Okay, more questions. LOL
Is there a difference between going lower resistance with the coils (aside from the difference in volts that it'll take)? It seems that when the coils are closer together, it may make for a quicker gunk. I have seen some people writing about liking lower resistance with the coils, but I can't understand how and why the actual vape would be different. Aside from battery life, is there something else?
I have been able to get my coils and wick really clean. However, while it looks super clean, it doesn't seem to be hitting as it did the first couple days. It's not bad, but it's not quite the powerhouse it was. Is there a particular reason why clean coils and wicks would perform sub-par? Do coils have a sort life even if "clean?" I have used the hell out of this coil over the past week FWIW.
This question is going to be really weird. For some reason, if I switch back to a regular 510 atty for a few hours, when I put the eBDP back on the ProVari, it won't screw all the way down. But, after a few fires, and un-screws and re-screws (that looks weird), it will screw all the way back down. What is going on with that connector? Any thoughts? Sorry if that last question is really bugged out.
New to the Vaping world, but have a good electrical background.
What your missing about the low ohm coils is the amount of work being done. That is measured in amps. voltage/ohms=amps.
Higher amps, more work.
Not sure I agree with lower ohms in battery life, that depends on wattage used.