Virtalähde Evoko ENX1014 100–240V 50–60Hz kannettaville laitteille

The Evoko ENX1014 power adapter accepts 100–240V AC at 50–60Hz and converts mains voltage into the required DC output for compatible portable devices. Designed to provide stable power delivery, this adapter supports a wide input range for international use and is intended for charging or powering equipment in offices, meeting rooms and while travelling. The compact form factor and universal input make it a practical choice when reliable mains-derived power is needed.

Advantages

The adapter offers wide-range AC input compatibility that enables use with different mains systems worldwide without the need for a voltage converter. It is engineered for stable output to help maintain device operation during meetings or extended use, and its compact design reduces space on desks or in bags. Built for straightforward connectivity with compatible portable electronics, the unit provides consistent performance where a mains outlet is available.

Key specifications

• Input voltage: 100–240 V AC
• Input frequency: 50–60 Hz
• Output: DC suitable for compatible portable devices (voltage and current depend on connected device)
• Designed for mains-powered operation
• Compact physical design for desk or travel use

How to use

Connect the adapter to a mains outlet that supplies 100–240V AC at 50–60Hz, and attach the compatible device to the adapter's output connector. Ensure the device accepts the adapter's output voltage and current rating before connecting. Place the adapter on a stable, ventilated surface during use and avoid covering it to prevent overheating. Disconnect from mains when the device is fully charged or not in use.

Recommendations

Use with devices specified as compatible with external power supplies and verify polarity and output specifications prior to connection. Avoid exposure to moisture, extreme temperatures, or impact. For travel, use appropriate plug adapters for local outlet types while relying on the adapter's wide input range for correct voltage handling.