1000 Watt Pure Sine Wave UPS Inverter

1000W (1100VA) pure sine wave ups inverter with sufficient power, the efficient output is about 90 percent. The USB port in ininterrupted power source inverter is convenient for us to use.

Note: If the load is a refrigerator or similar to a refrigerator with a compressor, it is recommended that the power of the inverter is more than 10 times the power of the load.

Features:

• Ups inverter with pure sine wave output (THD＜3%)
• 1KVA UPS inverter built-in 3-stages battery charger, allow to run loads while charging.
• Automatically switch with a ultra-fast switching time.
• 1000 watt ups inverter has soft-start technology.
• High efficiency-converts the battery’s available power.
• 90% pure sine wave output, low distortion, waveform and main power line AC waveform are basically the same, equipment accuracy is small, low interference, low noise, strong load capacity, can meet any type of AC load, without damaging the load.
• Aluminum shell with good heat dissipation and strong shock resistance.
• Optional crocodile clip and cigar lighters, easy to connect batteries or vehicles' batteries.
• UPS inverter with USB charging port: 5V, ideally qualified for powering your phone, laptop, pc, etc.
• LED indicators for power and protections.
• Switch-mode design in uninterruptible power supply inverter, easy to use.
• Intelligent fan for cooling, long use life.

Parameter List:

Pure Sine Wave UPS Inverter Output Sockets (Optional)

Application:

Tips：How Does A Pure Sine Wave UPS Power Inverter Work?

We see that the pure sine wave inverter first converts DC to AC, and then increases the input voltage (12V, 24V, 48V...) to reach an output voltage of 230V. All our household appliances can be used. From direct current to pure sine wave alternating current. The challenge is to convert direct current into a wave in which current flows periodically in both directions. Let's start with a simple switch. Periodically switching the DC current gives you a square current alternating between zero (switch off) and maximum (switch off). Now you have a periodic current, but it’s not flowing in both directions, it’s still far away from the sine wave. In order to make the current flow in both directions, you need an automatic switch that flips the incoming DC power back and forth by reversing the contacts. This can be illustrated by a rotating disc with a cross-shaped connection. The speed of the turntable will determine the frequency of the alternating current. Now, you have a periodic current flowing in both directions. However, it is still the shape of a square. It requires more electronic circuits to smooth the square into a precisely defined sine wave.