Okay, so the mighty ProVari doesn't have Variable Watts...
What do I do??
Well, you could look to a mod that has VW... Or learn some silly Ohm's Law equation that doesn't even make sense...
- OR -
You can use this fancy, handy chart I made!
It's a bit big, I apologize for that...
For those that want to know what watts they are vaping at with a ProVari, this chart is what you need... Simply match your voltage with your resistance, and there you have it!
For some more detailed info on the 14.5 Watt and 3.5 Amp limitations, please check out:
http://www.provape.com/v/images/ProVariV1vsV2.pdf
A Handy PDF document that outlines the tech jargon behind the quoted limitations in the chart...
1.2 Ohms seems to be the area where max watts and max amps cross paths. Keep in mind, if you are right at 1.2, it probably won't fire.
Also, if you ride the fine line of max current (amps), there is a possibility you could burn out the board if the thermal error doesn't kick in fast enough.
Have fun!
What do I do??
Well, you could look to a mod that has VW... Or learn some silly Ohm's Law equation that doesn't even make sense...
- OR -
You can use this fancy, handy chart I made!

It's a bit big, I apologize for that...
For those that want to know what watts they are vaping at with a ProVari, this chart is what you need... Simply match your voltage with your resistance, and there you have it!
For some more detailed info on the 14.5 Watt and 3.5 Amp limitations, please check out:
http://www.provape.com/v/images/ProVariV1vsV2.pdf
A Handy PDF document that outlines the tech jargon behind the quoted limitations in the chart...
1.2 Ohms seems to be the area where max watts and max amps cross paths. Keep in mind, if you are right at 1.2, it probably won't fire.
Also, if you ride the fine line of max current (amps), there is a possibility you could burn out the board if the thermal error doesn't kick in fast enough.
Have fun!