Is TW the only vendor that sells the 'charge five batteries at a time' unit?
Is TW the only vendor that sells the 'charge five batteries at a time' unit?
I was looking at getting a mod like the Chuck or one of the others, but they are all really big and I dont think I want to do that just yet.
So, I have used my batteries for almost a full day now and it seems like they last 3-4 hours with heavy vaping. When I say heavy vaping, I mean vaping almost non stop for the duration of the charge. Maybe stopping for a five minute break every 20 minutes or so.
This is much better than the old standard batteries for sure, but I was still hoping for a little longer. I guess I will be happy with that for now.
I was looking at getting a mod like the Chuck or one of the others, but they are all really big and I dont think I want to do that just yet.
Most 501 atties would burn out after around 10secs!!!
Most 501 atties would burn out after around 10secs!!!
Sigh all you like, dosen't make the 510 anybetter than it is.
What relevance does running an atty for 10 mins solid have?? Most 501 atties would burn out after around 10secs!!! (Iget what you're saying, but don't you mean the battery activating for that period of time?)
Would you care to share the equation that you got those figures from?
I'm a little lost here. Are you saying 501s are bad or 510s?
I'm sorry you missed the relevance. I will try to "dumb it down" a bit.
Comments like "I get 4 hours" are meaningless, useless, and are of little help since vaping habits are individual an unique.
The best one can do in order to get an "apple to apple" comparison is use the resistance of the battery in conjunction with the mAH capacity of the battery for a specific model to calculate the "on time" that is available for a full charge. After that, your true "vaping time" is a function of your specific duty cycle (vaping vs. non-vaping time ratio).
The math and theory for the time calculation is pedestrian.
Batteries have a "capacity" value stated in mAH (milli-Amp Hours). Divide that by 1000 to get AH (Amp Hours)... multiply that by 60 to get "AM" (Amp Minutes).
The amps (current) drawn by a PV is defined by Ohms law. Divide the battery voltage (3.7V in these cases) by the atomizer resistance to get the PV current requirement in Amps.
Divide the Amp-Minutes by the Amps to get the Minutes.
Easy.