Lenovo 45N0261 napájací zdroj/invertor interiér 65 W čierna

The Lenovo 45N0261 Indoor 65W Black power adapter provides a compact and reliable power source for compatible Lenovo laptops. Designed to accept a wide input voltage range of 100–240 V, the adapter supports use in different regions with appropriate mains plugs. Its 65 W output is intended for everyday charging and operation of notebooks that require moderate power, while the black housing offers a discreet appearance that fits home or office environments.

Advantages

This Lenovo 65W adapter delivers stable power output with built-in protections against common electrical issues. The compact form factor and lightweight construction make it easier to carry between locations. Its universal input voltage range improves compatibility for travel, and the black finish minimizes visible wear and matches many laptop designs.

Suitable for

• Charging compatible Lenovo laptops and ultrabooks that require up to 65W
• Home and office use where a compact, portable adapter is preferred
• Travel situations when used with the correct regional mains plug or adapter

Key specifications

• Output power: 65 W
• Input voltage: 100–240 V AC
• Colour: Black
• Form factor: External AC adapter (wall/inline plug style)
• Primary use: Laptop power and battery charging

How to use

Connect the adapter to the mains using the suitable power cord or plug for your region, then attach the output connector to the laptop’s power input port. Ensure a firm connection at both ends before switching on the mains power. When charging, place the adapter on a hard, ventilated surface and avoid covering it with textiles to allow heat dissipation. Unplug the adapter from the mains when not in use for extended periods.

Recommendations

Use only compatible power cords and connectors, and avoid using damaged cables. For devices that demand higher wattage, use a power adapter that meets or exceeds the required power rating. Store and transport the adapter in a dry environment and protect it from moisture and extreme temperatures.