A while back Crash mentioned a problem with certain batts always doing that but she was talking about Big Chuck batts so I didn't pay any attention to which ones were the problem.
I tried putting them back in the charger but still no luck. I'm not sure if the Atty's are LR. I bought the standard 510 kit from Cignot.com, so whatever comes with those are the ones I've been trying.
Shouldn't be LR then.. it may very well be the battery size. Though they should be even longer than the ones I have so I don't know 100%.. maybe if CTJ sees this she might be able to shed some light on the subject.
Does the bottom spring seem to be very spongy or is it pretty hard to press down?
Well, I'm out of ideas lol, let's see if crash has any insight if she checks the thread.
its the protection (PCB)...thats why most use the tenergy lifepo4 16340s....they are not protected w a PCB but rather have a chemistry that will not explode or catch fire. My blue tenergy protected batts will trip every time
Try the yellow/silver tenergy lifpo4 16340s, theyll fire it every time
I know Jeff has said it doesn't matter if you have batteries that have the button on top so that's not worth asking about.
Do you have to wiggle and shake the Chuck or the atomizer?
Are all your atomizers from the same source? If not, maybe you should try one from a different supplier and see if that makes a difference.
ETA: Found what Crash said
If you got them from Madvapes, contact them.I have to shake the Chuck. When I use the single 18650 3000mAH 3.7 I have no problems what-so-ever.
Would these work? I can't seem to find them in 880mAhPFT, Tenergy.
.55A max on those according to Drozd, if you're gonna get LiFePo4's, get the AW.
That's what I use, and I have 0 issues with em. Then again plenty of folks probably have the Tenergy's and no issues either.
*QUOTE*
From Drozd, earlier in the thread.
now max drain rate on batteries:
*AW 18650 (2200mAh) = <4.4A
*Ultrafire 18650 (3000mAh)= <4.5A
*AW IMR 18650 (1600mAh)= <16A
Tenergy LiFePo 3V CR123 (880mAh)= <.55A
*AW LiFePo4 3V CR123 (500mAh) = <5A
Ultrafire 3V CR123 (880mAh)= <1.32A
Ultrafire 3.7V CR123 (880mAh)=< 1.32A
AW 16340 (750mAh)= <1.5A
*AW IMR 16340 (550mAh)= <4.4A
So comparing lists the 18650s even with the most demanding atty your amp draw isn't exceeding the max drain rate of your batteries...
Now the CR123 size alone in the little chuck or even stacked all of em except the high drain (or the 3V AW LiFePo4) you're exceeding the max drain of the battery...leading to overstressing the battery (shortened service life), overheating, tripping the PCB, and possible battery failure..
Doubting it, usually batteries tend to follow suit in their C ratings with other batteries of the same manufacturer.
Guessing those LiFePo4's are the same since I've not heard of them having 2 different mAh ratings on em.
The other ones are Li-ion so you run into the same potential PCB tripping.
AW LiFePO4 3 Volt Lithium Rechargeable Battery
That's what I recommend, because it's what I use, and they work without a hitch.
Thanks, I'll give those a shot. BTW, is THIS charger able to charge these batteries?
Don't believe so, doesn't say it has a 3v function, only 1.2 and 4.2 (for 3.7v)
The charger I use, was the only one Lighthound would reccomend for the batts I bought is below, it works for 3v and 3.7v. You have to set the switch on the side too so if you get it be aware of that.
Ultrafire 3.6 volt or 3 volt RCR123 Lithium Battery Charger
I'm sure there are others that will work, you just have to make sure it has a 3v charge function, which I believe outputs at 3.2v.
I'm more of a sissy safe person when it comes to potential pipe bombs in my hand, so I went with the safest route from the information I gleaned off Drozd, AW seems to be the best quality of the batteries available, and has the best statistics, despite usually sporting the lower mAh rating. Then again, who knows what the others use to measure their mAh, I know ultrafire gets super creative in their methods of obtaining it, possible that Tenergy does too.