Virtalähde Lenovo FRU00HM615 45W musta

The Lenovo FRU00HM615 45W Black is an indoor power adapter for laptops that provides stable power delivery in a compact form factor. Designed for everyday charging needs, it accepts a wide input voltage range of 100–240V and outputs a rated power of 45 watts. The adapter’s black housing and streamlined design make it suitable for home, office, or travel use where a reliable external power source is required.

Advantages

This 45W power adapter delivers consistent charging performance while remaining compact and lightweight for easy transport. Its universal input voltage range allows operation in different regions without additional converters. The black finish resists visible wear and integrates with a variety of laptop designs. Built-in protection features help reduce the risk of overcurrent and short-circuit situations, supporting safe daily use.

Suitable for

• Charging compatible Lenovo laptops and ultrabooks that accept a 45W external adapter
• Replacing a lost or damaged original indoor power adapter
• Using as a spare adapter for travel, office, or home
• Powering lightweight productivity tasks such as web browsing, document editing, and video playback

Key specifications

• Rated output power: 45 W
• Input voltage: 100–240 V AC
• Product colour: Black
• Intended use: Indoor laptop power adapter

How to use

Connect the adapter to an appropriate AC mains socket using the supplied or compatible power cord, then attach the output plug to the laptop’s DC input. Ensure the mains voltage falls within the 100–240 V range before connecting. When the laptop indicates charging, allow the device to reach the desired battery level. Unplug the adapter from the mains when not in use or during thunderstorms to reduce risk of damage.

Recommendations

Use the adapter on a stable, flat surface and avoid blocking ventilation openings on the laptop while charging. Confirm connector compatibility with your specific Lenovo model before use and store the adapter in a dry environment away from extreme temperatures.