Voltage converter Extralink OPIP-500W 12V 500W pure sine

The Extralink OPIP-500W voltage converter transforms 12V DC battery power into 230V AC pure sine output, enabling the use of standard household appliances from a battery source. With a continuous output of 500W and a peak capacity of 1000W, this inverter is suitable for powering devices such as TVs, refrigerators, lighting and charging laptops or phones. The unit features an aluminum housing and active cooling to maintain stable operation and includes a USB port for charging USB-compatible devices.

Advantages

The pure sine wave output provides clean, grid-like 230V AC suitable for sensitive electronics and appliances. Active cooling and an aluminum chassis improve heat dissipation and durability for sustained use. A USB port offers convenient charging for mobile devices without additional adapters. The 1000W peak capability allows short-term startup currents for motors and compressors.

Suitable for

• Powering household appliances in campervans, caravans and boats
• Off-grid or remote locations such as allotments and cabins
• Backup power during mains outages for essential devices
• Charging laptops, phones and USB devices while on the move

Key specifications

• Input voltage: 12V DC
• Continuous output power: 500W
• Peak output power: 1000W
• Output waveform: Pure sine wave, 230V AC
• Cooling: Active cooling (fan)
• Housing: Aluminum
• Additional ports: USB charging port
• Brand / MPN / EAN: Extralink / EX.18075 / 5903148918075

How to use

Connect the inverter to a 12V battery using appropriate cables and ensure correct polarity. Place the inverter on a stable, ventilated surface to allow airflow for the active cooling system. Plug 230V devices into the AC outlet and USB devices into the USB port. Monitor load so the continuous draw does not exceed 500W; brief surges up to 1000W are supported for device startup. Follow any safety instructions in the manufacturer manual regarding grounding, fusing and ventilation.

Recommendations

Use appropriate battery capacity and wiring to avoid voltage drop; install a fuse or circuit breaker near the battery connection and avoid exposing the unit to moisture or extreme temperatures for reliable operation.