Pure sine wave inverter for 12V 1000W isolated solar system, analog display

1000W inverter

Weight: 1 kg
Size: 240x112x60 mm
Output voltage: 230V (50 Hz)
USB device power supply: 2x 5 V 2.1 A
Peak power: 2000W
Continuous power: 1000W
Input voltage: 12V
DC voltage range: 10.5V-15.5V
Low voltage alarm: 10DC ± 0.5V
Low charge shutdown: < 9.5V +/-0.5V
Overvoltage shutdown: > 15, 5 V
Stop overheating: > 60 °C
Relative humidity: < 60%
Efficiency: > 85% (typically approx. 92%)
Average energy consumption in standby mode - without load: typically at >12.5 V approx. 13 W, <11.5 V can be up to 35 W
Connection cable cross-section: 10 mm²
Connection cable length: 50 cm

Accessories:

1 1000W DC 12V to AC 230v inverter
2 battery cables with clips
1 cigarette lighter plug

Pure sine wave inverter

With this inverter, you can generate 230V alternating voltage from 12V direct current (even for the conversion of electricity produced by a battery or solar isolation system) and thus you can operate many household appliances with a nominal voltage of 230V.< /span>
The output voltage of the inverter is 230V alternating current, pure sine wave.

An "inverter" is a device or equipment that converts electricity. It usually converts direct current (DC) to alternating current (AC) or vice versa. "Inverter" is typically used, for example, in solar panel systems that usually produce direct current, but home or commercial electrical networks use alternating current.

A "pure sine wave inverter" means a type of inverter whose output signal corresponds to a sine wave such as that supplied by the conventional electrical network. This means that the frequency and amplitude of the current is exactly the same as in the case of the current coming from the city electricity network.

This may be important for certain electronic equipment, especially sensitive devices such as computers that require a precisely regulated power source. Pure sine wave inverters are usually more expensive than other types of inverters, but in some cases it may be worth choosing this type of inverter for reliability and protection of devices.

The inverter is equipped with short circuit, polarity reversal, low and overvoltage protection.