[Charging at 1A from PC?]

Alright, another random question out of curiosity, is it OK to leave the battery charging overnight. Does the board cut off power to the battery when all cells are at 4.2 volts?

[Let's see your 200's!]

I present to you my overly excessive box mod:

   

The box contains a 120.99Wh (Max Amps 11.1V 3S 10900mAh) battery. That means that this battery has the capacity of roughly 14 18650s. Believe me, this box is a tank, it's quite large, heavy and awesome. I used the Mamu DNA200 faceplate from shapeways along with a screen holder and buttons. I used XT60 connectors for the battery and atomizer to make sure everything is removable, so that if I wish to, I can build a new enclosure (wood.) if I wish. 14 Gauge wiring for all the internals, except for the 12 Gauge coming off of the battery. I also applied JB Weld to all the solder joints to ensure they don't come off after everything is secured.

Specs:
-Hammond 1590WP1
-Max Amps 10900mAh, 11.1V 3s
-Fat Daddy Vapes V4 connector with the 30mm ring

What do you think? Excessive enough?

[Charging at 1A from PC?]

Is is possible to charge my device at a higher current than 0.5A? I know that USB 3.0 supports 1A charging but I don't know how to enable it, or even if I can. Any advice?

[Soldering the Board]

As someone who is very bad at soldering, how do you go about soldering onto the tabs of the DNA 200? Are there any methods or techniques to doing it correctly? Because no matter how I do it, I cannot get the wire to remain attached to the board.

[Questions about DNA 200 Installation]

Hello, I recently decided that I wanted to build a box mod that runs off of the DNA 200. Being new to building box mods, I wanted to ask some clarifying questions about installing the board itself. To begin I would build the box in a Hammond enclosure; an aluminium box with nothing on the inside. The implication I am coming across is that the board grounds through its screw holes. Is it acceptable to operate the board without it being grounded to the enclosure? If not, how might I get around this?

Additionally, not having much experience with securing circuit boards, I was thinking I would simply apply epoxy to the board to secure it to the enclosure, is there a certain type of epoxy I should use? Or is there a better method to go about securing the board?

Just as a side question, what would an optimal method of creating the micro USB hole? I was considering just buying a micro USB bezel off of shape ways and positioning it correctly, would that work?

Thanks in advance!

P.S. When installing a custom switch on the board, what should the switches be rated at?