Lader OnePlus SUPERVOOC voor binnenruimtes AC-snellader smartphone wit

The OnePlus SUPERVOOC Indoor AC Fast Charging Smartphone White charger is a compact AC power adapter designed to deliver high-speed charging to compatible smartphones. With an output capability of up to 80 W and a universal input range of 100–240 V, this white indoor charger suits a variety of power environments and supports rapid replenishment of battery capacity for devices that accept high-wattage charging.

Advantages

The charger provides high maximum power of 80 W in a compact form factor weighing approximately 0.1104 kg, enabling fast charging without requiring a large or heavy adapter. Its AC power source and broad input voltage range ensure compatibility with different mains supplies. The indoor design and neutral white colour integrate easily into home or office setups.

Suitable for

• Fast charging compatible smartphones
• Home and office charging stations
• Replacement or spare charger for daily use
• Trips where compact, high-power charging is needed (with appropriate mains)

Key specifications

• Maximum power output: 80 W
• Input voltage range: 100–240 V AC
• Charger type: Indoor AC adapter
• Intended device compatibility: Smartphones supporting high-wattage fast charging
• Product colour: White
• Weight: approximately 0.1104 kg

How to use

Connect the charger to a compatible AC mains outlet within the specified 100–240 V input range. Attach a suitable charging cable between the charger output port and the smartphone's charging port. Ensure the smartphone supports high-wattage charging to benefit from the 80 W output; otherwise the device will draw power at a lower, supported rate. Monitor the device during the first uses to confirm compatibility and charging behavior.

Recommendations

Use the charger in dry indoor environments and with compatible charging cables and devices. Avoid exposing the adapter to moisture or extreme temperatures. For optimal charging performance, use a cable and device that support the charger’s fast-charging protocol and the required current levels.