VV Triton and coil?

[Nfvap11]

Hi All, I just got a VV Triton battery and I am wondering what the change in watts does to the tank ohms and juice use? Does a hire voltage (say 4.8) require the highest ohms coil?

Also, does the ejuice vape quicker on a higher VV setting? (Will I have to fill up my tank more frequently with a higher VV setting because it burns through ejuice faster)?

Thanks all!

 

[DocTonyNYC]

I love my VV Triton battery!

Yes, you need to use higher resistance coils. On their website, Halo recommends the 3.0 ohms for the VV.

Yes, the higher the voltage, the fast the liquid will go. Some liquids taste better at higher voltages, some at lower--it takes some experimenting.

I tried adding a voltage chart that can help guide you, but it was tiny! You can find one easily with a quick Google search.

 

[DaveOno]

Hi All, I just got a VV Triton battery and I am wondering what the change in watts does to the tank ohms and juice use? Does a hire voltage (say 4.8) require the highest ohms coil?

Also, does the ejuice vape quicker on a higher VV setting? (Will I have to fill up my tank more frequently with a higher VV setting because it burns through ejuice faster)?

Thanks all!

When you apply more voltage to any coil, it runs hotter. And hotter seems to equal more juice consumption.

Now with the same voltage, the 2.4 coil will be hotter than a 3.o ohm coil. Using the higher coil permits you to crank it up with a lower risk of burning out the coil. 4.8v might be too much for a 2.4 coil. Also, with the higher ohm coil, you can dial it low and result is the cooler vape than with a 2.4 coil.

Here's way too much info. V=A x Ohms

v is volts, A is amps or current. the more amps, the more the coil heats. And Ohms is the resistance. If you increase Volts, you will increase the current on the same resistance.

Let's say you are at 3.8v with the 2.4 coil.
Your Amps would be 1.58
Now you crank 4.5v with the 2.4 coil, you'll get 1.87 amps, more power.

Replacing the coil with a 3.0 coil gives
at 3.8v gives 1.27 amps
at 4.5v gives 1.5 amps, less power than with the lower coil, resulting in a cooler vape.


Of course, YMMV.

 

[Nfvap11]

This is so helpful! Thank you both so very much!!!!

 

[chesty]

this has probably been already covered, but if you put the lowest ohms coil in, the lowest volt setting might even bee too high, and you can't go lower.
so for best range, you put in a 3 ohm coil, then the lowest volt setting will probably be too low, and the highest volt setting will probably be too high, so somewhere in the middle is the sweet spot.

start at the lowest voltage and vape, crank it up, vape, crank it up, vape, keep doing this until you go too far and get a bad vape, then crank it down a bit.