Voltage converter SINUS 24V/230V 1000/2000W 14324
Our prices are based on several factors, such as the current exchange rate, product availability, distributor terms and more.
Voltage converter SINUS 24V/230V 1000/2000W
The voltage converter for cars from 24 V to 230 V allows the connection of electrical devices to be powered from a car battery. A specially designed system enables the generation of current (pure sine wave) with a continuous output of 1000 W and an instantaneous (pulse) output of 2000 W. The voltage converter is equipped with a shutdown function for too high or too low input voltage, protection against overheating, and a fuse against short circuit.
In addition to the standard F type 230V socket with a universal socket, the converter is equipped with a USB connector that allows direct charging of devices such as phones or tablets. The device converts the direct current from a 24 V car battery into alternating current with a voltage of 230V. Sinus inverters, unlike classical AC/DC inverters, produce an alternating voltage from a sine wave at the output (just like in the electricity grid). Therefore, it is suitable for powering devices such as electrical tools, pumps, electronics, and household appliances. The package includes cables for connection with ring connectors.
Input voltage (DC):
Maximum current voltage: 30 V
Nominal input voltage: 24 V
Rated voltage: 24 V
Minimum supply voltage: 21 V
Input voltage range: 21 - 30 V
Output voltage (AC):
Maximum (pulse) output power: 2000 W
Continuous output power: 1000 W
Output voltage range: 220 - 250 V
Rated voltage: 220, 230, 240 V
Voltage progression: pure sine wave
Voltage frequency: 50, 60 Hz
Efficiency: 93 %
USB voltage: 5V / 500 mA
Technical data:
Dimensions (h x w x d): 342 x 166 x 90 mm
Weight: 2,85 kg
Transformer: high-frequency transformer
Cooling: fan
Protection class (IP): IP20
Operating temperature: 0 - 40 °C
Fuse: 2 x 30 A
Important:
Do not connect the alternating voltage output 230V of this voltage converter in series or parallel with other sources of alternating voltage 230V (e.g. with a power socket of the public distribution network or other inverters).
