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Toro Inverter: A Portable and Convenient Charging Solution
Toro, a well-known brand in the world of outdoor equipment and tools, has recently released an inverter that promises to provide 2.5 amps of AC output at 120 volts. It is also equipped with two different USB outputs: a USBC and a USB. This portable inverter is a very useful and convenient tool that can be used in various situations.
If you’re looking for a simple and reliable inverter, this one from Toro is definitely worth considering. It is pure sine wave, just like the Milwaukee inverter, and is also very easy to use. During the winter season, it is preferred by truck drivers who already have a Milwaukee inverter in use during summer.
It is important to note that this inverter is not just any ordinary power bank. Most trucks are equipped with USB outputs, but not all have 120 outlets. Additionally, when you turn off the truck, the USB outlets turn off as well. This is where the Toro inverter comes in handy. You can charge your earbuds, flashlights, heated equipment, and anything else you need to charge using the USB outputs. For anything that requires 120 volts, you can use the 120 outlet.
This inverter comes with a Toro battery during the winter season and a Milwaukee battery in the summer season. This makes it easier for travellers to have two batteries available in the truck for their convenience.
The Toro inverter is available at a price of $119, which can be considered a little on the higher side, but the features it offers do justify the price. It is rated at 300 watts and 2.5 amps, which makes it a perfect fit for a DeWalt charger. If you turn it on and see that the LED light turns green, it means that the inverter is on and ready to charge.
One of the unique features of this Toro inverter is that it provides 122 volts of energy, which is not commonly seen in other power stations. However, when it comes to Hertz, you might see a different story. Hertz is usually at 60, which is the standard. With this Toro inverter, the Hertz rate can be a bit higher than usual, causing the cycles per second to be higher compared to anything else. This might not be the most ideal electricity, but it can still work well if you have a rectifier or anything else installed.
It is important to note that the efficiency might vary depending on how you’re using the inverter. If you’re using a 6 amp or 2.5 amp 120 volt charger, it might cause the inverter to turn off automatically due to safety features. You need to be careful about plugging in devices that might not be able to handle the power output.
Despite these considerations, the Toro inverter has many uses and is perfect for those who are always on the go. You can charge multiple devices using the USB and AC outlets, making it an ideal tool for camping, fishing, hunting, hiking and more. However, do not expect it to work for high-power devices like electric blankets or crockpots.
In conclusion, the Toro inverter is a great solution for those who need to charge their devices while on the road. It is easy to use, portable, and versatile. With its 300 watts power output and 2.5 amps at 120 volts, it can handle most charging needs. Just be sure to use it safely and efficiently to avoid any mishaps.
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Too bad Toro does not offer a full fledged Power Station like Ryobi and Ego sell. One inverter per battery is ridiculous IMHO.
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Hear me out. When the truck is off you can just get a 20 dollar cigarette lighter phone charger to charge your phone most vehicles at least have one cigarette lighter that stays on all the time
I have a hard time believe that inverter is pure sinewave. Its size is too small to contain all the necessary electrical components for a pure sinewave inverter.
This portable power is a bit of a let down. only 30 watts of usbc ?
As others mentionned, testing under some load would be more relevant. And second, there's 2 types of AC inveters, the "pure sine waves" which are the safe and expensive ones, safe for any load, and the "non sinusoidal" as those 2, simpler and cheaper that you shouldn't use with "sensitive electronics" as they say, without ever saying what are sensitive electronics…
Your output will be different under load. There’s going to a balancing act across many battery inverters of different sizes and incoming volts to the selected components used. There’s a few different conversions going on inside with power going through the mosfits, and a transformer before you get your outgoing power and then the power draw is going to depend on the efficiency the components inside the inverter can give it to you. So it’s going to be tough to squeeze out the cleanest power from a tiny device. Since it’s known you won’t get clean power from a tiny device the bean counting sales department decides to either skimp on the components to drive sales or put higher end components to a threshold where the juice is worth the squeeze.
Ego has a new 400w pure sine USB-C PD inverter/charger coming out in 2023. Can’t wait.
They are no true sine wave
so the wave form is all over place
I've had a different experience with my Milwaukee inverters. Give it a fluke test while you have a load being drawn. That will give you real data under load. Otherwise, the voltage at idle will be different.
Any chance you’d be able to test the new power inverter from Ryobi that you can use a 18v battery, car battery, or standard 12v??
Is charging a dewalt battery one of your end goals? Or just an example? Dewalt makes a usb-c adapter I think would work better with the toro's usb-c output.
I'm not an electrical engineer but an electrician haha. Anyways I know Hertz is the most critical measurement. Every electrical utility I've ever checked the Hertz on is always dead on 60 Hz. The voltage is always a little different from electrical utility to utility but never the Hertz. I believe the Hertz is so variable in these units because they aren't pure sine wave rectifiers. There's probably alot of total harmonic distortion. In fact the Ridgid power source even admits to as much. There's a warning label on the side saying:
The output of this device is not sinusoidal. It has a total
harmonic distortion of 40 percent and maximum single
harmonic of 30 percent. The inverter uses a modified
sine wave output that is not recommended for use with
certain power supplies or circuits. The modified sine
output waveform of the inverter may also result in reduced performance from the device.
I'm sure we would see a terrible sine wave from the Toro, Milwaukee, or Ridgid power adapters. If you could source an oscilloscope that would be cool to see the power output of these units
I wish DeWalt would do more 60V inverters and tools, like a 60V heat gun…
Trash
If you're pulling 150 watts out of the Milwaukee does the battery get very hot? You need to make a video of that with your thermal camera.
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