🔋 Power up your lifestyle—anytime, anywhere!
This 300W pure sine wave inverter converts 12V DC to 120V AC with dual AC outlets and a 5V 2A USB port, delivering clean, stable power for small appliances and electronics. Its compact, lightweight metal design includes built-in cooling fans and comprehensive safety protections, making it ideal for travel, work, and outdoor use.
Item Weight | 2.3 pounds |
Product Dimensions | 8.39 x 4.96 x 2.17 inches |
Item model number | af56a52e-889d-479b-bbb3-2ebd835297c2 |
E**7
Great inverter
Much better compared to modified sine. Works great with small solar setup.
Y**
Great quality
The inverter tops my expectations on these small islands that don't have such items let alone flashlight batteries.great product
M**G
Didn't Even Last a Day
I bought this for a small solar system I was planning on putting together. It initially powered up fine, so I put it away until I had time to build my system. Months later when I assembled my solar system, it worked for probably 20 minutes and then the fuse popped. I put in another fuse and it popped immediately. I had an older 300 watt modified sine inverter that I plugged in and that one worked, so it's definitely a faulty inverter. Contacted the seller for warranty info and was told to ask Amazon for a replacement. After contacting Amazon support, I was told it was past the return date and they could not process a return/replacement. I would not recommend this product as it has zero warranty beyond Amazon's 30 day return policy.
J**S
This IS a Sine Wave Inverter - Keep wires to battery short, or it will not work as expected..
All of these kinds of inverters need a VERY good HIGH current connection to your battery. If your wires are too long or not a heavy enough gauge, then you end up with too much of a voltage drop in the wires and it's impossible for any inverter to supply the rated power. It will work for light loads, but then the demand gets higher, it will read the voltage drop as an under-voltage input as it should and shut down.You are taking 12 Volts and stepping it up to 120 Volts, and power is power, so if you only have 12 Volts and you want to get 300 Watts, you need 25Amps, and you need the 12 Volts AT THE INVERTER TERMINALS while it's pulling 25 Amps. If it drops down to 10 Volts due to the resistance of the wire, it's not going to work. If you need to supply the surge, then you need heavy enough wire to supply the ENTIRE Surge, This inverter has a surge capacity of 600 Watts, so you need heavy enough wire to supply 50 amps to this and keep the voltage drop down as low as possible, otherwise, when the surge happens, the voltage drop will cause an undervoltage condition.It should be noted that there is NO WAY that the included cigarette lighter cord could have a chance of supplying 50 Amps to this!!I wanted this in the back of my truck and use the auxiliary connection back there to run it, then feed the 120V back up into the cab. The auxiliary connector is fused at 50Amps, so I thought that would be sufficient, and while it could provide 50Amps, the gauge of wire built into the truck was not heavy enough to supply the power needed to end up with 12V at the inverter terminals while supplying the surge. I wanted to use this to run an ice machine in my truck, which needed 500 Watts for about 2 seconds to start the compressor, then 100 Watts while the compressor was running. So even though I was on a circuit rated at 50Amps, I could not keep the voltage at the inverter high enough during the start surge. I did not feel like running new wires, so what I did was put another battery in the back, and hooked up the inverter to that using the wires it came with (not the cigarette lighter plug, that is useless). With short wires connected to the battery it was able to start and run the compressor with no problems. Since it's only the starting surge that really needs the battery, I was then able to use my original connection to keep the other battery charged. This second battery ends up being nice because not only does it supply the start surge, but it allows me to run the inverter when the engine is not running without risk of draining the battery so much, I can't start the vehicle.Unfortunately, this unit was giving me a warning beep while my compressor was running, so I thought I better go to the next size up, which has a capacity of 600 Watts and as 1200Watt surge, and it didn't cost that much more. That one came with heavier cables, I bet if I put the heavier cables on this one, it would have been fine.Edit: I was reading other reviews about this and some claim this is not a sine wave inverter, so I thought I don't want to give a 4 star review if this advertised as Pure Sine Wave and it is not, SO I went to verify this claim on my own, since I am an electronics engineer with a bachelor's degree and over 3 decades of experience, and of course I have many oscilloscopes, I am more than qualified to make this test. So I used a soldering iron as a load, since it is mostly a resistive load, and hooked up the test, using a fully charged battery and connecting only the battery to the inverter, and then plugging in the soldering iron, and hooking up my x10 probe to the line output, and of course hooking up ground to neutral, which I can do because this is entirely floating as the battery has no connection to ground, and I was astonished then right there on my Oscilloscope screen was an undeniable SINE WAVE!!! It's NOT a modified sine wave at all, it's a pretty good PURE SINE WAVE. It has a few minor glitches in it as you can see in my photo, but for the price, it's pretty darn good, and those glitches can't possibly make any difference at all, especially in anything like a computer that does not directly use the AC anyway, it's all rectified and regulated to DC so the exact shape of the sine wave could not ever make any difference at all, and in fact the sine wave provided by this is CLEANER than the sine wave provided by my utility company!There is a simple way that an oscilloscope can show what looks a square wave... when the input is a sine wave... if you forget to switch the probe to x10 then in fact since you would be then exceeding the voltage capacity of the oscilloscope, you will get some kind of square wave on your display... but there is NO Way to make a scope display a sine wave when there isn't one.
A**R
Excellent deal & product!
The media could not be loaded. Great product! Comes with good gauge wire and accessories. The pure sine wave runs appliances Worked with solar charge controller and an air purifier (in video).
J**.
nice clean power
Seems like less buzzing noise than modified sine wave inverters and this is also running some finicky electric blankets that reject anything other than pure sine wave.One was fried by lightning and it's protection circuits shut it down safely with audible alarm. No fire is good.
W**S
Very nice inverter
I initially purchased this inverter, only for my wireless devices, but have found that it’s perfect for my LED television, and even my small freezer. It’s very clean power, and works with all of my electronics, without any problems. A very good inverter for the money.I purchased two more, and keep one under this passenger seat of my truck, for mobile power.
M**Y
It does a good job
The power converter works well. Value for your money, low noise.
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