Alimentatore Lenovo 36200124 per interni 65 W nero

The Lenovo 36200124 65W Indoor Black power adapter provides regulated power for compatible Lenovo laptops and portable devices. Designed for indoor use, it accepts a universal input voltage range of 100–240 V AC and outputs up to 65 W to charge and run devices reliably. The adapter’s compact, black enclosure is intended to integrate neatly with home and office setups while supplying stable power for everyday computing tasks.

Advantages

This power adapter offers a consistent 65 W output suitable for many mainstream laptops, supporting steady charging and operation. Its wide input voltage range allows use in different countries with appropriate mains connections, and the compact black housing reduces desk clutter. Built to meet safety and efficiency expectations for indoor power supplies, the adapter aims to deliver dependable power without unnecessary complexity.

Suitable for

• Charging and powering Lenovo laptops that accept a 65 W adapter
• Home and office work where a compact indoor power adapter is needed
• Replacing a lost or damaged original power adapter with a compatible 65 W unit

Key specifications

• Output power: 65 W
• Input voltage: 100–240 V AC
• Intended use environment: indoor
• Product colour: black
• Form factor: external AC adapter

How to use

Connect the adapter to a suitable mains outlet using the appropriate country-specific power cord, then plug the output connector into the laptop’s power port. Ensure the laptop power-receiving connector is fully seated and that the adapter is placed on a stable, well-ventilated surface during operation. Disconnect the adapter from the mains before cleaning or when not in use for extended periods.

Recommendations

Use the adapter indoors only and avoid exposing it to moisture, extreme temperatures, or direct sunlight. Verify that the laptop is compatible with a 65 W supply and that the connector matches the device. If the adapter or cable shows visible damage, discontinue use and replace it to avoid electrical risk.