so i got my ego today and am wondering--does this suck up way more juice than the 510? is the taste way different with 100 % vg? maybe the atty is just breakin in and affecting the taste...
The standard eGo dressed with its cone may consume more juice because of it gets warmer than undressed.
i find that using LR atties makes me add one more drop per drip fill. hotter=more juice consumed.
Thud is absolutely correct with his definition.
Wrt the cone, because the airflow is somewhat restricted vapour production is increased. Wrt the cone keeping the heat in, yes it does that, but that is not what produces the warmth of the vapour. It is the preheating of the incoming air to the atomiser that increases efficiency, not to mentioned that coupled with the mAh rating of the batt, JoyE made a 510 on steroids.
Now, put on a 900 or even 1300mAh batt on your present eGo, with the same atty and watch your juice consumption increase.
Current delivery:
- reg 510 180mAh = 0.18A
- mega atty 280mAh = 0.28A
- eGo 650mAh = 0.65A
- eGo 900mAh = 0.9A
- eGo 1000mAh = 1A and
- knock off 1300mAh = 1.3A
Just food for thought...
so i'm reading that one really shouldn't use a lr atty on an ego battery (so why the heck do they put them in the kits?lol) so what king of battery would i need to use? one with a higher MaH than the 650 it came with?
so i'm reading that one really shouldn't use a lr atty on an ego battery (so why the heck do they put them in the kits?lol) so what king of battery would i need to use? one with a higher MaH than the 650 it came with?
Where are you reading that?? The eGo can handle LR's. That is all I use. Yes you will need to charge the batt more and effectively shorten its life because of increased charging cycles, but for the night and day difference between standard and LR ----- order me up some more batts. Personal preference here some people do not like the LR's but I really dig them.
In all truth, the eGo is not capable of handling the load period. That being said many are using them and without any significant problems YET. I like the fact that you pointed out that battery life (whole battery life) will be significantly decrease with their use.
You are partially correct wrt shortening the life because of the increased charging cycles. In actual fact, by stressing any battery the rock content of the battery (a normal phenomenon of use) increases exponentially when stressed. battery rock content is the component in LI Ions that will no longer accept a charge, hence the decreased availability of power, until the battery is incapable of accepting a charge.
The aforementioned information can be found here: Welcome to Battery University