Mystery Lithium Battery ????? (Full Version)

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Charlie -> Mystery Lithium Battery ????? (3/31/2008 9:18:47 AM)

I guess I should have asked this question before I bought them.

Does anyone know anything about these batteries, are they any good or did I waste $50 buck on two of them?








n00bflyer -> RE: Mystery Lithium Battery ????? (4/20/2008 11:37:40 PM)

I have used the 2400mah from this manufacture and I'm quite happy. I get about 8 min flight time (and jhave pushed it to 10 minuets but then it takes forever to charge) on my T-REX clone heli doing some basic forward flight, hovering, and some agressive flying but no 3D. I'm going to buy more!



linkadrip -> RE: Mystery Lithium Battery ????? (4/21/2008 11:42:14 PM)

I just purchased 2 of these batteries too. And i'm currently charging them up. to use in my parkzone spitfire. What i'm trying to figure out is the 15C rating dont know if i got it correct or not. 2400Mah would equal 2.4 Amps i think. So i multiply that by 15 like this. 15X2.4=36 amps is the continuous current load of the battery during it discharge Cylce. Dont know if this is correct or not. Just a guess..


May guess is based on this.
In battery discharge terminology, each "C" is a discharge current equivalent to the value of the energy capacity of the cell (it is not the abbreviation for the Celsius degree unit). In the case of a 1,200 mAh rating, 1C is equal to a discharge current of 1,200 mA, or 1.2 amps. A 10C cell can deliver a continuous current to a load of 10 x 1.2 A = 12 A during its discharge cycle.



Metallover -> RE: Mystery Lithium Battery ????? (4/27/2008 9:51:19 PM)

quote:

ORIGINAL: linkadrip

I just purchased 2 of these batteries too. And i'm currently charging them up. to use in my parkzone spitfire. What i'm trying to figure out is the 15C rating dont know if i got it correct or not. 2400Mah would equal 2.4 Amps i think. So i multiply that by 15 like this. 15X2.4=36 amps is the continuous current load of the battery during it discharge Cylce. Dont know if this is correct or not. Just a guess..


May guess is based on this.
In battery discharge terminology, each "C" is a discharge current equivalent to the value of the energy capacity of the cell (it is not the abbreviation for the Celsius degree unit). In the case of a 1,200 mAh rating, 1C is equal to a discharge current of 1,200 mA, or 1.2 amps. A 10C cell can deliver a continuous current to a load of 10 x 1.2 A = 12 A during its discharge cycle.

you got it right[)]



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