And the word is that the
king of High Drain Li-Mn batteries bar none is the
AW IMR.
If Arizer is using something else, I'd sure be curious what it is. I'd also be very interested to know how or why they would detect using something like the AWs in the Air.
Any idea, @
OF ?
IMRs are old friends to many of us. I probably have half a dozen or more split between 18650s and 15500s (a 'must have' for TV Alpha supplies). I'm sure Ataxian has more. Lowest internal resistance cells (therefore highest current), best suited to 'open loop' (unregulated) systems running flat out (like the TV stuff, Persei and so on).
More
expensive to buy than most, and
considerably shorter cycle life (they don't last as long), typically 60% or so. AW is "Andy Wong" the distributor, comes with an oval sticker with his logo. He is a broker, not a maker. He buys from several makers, from whoever can meet his improved specifications (marked for him, of course).
Sort of a 'made of us' kind of thing. They cost more, and perform better than other IMRs (like Lighthound and others offer). The IMRs that Delta 9 used to ship with Omicron (AW 15650) actually does worse under load than the same (AW) 'brand' 15500. You'll find some discussion of this on the FC Omicron thread a couple years back, a very practical improvement in performance comes from shifting to the 'inferior' (in capacity) AW 15500. It led to a shorter tube option to use the 'inferior' (based on capacity) AW 15650. Wanna guess who 'discovered' and pushed that? In Persei (which can use two 18350s for higher power carts), D9 used to ship 'generic' IMRs (blue IIRC) but offer/recommends AW brand for serious use (at higher price, of course).
While they will fit Air (I checked) fine,
I sure hope that's not what they are using. It would be a very questionable choice, engineering wise. And they will have shorter 'cycle life' since they wear out faster than other types. And, more importantly, there is
no useful advantage. While they would trivially decrease start up time
the first session, otherwise they would simply cause Air to be on a tiny bit less time each heating cycle (the 'heating light' flashes a fraction of a second less each time), since it's a closed loop system. They'd just shift the duty cycle (ratio of on to off times) by an amount that wrould defy casual measurement. And, being lower 'energy density' (less mAh) they would need to be recharged sooner (as they do in TV, D9 and other vapes that 'need' them).
"High drain" is just not useful, a trade off we can't take any advantage of. Assuming better numbers here means a better choice in this application is simply not so. We'd 'trade away' other factors we could actually take advantage of. I'll go for longer life between charging and longer service (total sessions) before replacement I can actually take advantage of every time. Oh, and lower cost, that's nice too.
So, boiled down, that's my idea on the idea. A
more expensive, harder to source, shorter lived, lower capacity choice that excels in some other applications but IMO would be a bad choice here offering no trade off worth having. I hope they're not using it for some unseen reason. And I very seriously doubt they are. Their engineers know all this stuff (and more) no doubt. And every IMR I've ever seen says "IMR" on it (usually in the part number, B18650CC on the cell that came with my Air).
Like that kind of idea(s) ?
About the Battery, I've some E-cig and I already have some 18650 Batteries that I use to charge with the Joyetech charger.
The Joyetech charger as:
Input: 4.8-5.8V - 1.0-2.0A
Output: 4.2V - 1000mAh
Can I charge the Air Battery with this charger?
Hey, I've got one of those around here somewhere, different color IIRC, very compact, good for travel.
Yes, you can use it, but should you is another question. For now, the maker says 'no, don't do that', and says it will void the warranty.
Your call, but I'm holding off until he shows his hole card.
Regards,
OF