, giving a maximum combined power of 3680 W. With IP20 protection and a slim footprint (50 mm × 312 mm × 40 mm), it is intended for safe, everyday use at home or in the office.

Advantages

The illuminated on/off switch allows easy control of connected devices and helps save standby power. Two integrated USB ports provide direct charging for phones and tablets without using AC adapters. The unit’s compact dimensions and 1.5 m cable make it convenient to position under desks or near workstations. Rated for 16 A and 250 V, it supports multiple devices simultaneously within the specified maximum power limit.

Suitable for

• Home office setups with several electronic devices
• Living rooms and bedrooms for charging phones, tablets and lamps
• Small office workstations requiring multiple AC outlets
• Situations where a short, manageable cable length is preferred (1.5 m)

Key specifications

• Cable length: 1.5 m
• AC outlets: 5
• USB ports: 2
• Maximum input voltage: 250 V
• Maximum current: 16 A
• Maximum total power: 3680 W
• Protection rating: IP20
• Dimensions (W × D × H): 50 mm × 312 mm × 40 mm
• Weight: 0.42 kg
• Colour: White

How to use

Place the LogiLink LPS249U on a stable, dry surface and plug the cable into a correctly installed indoor socket. Connect devices to the AC outlets or use the USB ports for direct charging. Operate the illuminated switch to cut power to all outlets when not in use. Do not exceed the maximum combined power rating (3680 W) and avoid overloading individual circuits.

Recommendations

For safe operation, keep the power extension away from liquids and sources of heat, do not use it outdoors, and regularly check the cable and housing for damage. Disconnect the unit before cleaning and avoid connecting high-power appliances that may exceed the rated current.