ASUS 0A001-00061700 alimentatore/caricabatterie per interni 120 W nero

The ASUS 0A001-00061700 power adapter is designed for All-in-One PCs and provides a dependable indoor power supply with a wide input voltage range of 100–240 V. Its compact black housing integrates with desktop setups and delivers the regulated power required by compatible ASUS All-in-One systems. The product is supplied as a single unit intended for residential or office indoor use.

Advantages

This power adapter offers stable voltage conversion across standard mains voltages, reducing the risk of under- or over-voltage to connected All-in-One PCs. The compact form factor and neutral black finish allow for unobtrusive placement near monitors or under desks. As an original-design accessory for compatible systems, it simplifies replacement and reduces compatibility uncertainty compared with generic adapters.

Suitable for

• Powering ASUS All-in-One desktop computers indoors
• Replacing a lost or damaged original power adapter for compatible AIO models
• Use in home offices, study areas, or business workstations

Key specifications

• Intended device type: All-in-One PC power adapter
• Input voltage range: 100–240 V AC
• Environment: indoor use
• Color: black
• Packaging: single unit

How to use

Ensure that the input voltage available matches the adapter's 100–240 V AC range before connection. Connect the adapter to the All-in-One PC using the appropriate DC output plug and secure the mains lead to a grounded outlet. Place the adapter so that it has adequate ventilation and is not covered by fabrics or other materials. If the adapter or its cable shows signs of damage, discontinue use and replace it to avoid electrical hazards.

Recommendations

Use the adapter indoors in dry conditions and avoid exposing it to liquids, excessive heat, or direct sunlight. For optimal performance, connect it to a properly rated surge protector in areas with frequent voltage fluctuations. Follow the device manufacturer's guidance for model compatibility to ensure correct power delivery.