What is the input voltage and amps for this hub? Should be listed on the power brick that is included.
1850936
I deleted my answer as I copied from the wrong block in my wiring jumble. However, Ernest Ochsner's answer agrees with what's on the right one now I've located it.
1850937
Input 100-240 v, 50/60 hz, 1.0A; Output 12.0V--- 3000mA . Hope this is what you need.
395282
Power Specs:AC Input: 115/230v Current 7A/4A Frequency: 50Hz/60HzDC Output: -12v -5v +5v +12v +3.3v +5VSBFull Load: 0.5A 0.5A 13A 8A 8A 2AConnectors:(1) Motherboard 20+4Pin(1) CPU+12v 4Pin(2) SATA(3) Molex(1) Floppy
1283049
Sorry 15 should be 15AMPs and 123 watts should be 145 watts.My typing stinks
33912
Without knowing much about your setup, such as the power brick feeding your PSU, I can only reccomend return through amazon for another one
133051
Mine works with my Powered hub, but I have to unplug it when I boot or reboot as it causes the boot to hang.
1072769
Not certain. I'm using 120VAC. There is absolutely no mention of acceptable voltages in the manual - I went looking. However, the unit input is 12v DC which usually means the "brick" can operate on world voltage. I can't find a definitive answer for you however.
1936633
I tried it with a 12v 2A adapter which was way too big. It not only broke the hub, but it also overloaded certain USB ports on my motherboard and it fried my LAN port and audio controller, so I probably wouldn't recommend it. If you're cautious and know what you're doing, I guess you could try it though.
2222423
Have a look at the back of your power brick (you may need magnifier, I do), it will have an output value saying ___ VDC. If that is 12 or 19 then you should be good to go.
1866672
It is a 12v 5.42a 65w power brick, similar to what would be used for a laptop charger. Not sure on the size of the plug. I am running 2 3TB 6GB/s SATA drives and 1 2TB 3GB/s and 1 1TB 3GB/s drive just fine off of this.
422978
The input is 12V DC. It comes with an AC adapter, but I believe that it is underpowered, and if you are going to use it on AC power, you should replace the included AC adapter with one that puts out more amps.
285073
I am not familiar with this. I guess you would have to look at the "specs" of the "thing" you want to plug in and see what it's power requirements are.
1539736
I can't answer that I just got the plug and not the hub. I ended up buying one in a local computer store and ie T works excellent
1618282
The small details on the back simply show AP-10-12V. Not sure what that means but I'd be on the safe side and use a power adapter. Don't wanna burn out this baby
704781
It's got a wall wart, and can deliver about an amp and a half per port to devices, if the devices understand how to ask for it. One thing, is that the power supply walwart only provides 3 amps to the hub in total, so, about half the potential total draw.
899749
isn't the voltage determined by the brick you hook it up to? It does not ship with a brick, and I used the one I got from Samsung. That said, it says DC 101210(a) on it. So there you go.
268399
Hey, sorry i took so long to respond. The input voltage for the amp is : INPTU:120V AC 60 Hz 0.15A . Incase you need to the out put is . OUTPUT: 9V AC 750mA
2095582
The standard is 500mA for USB 2.0 and 900mA for USB 3.0. Do the math, and you'll see that the power supply doesn't cut it for 24 USB 2.0 and 4 USB 3.0 ports. 24 x 500mA = 12A 4 x 900mA = 3.6A The power supply would need to be 15.6A at 5V. Since the power supply is only 4A at 5V, you're only going to be able to power four USB 3.0 devices (900mA x 4 = 3.6A) OR eight USB 2.0 devices (500mA x 8 = 4A). Perhaps Manhattan should do what Anker does and use a 12V adapter and whatever they do to undervolt/cut down their USB 3.0 9-port hub to 5V per port (that thing comes with a 12V, 5A power adapter! The brick is almost as big as most laptop power bricks!) Using the formula of Volts x Amps = Watts (5V x 15.6A = 78W), we can conclude that at 12V, only 6.5A would be needed (12V x 6.5A = 78W). It's a shame, though, as a 28-port USB hub is cool as all hell, but in practice, it doesn't work right unless you're using all self-powered devices (devices that have their own power adapters).