So is it the 6.57 volts you can't understand?
4 7.2 ohm coils add up to a 1.8 ohm coil.
6.57 volts on a 7.2 ohm coil isn't hard to understand
Vaping over 6 watts makes chest hurt
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So is it the 6.57 volts you can't understand?
4 7.2 ohm coils add up to a 1.8 ohm coil.
6.57 volts on a 7.2 ohm coil isn't hard to understand
You may know the math, but you're completely missing the point.
Not all 1.4Ω set ups are created equal.. there are different ways to get there... For instance a) using multiple coils....yes, you can have a quad build at 1.4ohms....b) different gauge wire... these things do not effect total wattage output as we're keeping them all at 1.4Ω, but it certainly effects wire temperature...
i think you mistakenly interpret total wattage for heat... where reality is: you can reduce heat at any given wattage by increasing surface area by either lowering gauge of wire...or running multiple coils...
so yes... you DO have misconceptions..
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This is entirely correct.
How much wattage you can vape at depends on the surface area of the wire because it is really the temperature that counts.
A big piece of metal will need more wattage to get hot than a small piece of metal.
Relating back to the OP, 6 watts is probably what your particular coils can take; if you want to run higher wattage, you need bigger coils.
...
lol.... in a nutshell: assume volts, ohms and wattage remain constant...simply changing gauge of wire to a lower gauge would increase surface area (need more wire to keep ohms constant) which the wattage (which would be contant) needs to heat... resulting in lower wire temp! or as we like to refer to as a cooler vape...lol
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tbh, I had similar effects when vaping 100% or high vg juices.
But its been clearing up lately. might also be allergies
But its been clearing up lately. might also be allergies
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