What bothers me is the description doesn't list an amp rating and I'm not sure but don't think you're supposed to use protected batteries. I am a battery noob though so hopefully someone smarter than me will come along.![]()
You and me both!! I haven't pulled the plug on them yet. I posted in the Reo sub forum so I'll see what they say. If I can't use them, I'll just order more of the ones I have and pick up a multi meter to check the charge on them.
2nd post here makes them sound fine. I always prefer more mAh for more run time. I am sure you will get your answers from people on your post. The trick for me was finding people talking about the REO mini 2.0
http://www.e-cigarette-forum.com/fo...ound-out-about-reo-mini-have-3-questions.html
Charging is volts, and that charger you have cuts off at 4.2v when the light goes green. And I have double checked it with a DMM but having one to use wouldn't hurt at all.
Thanks NPL!!! I just don't seem to get the use time with the batteries I have that others do.From what I've read so far I need to check how many amps the batteries are being charged to? I hope I worded that right but I know you know what I'm talking about.
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Yep - you should go with IMR (safe chemistry) bats as opposed to "less safe" chemistry bats with protection.
Look for "IMR" in any bat you're considering.
As for the amp limit question, it's just a rating for the maximum current a battery can handle. You want it to be higher, not lower.
Using Ohm's Law, you can calculate the amps you're drawing from the battery as:
Battery Voltage / Coil Resistance
The batteries we use are 4.2 volts when fully charged. If you were using a 1.0 ohm coil, you'd be drawing 4.2amp (4.2/1.0), and so you need a battery capable of safely handling 4.2 amps or more.
As another example, if you want to run a dual setup at .5ohms, 4.2/.5 = 8.4amps, and you would need a battery capable of 8.4 amps or more.
Just do the simple math for any coil resistance you like to run.
Now, you also want to factor in some headroom for extra safety - some say 20%, others up to 100% - so you can calc what you need, add the safety margin, and then shop for batteries that have at least that amp rating.
Sorry, if this confuses more than helps, but hey, knowledge is power.
Nice post Papa!![]()
I'll ask over there! Sorry for hijacking this thread,![]()
I'm not offendedI'm happy you're getting the advice you need
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