ASUS 0A001-00081700 fuente de alimentación para interiores 150 W negro

The ASUS 0A001-00081700 power adapter is a 150 W indoor power supply designed for reliable, continuous power delivery to compatible devices. It accepts a wide input range from 100 to 240 V, enabling use in regions with different mains voltages. Finished in a compact black housing, the adapter is intended for indoor use where a stable 150 W output is required.

Advantages

This adapter provides stable power output up to 150 W with universal AC input compatibility, reducing the need for separate adapters in different countries. The compact black enclosure and standardized connector design support tidy cable management and discrete placement in workspaces or home environments. Built for indoor operation, it offers consistent performance across the stated input voltage range.

Suitable for

• Charging and powering compatible laptops and mobile workstations that accept a 150 W adapter
• Powering docking stations or peripherals that require a stable external power supply
• Use in offices, home workstations, and other indoor locations with 100–240 V mains

Key specifications

• Output power: 150 W
• Input voltage range: 100–240 V AC
• Intended use: indoor power supply
• Color: black
• Form factor: external adapter (corded power supply)

How to use

Connect the adapter to a compatible device using the matching DC connector; then plug the AC input cable into a suitable mains outlet within the 100–240 V range. Ensure the device being powered supports a 150 W external adapter and that polarity and connector size match before powering on. If the adapter or device becomes unusually hot, disconnect power and allow components to cool before further use.

Recommendations

Use the adapter indoors in a well-ventilated area and avoid placing it on soft surfaces that obstruct airflow. Verify compatibility with your device’s power requirements and use a properly grounded outlet when available. Do not expose the adapter to liquids, extreme temperatures, or prolonged direct sunlight.