What is the charging rate of this charger? 400mA? 500mA?
294468
The unit is 12v DC at 1000ma. I've used it on camera batteries of different type with no problems.
2134065
Battery: DC 4.35V, 350+50mA.USB: DC 5.2V, 800mA.Haven't tested the USB. The battery charger works well. Not sure on the speed. I haven't needed to charge one in a pinch. Usually leave it there and just get it the next day when I need it.
2167796
Charger No.: R840093 ; Input: 120V~60Hz 110W ; Output: 9.6-18V Hope this helps (:
1814430
The chargers Iput: 100-240v, 190 mA specifications are: Output: 4.2v DC, 500 mA
1069840
There are numerous manual settings. In auto mode, it charges my 6400 mah battery at about 4 amps and takes 90 minutes. 5 amps is the max manual setting and should charge a 5000 mah battery in 1 hour. You should not charge these batteries at higher than 1C (ex. 4000 mah battery, 4.0 amps max).
1814431
The chargers Iput: 100-240v, 190 mAspecifications are: Output: 4.2v DC, 500 mA
795075
Mine has "400mA" printed on it, like this photo http://www.voodoolab.com/images/p_ppiso5_lg.jpg
2134067
Battery: DC 4.35V, 350+50mA. USB: DC 5.2V, 800mA. Haven't tested the USB. The battery charger works well. Not sure on the speed. I haven't needed to charge one in a pinch. Usually leave it there and just get it the next day when I need it.
1123874
It draws no more than about 4A of AC. Part of the reason that it is lower than a conventional charger is due to the switch-mode charger technology, and also very much lighter in weight! In fact their 40A charger only pulls about 9.5A of AC, which any modern outlet should be able to handle. I've measured it with a P3 International Kill-A-Watt meter and it is pretty close. One can also cheat by looking at the specifications in the manual at the end. -grin-
133360
I would not reccomend it, 500mah charges at .5 amps which is really too high and will shorten the life of your battery and possibly cause a fire if you still have the stock hubsan charger i would use that.
1586757
This charger's max charge rate is listed at 5.0 A (5000mA). From here you just do the math... mAh = milliAmphours. If your battery is a 1600mAh capacity, that means you can run an electronic device drawing 1600mAh for 1 hour before your battery is exhausted. The same thing applies to charging. If you want to charge your 1600mAh battery at the 5000mA rate, it would be 1600/5000 = 0.32 * 60 minutes = 19.2 minutes total charging time. For your 3200mAh battery, it would be 38.4 minutes. Hope that helps!
1217588
No, it's about half charging rate. Which equates to about double the normal charging time.
1092318
4 AA 2500mAh batteries in 5 hours so 4 x2000 in 4 hours or 500 ma per hour. Won't make any difference what your charging source is, it only draws 500 ma
1969640
I have the 4000 mAh version which is not pictured on the page I'm looking at right now. But according to the back of it, it's Output is 5V ~ 0.5A.
2055884
The charging current is 400mA when charging 2 cells in series, 800mA when charging 4 cells. That means a pair of 2000mAh batteries will take ~5 hours to charge (2000mAh / 400mA = 5hr). It does not matter if the power source is rated 1A or 2A. You cannot charge any faster.
2252107
According to the enclosed booklet that comes with the charger the output voltage is "5 volts DC"and the input voltage is "5 volts DC, max 1 amp" hope that helps you out.
2084048
The 200mA charging current is just right for AAA cells. This corresponds to about 4 hour charge time (800mAh/200mA = 4h), or 0.25C, which is a perfectly safe charging rate for a SMART charger (like the BC-700). If you are in a hurry, you can even use the 500mA or 700mA setting of your BC-700. The '80mA' charging current is for DUMB charger - the type that charges at a low rate of 0.1C for 12-14 hours. Avoid that kind of junk chargers.