Tried looking at the links but none of those on battery info are working? Any suggestions?
Hmmm...
I certainly can't stop a new user from doing something, so just lead them down the right path right?
In summary:
You want an unprotected IMR Battery.
Why? Because IMR is a safer chemistry that will not likely vent and allows for higher maximum discharge.
Most thermal runaway events with an IMR I've seen videos of, or read about, had to be intentionally brought into that state, and even then the batteries just get dangerously hot.
I would strongly suggest, nah I flat out
implore you, to buy one of these two batteries:
Sony US18650VTC4
AW IMR 18650 3.7v 1600mAh - Batteries
In a Nemesis the flattop Sony's will work fine. However, it may be wiser to own the AW button tops. Don't be fooled by the lower mAh (how long a battery lasts) rating of the AW 1600mAh. In a mech, we only care about maximum discharge rate and how long a battery can sustain an output voltage above 3.6-3.7 volts, not it's lifespan until completely drained. The AW 1600mAh's last longer above 3.6V than any other IMR I've seen charted, despite being rated for a lesser overall lifespan. I haven't seen the Sony's charted, but I would imagine they follow the trend of higher mAh draining quicker at first, but lasting longer down until completely drained. (great for a regulated PV, not so great for usable straight battery voltage on a mech)
People always tend to pick up the AW 2000mAh over the 1600mAh for their mech's thinking that they are getting longer run times from the battery, when if fact they are not.
In a mech, do not fall into the "better price, longer lasting" mentality concerning batteries. That kind of battery shopping is completely out the door, and best saved for regulated devices. You want safe chemistry, capable maximum discharge rate, and lowest internal resistance, price be dammed.
Avoid Ebay and discount China vendors for batteries at all costs. Batteries are a one time purchase that will last you over a year, so don't skimp on it and chance it. In fact, those links I provided are from a VERY trustworthy and well regarded vendor. Just order those and you can't go wrong, ya dig?
You'll need a 510 Ohm meter AND (or just) a multi-meter.
The little black box ones with built in 510 connections are great and easy to use for e-cig users. You can find them around a lot now. Here's one that is usually well in stock:
510 Ohm Meter Model 2 - Kidney Puncher
You have to know the resistance of the coils you wrap for a multitude of reasons.
Firstly, the resistance you wrap will affect the type and quality of vape your going to get. A whole book can be written on this... Experimenting with different builds, of varying resistances, is what makes RDA's so damn great.
Secondly, and most importantly, you need to know if your RDA build contains a
short, and you need to know if the current you are drawing from a battery is within that batteries limits.
Knowing Ohm's law in a out is all fine and dandy, but in reality if you can understand plugging numbers into a simple online calculator you'll be fine. Here is a link to a simple to use one:
vapecalc.com
After you build a coil, and measure out it's resistance, simply plug in the numbers.
A freshly charged battery will output 4.2V.
In the screenshot above: If I built a 1.2Ω coil, and plug in 1.2 for the resistance and 4.2 for the volts, then hit "calculate watts & amps," I get a current draw of 3.5 amps; WELL within the limits of the batteries I suggested you pick up.
You'll need a multi-meter to check the voltage on your batteries. You can essentially skip the "black box 510 Ohm meter" because you can measure the resistance of your RDA's with the multi-meter in the first place; but it is a bit of a pain. (like holding chop-sticks) I have one of the black boxes because it is convenient, and they also happen to make great platforms (surface to hold your RDA in place) for building on. You absolutely need the ability to measure and check the voltage of your batteries. The 510 black box is great and convenient, the multi-meter is a must.
Here's a really affordable multi-meter:
http://www.harborfreight.com/7-function-multimeter-98025.html
You'll need Kanthal or NiChrome resistance wire for the coils.
28g or 30g is recommended for general purposes on RDA's. If your rebuilding smaller RBA heads like those found in the ProTank, you might want a thinner wire like 32g. The higher the gauge # the thinner the wire is... Again, a whole book could be written. Experimenting is part of the charm.
Kanthal Wire 30 Gauge RW0107 - 100 FT 0.39oz Series A-1 Resistance AWG
Kanthal Wire 28 Gauge RW0118 - 100 Ft 0.61oz Series A-1 Resistance AWG
You'll need some wick.
There's silica, cotton, hemp, ceramic, steel mesh... Benefits of wicking verses variance of taste among all of 'em. I use plain ol' sterile CVS cotton. $2.99 for a lifetime supply...
You'll need some of those "pincher tool things"
Tweezers, dude. You'll need some tweezers.
Youtube is your friend.
There are tons of videos on youtube. I like to link Super_X_Drifter's stuff because I think he does a pretty good job with his micro coil video:
If you just make sure you are following sound advice and are being careful, you'll be fine. I think it's great that your after RDA's at an early stage, they really do offer the best and most customizable vape possible if your willing to follow the basic principles.
Just promise me you'll keep asking questions like you are right now. Don't run off and buy stuff without knowing and asking here at ECF first.