For the 15600 mAh version, the description says 5V/2.4A for each port but for the others it's 5V/2.4A for one port and 5V/1A for the second. Which is it?
1015394
As far as I can tell, the Limeade 15600mAh has two ports both of which output a maximum of 2.4A for a total amp output of 4.8 A. From the description, it seems that Limeade is selling the upgraded newer version of Limeade or the so called Limefuel version for both the black and white version with regards to the 15600mAh version. As for the 13000mAh version, they still seem to be selling the older Limeade battery for the black color and the newer Limefuel for the white version. I myself bought the newer 156000mAh lime fuel version in White and I can confirm that it has two 5V/2.4A ports which are not marked with the current output. I tested the ports with the Practical Meter and found the output from the smart ports to be somewhat inconsistent and probably depends on how much the device in question draws from the battery. So, hooking up an iPad 3, the meter showed that I was only drawing 1 A while hooking the same iPad to a RavPower 10400 which has a 2 A port showed the current output to be around 1.6 A. The above tests were not controlled so I cannot say for certain about the power output. The stated specs for the product promises up to 2.4 A of current output through each USB port.
1937792
It's one to one input to output. " Input: 5V / 500mAh to 1500mAh; Output: 5V, 1A max".
789576
Hello! My numbers are the same for output voltage. It reads: 5.0 V = 2.0 A. It's a great product!
41147
I've used both ports for my galaxy S2 and also used one for my phone and another for my nexus 7 at the same time. Just use the 2A port for whichever device requires more power or in the absence of such a distinction, whichever device you wish to charge faster.
433707
The manufacture recommends not to exceed a combined current of 5A. 1.5+2.1=3.6 leaves just 1.4 for the remaining ports. Divide that by 5 and u get less than 300ma.
339752
On my adapter the label identifies it as 5v. When I bought it, I must have missed the 8v in the description, but it is indeed actually 5v.
998422
Should be 6 cells, each cell is 3.7V @ 2400mAh each. Stack(series) 3 cells and get 11.1V and then put those 2 stacks(series) in parallel, i.e., + to + and - to - and that gets you the 4800mAh. Hope this helps!
685725
I'm pretty sure either one will be the same. Most chargers like this are a parallel circuit so there is no number one port, per se. The ports output equal amps unless marked.
1537039
I just installed on of these, because the way it was written implied 2.1A each. It is *NOT* I checked both outlets and the first was pulling around 900mA, the second around 1,100mA. So that rating is for both outlets combined. Exact same model number.
731344
The technical specifications in the User Guide say Per-Port Voltage: DC +5V, Per-Port Current: 500mA (max). My understanding is that 500mA is .5 Amps.
2110523
ALSO, if you use rechargeable AA's, which are 1.2v instead of 1.5v, you get 9.6v out of 8 AA's. Ingenious way to potentially utilize rechargeable AA's in a 9V device!
1269820
I am using this on a Sony VAIO. Right above the power (port) on my laptop it says 19.5v. I hope this helps.
1984528
Hi, I think you want to know this information. 5V, 2A. Hope this helps. ABM
1062871
5 Volts DC. One port has a 2 Amp capacity and the other is One Amp but voltage is constant at 5VDC
1537038
The specification sheet from Cooper would lead me to believe it's 2.1A combined for both ports as the MilliAmp rating for teh entire recepticle is shown as 2,100MA, not 4,200MA as it should of both USB ports could pull 2.1A independently. http://www.cooperindustries.com/content/dam/public/wiringdevices/BuyersGuides/RBG/B/RBG-B-Sec-14.pdf
705114
These are marked: NIMH 11,000 mAh and 1.2V which my volt-meter seems to confirm. 1.2V
2207103
This has two outputs. Ones is marked with an "A" is for Apple devices. the other is marked with "NA" for non Apple devices I/e Samsung, Android or Other. This puts out 2.4 amperes max at 5.2 volts max. if your device falls at or under these amounts, you should be fine.