Inverter - 12 to 230 volts - dc

12V to 230V Inverter, max. 3000 Watt Voltage converter that allows you to use 230V AC devices with a 12V DC connection. Ideal for using your European appliances via the cigarette lighter in your car. In addition, the inverter has an extra USB output to directly charge your USB devices. Specifications: Input voltage: 12 Volt DC, Output voltage: 230 Volt AC, Modified sine wave, Maximum power: 3000 Watt, Extra: USB output: 2100 mA. !!This inverter is a modified sine wave inverter. For optimal use with devices such as high-end audio & video equipment, laptops, gaming systems, cordless tool chargers, kitchen appliances, appliances with variable speed motors, measuring equipment, electric shavers, oxygen concentrators, fax machines, garage door openers and other sensitive electrical appliances, it is better to purchase a pure sine wave inverter!! Please note: if you use an inverter with insufficient power, both the inverter and the connected device can be damaged. Do you want to determine which inverter is suitable for your device and application? Then follow the step-by-step plan at the bottom of this page. The maximum power of this inverter is 3000 Watt, suitable for devices up to approximately 1500 Watt. Choose an inverter with the correct voltage and wattage in 4 steps 1. First, choose the correct voltage for the inverter. This type of inverter converts the voltage from X volts to Y volts. X is the voltage of the socket to which you will connect the inverter. A European socket, for example, always has a voltage of 230 Volts. Y is the voltage of the device you are going to connect to the inverter. This voltage can be found on a sticker near the power cable or in the device's manual. This inverter converts 12 Volts to 230 Volts. 2. Then look up the power in Wattage (W) of your device. This can be found on a sticker near the power cable, or in the device's manual. Sometimes manufacturers only state the Voltage (V) and Amperage (A), for example 230 volts and 2 amperes. You can then calculate the power in Wattage as follows: V x A = W, in the example 230 x 2 = 460 Watt; 3. Now we calculate the required power for the inverter. You always need an inverter with at least double the wattage of the device you are connecting to the inverter. The minimum required power is therefore calculated as follows: device wattage x 2. To stick to the example above: 460 Watt x 2 means you need an inverter with a maximum power of 920 Watt; 4. Always choose the right inverter for your application! If you use an inverter with insufficient maximum power, the inverter can overheat and be damaged. Your connected device can also be damaged. The maximum power of this inverter is 3000 Watt, suitable for devices up to approximately 1500 Watt. Is this inverter not suitable for your application? Then select the correct maximum power for your device from the menu on the right. Ask a product question