
The 3000W Pure Sine Wave Power Inverter acts as a DC to AC converter that allows you to power your household appliances. Unlike modified sine wave inverters, this 3000W inverter is a pure sine wave, capable of producing cleaner, smoother, and more reliable electricity to operate tools, fans, lights, and other electronics without interference. Many off-grid systems require a 12V solar inverter to power everyday electronics and this one includes multiple protections to help things run smoothly and safely. The inverter will come with a wired remote that can be used to turn on/off the inverter. The included AC hardwire port comes in handy when wiring the inverter to an AC distribution box. All these added features make this inverter the perfect choice!
Q: What is the continuous power output of this power inverter?
A: This power inverter has a continuous power output of 3000 watts.
Q: What type of wave does this inverter produce?
A: This inverter produces a pure sine wave, which is cleaner and more reliable than a modified sine wave.
Q: How efficient is the DC to AC conversion?
A: This inverter has a conversion efficiency of greater than 90%, which helps to reduce conversion loss.
Q: Does this inverter have any safety features?
A: Yes, this inverter includes LED indicators for under-voltage and over-voltage protection, over-temperature protection, over-load protection, short circuit indication, cooling fans, and ground-fault circuit interrupter (GFCI) protection.
Q: Does this inverter come with a remote?
A: Yes, this inverter comes with a 16.4ft wired remote that can be used to turn the inverter on and off.
A: Hello Cal. Thank you for reaching out to Renogy. While the inverter has various protections in place, it does not include reverse polarity protection. Therefore, it’s crucial to be very careful during installation. If the positive and negative connections are accidentally switched when hooking it up to the battery, the unit could be at risk of short circuit damage. Please double-check your connections to ensure they're correct before powering on the unit. We hope this helps!