Modified Sine Wave Car Power Inverter 200W

Discover the power of our Modified Sine Wave Car Power Inverter 200W, an efficient and safe solution for converting direct current (DC) to alternating current (AC) for use with various electrical appliances. With a capacity of 200W and a peak capacity of 400W, this inverter is perfect for powering everything from small household appliances to electronics in the car.

Features:

• Converts 12V DC to 220V AC for use with general electrical appliances.
• Equipped with an LED digital display that monitors voltage data in real-time.
• Two outlets (EU/US) and four USB ports for simultaneous power supply to multiple devices.
• Includes 10 different protection mechanisms for safe and stable operation, ensuring that multiple appliances can be powered simultaneously without risks.
• Built with a cooling fan with intelligent temperature control that automatically activates when the unit is turned on, allowing for quick heat dissipation.
• The AC outlet has an independent power switch for increased safety and economical use. When connected to the cigarette lighter socket, the four USB ports are always active.

Specifications:

• Model: Modified Sine Wave Inverter
• Function: Converts 12V to AC 220V
• Material: Metal shell and plastic
• Cable length: 60CM
• Waveform: Pure sine wave
• Conversion efficiency: 90%
• Rated power: 200W
• Peak power: 400W
• Input voltage: 12V
• Output voltage: 220V
• Output frequency: 50Hz/60Hz
• Power source: Car cigarette lighter socket

Important Instructions:

Please note that the 12V inverter can only be connected to a 12V battery (Normal operating range is from 9.5V to 15.5V), and the 24V inverter can only be connected to a 24V battery (Normal operating range is from 19.5V to 28.5V). Do not connect the inverter to the household mains! When using 12V/24V to connect to the car's cigarette lighter socket, do not exceed 120W to avoid blowing the car's fuse. The installation and commissioning of the inverter should be carried out by electricians who understand the structure and operation of the inverter.