Voltage converter Extralink OPIP-600W 12V 600W pure sine

The Extralink OPIP-600W voltage converter converts 12V DC battery power to 230V AC with a pure sine wave output. It provides up to 600W of continuous power and a 1200W peak capacity, enabling operation of standard household appliances and charging of USB devices where mains power is unavailable. The inverter has an aluminum body, active cooling and LED indicators for power and status.

Advantages

The pure sine wave output closely matches mains electricity, making it suitable for sensitive electronics and appliances. The unit delivers a high continuous power rating with a temporary peak reserve for starting loads. Its aluminum housing and active cooling help maintain stable operation, and the built-in USB port allows direct charging of mobile devices.

Suitable for

• Powering TVs, refrigerators and lights from a 12V battery
• Charging laptops, phones and tablets via AC outlet or USB port
• Use in campervans, caravans, boats and remote cabins
• Off-grid and backup power applications

Key specifications

• Input voltage: 12 V DC
• Continuous output power: 600 W
• Peak output power: 1200 W
• Output waveform: pure sine wave, 230 V AC
• Cooling: active (fan)
• Housing material: aluminum
• Indicators: LED power and status indicators
• Additional output: USB port for charging mobile devices

How to use

Connect the inverter to a properly charged 12V battery following polarity and safety guidelines, then connect the appliances to the AC outlets and USB port. Start with appliances that have lower startup currents and avoid exceeding the continuous power rating; observe LED indicators and ensure the unit has adequate ventilation to allow the active cooling to operate effectively.

Usage recommendations

Use the inverter with batteries and wiring rated for the expected current, avoid running loads beyond the 600W continuous limit, and allow sufficient airflow around the aluminum housing. For devices with large motor or compressor startup currents, consider their peak draw relative to the 1200W peak capacity and start such devices one at a time.