watts and voltage.

[jollyme]

vaparroos,

so here is a chart: http://i.imgur.com/6oraBGI.png

this charts says if i have a 1.2 ohm in my kanger subtank that i can vape at 6.0 volts at 30 watts and be ok, but i know that is not the case...

when i'm vaping at 1.2 ohm at 3.8 votls its ok, but i'm in the orange too...why am i still in the orange at 6 volts?

hope that makes sense...

 

[Topwater Elvis]

The charts are worthless for anything other than carto's or older ego t type or top coil clearo's.

Vape to taste not to a number, folks get way too hung up on the numbers, forget the silly charts.

 

[noway]

Simpfied for understanding the relationship between volts and watts:

watts = volts * amps

Watts is a measure of power

 

[Tyberias]

That chart doesn't take into account some variables that greatly change the wattage needed. The type of resistance wire used, the gauge of wire used, the type of coil, and the amount of airflow over the coils greatly influences what wattage can be used.

For example, a 1.8 ohm 30 gauge coil produces a scalding hot vape at 20 watts, but a 1.8 ohm 26 gauge coil barely produces any vapor at 20 watts.

 

[tj99959]

What it amounts to is that every topper needs to have it's own chart. The chart made for cartomizer tanks is not going to work for clearomizer tanks.

 

[lovemytank]

Like noway said volts x amps = watts. I prefer to use volts squared divided by resistance = watts. This helps me figure out what batteries I need to get the watts I want. Watts = total heat. In my mind nothing else matters, I judge all juices' sweet spots by watts and use the battery/mod/tank combo that fits.

 

[Thrasher]

That chart doesn't take into account some variables that greatly change the wattage needed. The type of resistance wire used, the gauge of wire used, the type of coil, and the amount of airflow over the coils greatly influences what wattage can be used.

For example, a 1.8 ohm 30 gauge coil produces a scalding hot vape at 20 watts, but a 1.8 ohm 26 gauge coil barely produces any vapor at 20 watts.

+1

 

[Robert Dean]

That chart doesn't take into account some variables that greatly change the wattage needed. The type of resistance wire used, the gauge of wire used, the type of coil, and the amount of airflow over the coils greatly influences what wattage can be used.

For example, a 1.8 ohm 30 gauge coil produces a scalding hot vape at 20 watts, but a 1.8 ohm 26 gauge coil barely produces any vapor at 20 watts.

+1

+2

 

[Ryedan]

+2

+3 .....................

 

[WonderDude32]

I'm not going to be #4. I saw the movie.