Voltage converter SINUS 24V/230V 300/600W 14322

Voltage converter SINUS 24V/230V 300/600W

The car voltage converter from 24 V to 230 V allows connecting an electrical device to the power supply from the car battery. A specially designed system enables generating current (pure sine) with a continuous output of 300 W and an immediate (pulse) output of 600 W. The voltage converter is equipped with a shutdown function at too high or too low input voltage, protection against overheating, and a fuse against short circuit. Besides the standard type F 230 V socket, the converter is also equipped with a USB connector, which allows direct charging of devices such as phones or tablets. The device converts direct current from the 24 V car battery to alternating current with a voltage of 230V. Sine converters, unlike classic AC/DC converters, produce alternating voltage from the sine wave (just like in the electrical network) at the output. Therefore, it is suitable for powering devices such as electric tools, pumps, electronics, and household appliances. The package includes cables for direct connection to the battery with crocodile clips and a plug for the 12V electrical socket in the car.

Input voltage (DC):
Maximum current voltage: 30 V
Nominal input voltage: 24 V
Rated voltage: 24 V
Minimum supply voltage: 21 V
Range of input voltage: 21 - 30 V

Output voltage (AC):
Maximum (pulse) output power: 600 W
Continuous output power: 300 W
Range of output voltage: 220 - 250 V
Rated voltage: 220, 230, 240 V
Voltage waveform: pure sine wave
Voltage frequency: 50, 60 Hz
Efficiency: 93 %
USB voltage: 5V / 500 mA

Technical data:
Dimensions (h x w x d): 224 x 100 x 60 mm
Weight: 0.88 kg
Transformer: high-frequency transformer
Cooling: fan
Protection class (IP): IP20
Operating temperature: 0 - 40 °C
Fuse: 1 x 30 A

Important:
Do not connect the 230V alternating voltage output of this voltage converter in series or parallel with other sources of 230V alternating voltage (e.g., with the public distribution network socket or other converters).