Short circuit protection, Reverse connection protection, Battery low voltage protection, Battery low pressure alarm, Battery high voltage protection, Overload protection, Over temperature protection
Output voltage
220Vac±6V
Output frequency
50Hz
Output waveform
Pure sine wave
Conversion efficiency
90%
Cooling method
Fan cooling
Dimensions
355*180*140mm
Net weight
4.7kg
Product Details
Frequently Asked Questions
What devices can be powered by this 3000W Pure Sine Wave Inverter?
This 3000W inverter is designed to run a variety of household appliances and electrical tools. It can safely power resistive loads (such as electric heaters, kettles, lights) as well as inductive and capacitive loads (including refrigerators, air conditioners, microwaves, pumps, and sensitive electronics) up to 3000W of continuous draw, with surge capability up to 6000W.
What is the advantage of a pure sine wave output over a modified sine wave?
A pure sine wave inverter provides clean, smooth, and stable electricity equivalent to grid-supplied utility power. This ensures that sensitive electronic equipment runs without hums, line interference, or overheating, preventing damage and maximizing the service life of your appliances.
How does the built-in LCD display help during operation?
The LCD liquid crystal display shows critical real-time operation parameters at a glance. It allows you to monitor input/output voltage levels, battery capacity status, and load percentage, ensuring easy tracking of the system's operational health.
What protection mechanisms does this pure sine wave inverter include?
The unit has built-in comprehensive safety protection functions including output short-circuit protection, reverse connection protection, low battery voltage alarm and automatic shutdown protection, battery over-voltage protection, overload protection, and over-temperature shutdown protection.
How do I choose the correct input voltage model?
You must match the inverter model to your battery configuration system voltage. The inverter comes in 12V, 24V, 48V, or 60V DC input choices. A 12V DC model must only be connected to a 12V battery bank, a 24V model to a 24V battery bank, and so on.
How does the cooling system work?
The inverter is equipped with an efficient, intelligent fan cooling system. The fans dynamically respond to temperature and load demands, activating automatically to keep internal components within optimal thermal limits while reducing noise and conserving energy.
Voita Electronic
