Power Adapter Lenovo 00HM611 Indoor 45W Black

The Lenovo 00HM611 Indoor 45W Black power adapter delivers stable 45-watt power for compatible Lenovo laptops and other portable devices. Designed for indoor use, it supports a universal input range of 100–240 V AC, making it suitable for use in different regions with the appropriate mains plug. The adapter features a compact, lightweight black housing that balances portability and everyday performance while providing regulated DC output to charge and run devices safely.

Advantages

This 45W Lenovo power adapter offers consistent voltage regulation and built-in protection against common electrical faults, helping to prevent overcurrent and short-circuit situations. Its wide input voltage range enables reliable operation across international mains supplies. The compact black enclosure and lightweight design make it convenient to carry between home, office, and travel locations while maintaining stable power delivery for everyday computing tasks.

Подходит для

• Зарядка и питание ноутбуков Lenovo с совместимым входом мощностью до 45 Вт
• Использование в домашних и офисных условиях
• Поддержка мобильной работы и учебы с переносным оборудованием

Key specifications

• Output power: 45 W
• Input voltage: 100–240 V AC
• Intended use: indoor
• Product colour: Black
• Form factor: compact, lightweight adapter housing

How to use

Connect the adapter to a compatible laptop DC input connector, then plug the mains lead into a suitable AC outlet within the 100–240 V range. Ensure the connector matches the device’s power input before powering on. When in use, place the adapter on a stable, ventilated surface and avoid covering it with textiles or other materials that could restrict airflow.

Usage recommendations

Use only with devices that accept a 45W external power source and a matching connector. Inspect the adapter and cables periodically for damage and disconnect from mains during extended inactivity or when cleaning. Avoid exposure to moisture, extreme temperatures, and mechanical stress to preserve performance and safety.