Hello, I too have an ELA on the way and can't wait. David's products are always top notch ! 
I have been reading on this thread there are a few questions about rba's and battery safety. This is an important question. I made the post bellow in a different thread and thought I would post it here in case it can help anyone
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I am familiar with battery care and personally wouldn't use anything other than AW IMR's for genesis devices. However, I'm still a bit confused on what is considered to be a safe discharge current and how this translates to the coils we are making. (The information used for the question bellow can be found here: http://www.e-cigarette-forum.com/forum/ecf-library/129569-rechargeable-batteries.html )
According to what I have been reading, the critical factor for ecig use (besides the battery type/care) is the C rating (discharge current) in amps. With this in mind I have come up with the numbers bellow. Please let me know if they are accurate and thanks again.
AW IMR 18650 1600 mAH - Max continuous discharge rate: 10 C (Max drain rate in amps is C in mAh / 1000 x C rating)
1600 x 10 / 1000
In this case the max rate is: 16 amps
AW IMR 18500 1100 mAH - Max continuous discharge rate: 10 C
1100 x 10 / 1000
In this case the max rate is: 11 amps
AM IMR 18350 700 mAH - Max continuous discharge rate: 8C
700 x 8 / 1000
In this case the max rate is: 5.6 amps
How I think the information above translates to the way we set up our coils and my main question is outlined bellow. (the calculator used http://www.the12volt.com/ohm/ohmslawcalculators.asp)
If we use a fresh 18500 1100 mAH battery to set up a 1.1 coil, it would appear we are using best judgment and within the safety precautions realm. Is that correct or am I missing something ?
Freshly charged 18500 1100 mAH - 4.2 Volts
Coil Resistance 1.1
Max rate - 11 amps
Current = Voltage / Resistance - 4.2 Volts / 1.1 Ohms = 3.818 Amps - This is well within the 11 amps Max rate for this battery.
Just want to make sure I am not missing anything here. Most of us are fighting to kick the cigarette habit for good, and e-cigs are a great way to do it. At the same time, all this wealth of information can become overwhelming and with batteries so close to our face we need to be as correctly informed as possible. We need to fight the good fight together. This is a great forum and thanks for all the help

I have been reading on this thread there are a few questions about rba's and battery safety. This is an important question. I made the post bellow in a different thread and thought I would post it here in case it can help anyone
-----------------------------------------------------------------------------------------------------------------------------------
I am familiar with battery care and personally wouldn't use anything other than AW IMR's for genesis devices. However, I'm still a bit confused on what is considered to be a safe discharge current and how this translates to the coils we are making. (The information used for the question bellow can be found here: http://www.e-cigarette-forum.com/forum/ecf-library/129569-rechargeable-batteries.html )
According to what I have been reading, the critical factor for ecig use (besides the battery type/care) is the C rating (discharge current) in amps. With this in mind I have come up with the numbers bellow. Please let me know if they are accurate and thanks again.
AW IMR 18650 1600 mAH - Max continuous discharge rate: 10 C (Max drain rate in amps is C in mAh / 1000 x C rating)
1600 x 10 / 1000
In this case the max rate is: 16 amps
AW IMR 18500 1100 mAH - Max continuous discharge rate: 10 C
1100 x 10 / 1000
In this case the max rate is: 11 amps
AM IMR 18350 700 mAH - Max continuous discharge rate: 8C
700 x 8 / 1000
In this case the max rate is: 5.6 amps
How I think the information above translates to the way we set up our coils and my main question is outlined bellow. (the calculator used http://www.the12volt.com/ohm/ohmslawcalculators.asp)
If we use a fresh 18500 1100 mAH battery to set up a 1.1 coil, it would appear we are using best judgment and within the safety precautions realm. Is that correct or am I missing something ?
Freshly charged 18500 1100 mAH - 4.2 Volts
Coil Resistance 1.1
Max rate - 11 amps
Current = Voltage / Resistance - 4.2 Volts / 1.1 Ohms = 3.818 Amps - This is well within the 11 amps Max rate for this battery.
Just want to make sure I am not missing anything here. Most of us are fighting to kick the cigarette habit for good, and e-cigs are a great way to do it. At the same time, all this wealth of information can become overwhelming and with batteries so close to our face we need to be as correctly informed as possible. We need to fight the good fight together. This is a great forum and thanks for all the help

