CoreParts alimentatore universale 90 W

The CoreParts Universal Power Adapter 90W is a compact, lightweight adapter for indoor use, compatible with a wide range of portable devices. It accepts an input voltage of 110–230V and delivers up to 90W total power with a 4.7A main output and an integrated USB output providing 5V at 2A. The adapter is finished in durable black plastic and carries CE certification for safety and compliance.

Advantages

This universal power adapter offers multi-plug compatibility across brands without requiring voltage changes, a compact and lightweight design for easy transport, and a reliable 90W output suitable for many consumer electronics. The USB port adds convenience for charging smartphones and accessories, while the CE certification indicates compliance with relevant safety standards.

Suitable for

• Charging laptops and notebooks that accept a 90W adapter
• Powering portable electronics such as routers, small monitors, and audio equipment
• Charging phones and USB-powered accessories via the 5V/2A USB output
• Use at home, in the office, or while traveling (indoor use)

Key specifications

• Power rating: 90W
• Input voltage: 110–230V (indoor use)
• Main output current: 4.7A
• USB output: 5V ⎓ 2A
• Colour: Black
• Weight: 0.4 kg
• Certifications: CE

How to use

Select the correct connector from the multi-plug set that matches your device's power input, connect the adapter to the device, then plug the adapter into a compatible 110–230V indoor power outlet. If charging via the USB port, connect the USB cable to the adapter’s USB output and to your device. Ensure the connector is secure and that the device’s required voltage and current fall within the adapter’s specifications before use.

Recommendations

Do not use the adapter outdoors or in wet conditions. Verify compatibility with your device using the datasheet or device specifications; avoid forcing non-fitting plugs. Disconnect the adapter from mains when not in use and avoid covering the adapter during operation to prevent overheating.