Pure Sine Wave Inverter is one of the most effective DC to AC converting devices in the world, it possesses the chief advantages of optimal quality AC output, sophisticated design, microcomputer control, so this inverter is considered to be simple, stable, noise-free and pollution-free. It is befitting application for field without any type of energy like wind turbine, solar, electricity, ships and vehicles etc. This series of inverter can also provide AC voltage to numerous sorts of equipment and appliances like Air Conditioners, Television, Electricity-driven Motors, Fans, Fluorescent Lights, Refrigerator and other devices. The output waveform of the inverter is sine wave; such type of AC power is befitting for various industrial electronic gadgets, tools and home appliances, becuase the power supply is more efficient than other forms of sine or square wave.
Making a use of the fifth effective IPM Intelligent Power Module from Mitsubishi with optimum performance, better efficiency and strong protection function, longer service life going up to 15-20 years.
The Low Frequency type of Transformer, that makes sure the inverter features excellent efficiency and minimal or no load loss.
The input voltage range spans from 100-500Vdc to 300-900Vdc.
Outfitted with Color LCD Touch-screen and characterized in simple installation and convenient set up parameters.
The input voltage and output voltage,frequency can be custom made to user specification.
Outstanding conversion efficiency and maximum Efficiency getting at 98%.
Our range is certified with European CE (EMC and LVD) and listed in Australian CEC.
Specifications of Pure Sine Wave Inverter:
Low Frequency Transformer
Input rated voltage VDC
Input rated current A
Rated AC output power
AC output waveform
Pure sine wave
Single phase 2 wire and ground
Output rated voltage
Output rated current A
Charger outside/inside (optional)
Power Factor PF
Inverter efficiency (80% resistive load)
Total voltage waveform distortion rate
Crest Factor (CF)
Electrical insulation properties
1500Vac, 1 Minute
Using environment humidity
Input under voltage, over voltage, over temperature, over-current, short circuit, etc.