Indoor Charger ROLINE 19111061 Universal White AC Fast Charging

The ROLINE 19111061 Universal White AC Fast Charging indoor charger is a compact single-port USB 2.0 wall adapter designed for fast, everyday charging of mobile devices. The unit accepts an input voltage range of 100–240 V AC, making it suitable for use in different electrical systems. Its minimalist white housing and lightweight construction allow discreet placement in homes, offices, hotels or travel kits.

Advantages

This indoor charger delivers up to 18 W of output power through a single USB 2.0 port, providing faster charging than standard 5 W adapters for compatible devices. The universal compatibility supports a wide range of smartphones, tablets, wireless headphones and other USB-powered accessories. The compact dimensions and low weight make it easy to carry and store, while the standard AC input ensures straightforward use with common wall outlets.

Suitable for

• Charging smartphones and feature phones
• Powering tablets and small handheld devices
• Recharging wireless earphones, fitness trackers and wearables
• Use in home, office, hotel rooms or while traveling

Key specifications

• Maximum power output: 18 W
• Port type: USB 2.0 (single port)
• Input voltage: 100–240 V AC
• Charger type: Indoor, AC-powered
• Compatibility: Universal USB-powered devices
• Colour: White
• Weight: 0.0573 kg

How to use

Plug the charger into a compatible AC wall outlet and connect your device using a USB-to-device cable that matches the device connector. The charger will supply up to its rated 18 W output to the connected device; charging speed depends on the device’s power negotiation and the cable used. Always ensure the outlet voltage is within the supported 100–240 V range before use.

Recommendations

For optimal performance, use a high-quality USB cable that supports the required current and ensure the device accepts higher-power charging. Avoid exposure to moisture, extreme temperatures and direct sunlight. Disconnect the charger from the outlet when not in use to reduce standby power consumption.