Thank you kindly. Will do.You should be able to but I'd keep an eye on it. You may need to start the truck to provide enough amps
WAIT!Thank you kindly. Will do.
Renolgy makes a pure sine wave inverter, you can get a 1000 watt one for about $200. Look at the manual for your truck, this is from a Tacoma:Ok. Thanks. I'll research further. Maybe look into inverter.
Yeah, the problem is (look at your manual) they are not built as pure sine wave inverter‘s, those are pretty pricey. You can tell how bad it is for your electronics when you plug it in - you’ll hear buzzing that doesn’t happen when you plug it into a wall outlet. This is caused by the inverter trying to simulate a smooth AC current, but I can only do it in stair-steps which are bad for the electronics in power supplies and other digital equipment.I have a 2023 toyota tundra 1794 so that might work.
Nice truck model, by the way! Mine is a 2017 Tacoma.I have a 2023 toyota tundra 1794 so that might work.
Oh, you can also get a battery there. They have a pretty inexpensive solar battery with about the same capacity.Thanks.. we have HF nearby.
You do not say what the amperage output of your 120V outlet is… Why play with various adapters, get it straight from DJI…My truck has 120v outlet.
The 120v outlet is 400amps EDIT: 400watts not Amps!!! I get what he’s trying to do, it’s conveniently located inside the cab of the truck. Since he asked about it, I figured he wanted to use it, possibly for other stuff too. But you’re right, a 12v cigarette lighter adapter for charging or going directly to the battery would be better and less expensive. He could also use the larger battery pack with that DJI 12 V charger without an inverter as well.You do not say what the amperage output of your 120V outlet is… Why play with various adapters, get it straight from DJI…
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400 Watts maybe. 400 Amps? That would surprise me.. That would be 48kW (at 120V). A Ford lightning only has a 9.6kW generator. Not sure a Tundra can output that.The 120v outlet is 400amps. I get what he’s trying to do, it’s conveniently located inside the cab of the truck. Since he asked about it, I figured he wanted to use it, possibly for other stuff too. But you’re right, a 12v cigarette lighter adapter for charging or going directly to the battery would be better and less expensive. He could also use the larger battery pack with that DJI 12 V charger without an inverter as well.
Having a battery set up as useful though, I use mine for my drone, phone and camera batteries, and when plugged into the truck battery while traveling, I also can use it for my E bike and our refrigerator.
Oops- yeah Watts!400 Watts maybe. 400 Amps? That would surprise me.. That would be 48kW (at 120V). A Ford lightning only has a 9.6kW generator. Not sure a Tundra can output that.
I got the DJI 12V A2s battery charger as well and it worked fine in my RV, my VW Jetta and my Colorado. The charger input is 4A@14VDC and outputs 2.7A@ either 13.2V or 12.6V (DC). You are typically going to be more efficient using a DC to DC converter than taking your car battery at around 13V, stepping up and converting to AC then converting back to DC using the AC battery charger. As for the question of a non pure sign wave, the battery charger just rectifies the wave of the input then smoothes out the ripple voltage back to DC. I don't see why it would matter if the input wave isn't purely sinusoidal. Any AC motor would be effected but a battery charger wouldn't be impacted (other than efficiency of the conversion.)
We did kill battery chargers on a research ship when they were not plugged into a filtered AC line- the alternators were rough and you could tell when the power supply was plugged into the wrong outlet - they buzzed.400 Watts maybe. 400 Amps? That would surprise me.. That would be 48kW (at 120V). A Ford lightning only has a 9.6kW generator. Not sure a Tundra can output that.
I got the DJI 12V A2s battery charger as well and it worked fine in my RV, my VW Jetta and my Colorado. The charger input is 4A@14VDC and outputs 2.7A@ either 13.2V or 12.6V (DC). You are typically going to be more efficient using a DC to DC converter than taking your car battery at around 13V, stepping up and converting to AC then converting back to DC using the AC battery charger. As for the question of a non pure sign wave, the battery charger just rectifies the wave of the input then smoothes out the ripple voltage back to DC. I don't see why it would matter if the input wave isn't purely sinusoidal. Any AC motor would be effected but a battery charger wouldn't be impacted (other than efficiency of the conversion.)
Good to see others that have a Tacoma. Mine is a 2013 and I’ve already gone thru the hard wire install of a 2000 watt sine wave inverter just for running a small portable fridge and charging drone batteries. I also have both connections for 120 and 12 volt at the tailgate. Cigarette lighter socket with USB A and C connections. A great time saver and works well.Nice truck model, by the way! Mine is a 2017 Tacoma.
Ok. Will do. ThxYou do not say what the amperage output of your 120V outlet is… Why play with various adapters, get it straight from DJI…
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