ProTank 3 Question

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Dude65

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Verified Member
Dec 25, 2014
40
12
Texas
Hello all, looking for opinions here. I have been vaping for just over 3 months now after 34 years of Marlboros PAD. I'm very happy with being off the smokes. I started slow with a vuse, then moved to a innokin ICLK. That did it for me. So then I moved to my current stuff. I'm using a Hana Modz dna 50 style with a Aspire Nautilus, and a Sigelei mini zmax with a protank 3.


My plan now is to try sub ohming. I'm bouncing between what to try, but have decided to give the melo from eleaf a try when they come out. I just realized I can get .8 ohm coils for the protank 3. Is that worth it, or should I just wait for the melo?


Also I just tried the protank 3 on the 50w box and it was hitting good at 20 watts with a dual coil 1.5 ohm. What watts to you vape the Protank 3 at?
 
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Dude65

Full Member
Verified Member
Dec 25, 2014
40
12
Texas
Maybe if I said I was gonna try the subtank mini I would have got more feedback :) Just curious about sub ohming and such. But I really think the kanger subtank mini is going to be great.

I read back through old post for quite a while, still no answer for watts pushed with the Protank3. I went up to 24 watts and it was still good. I looked and saw nothing on using the .8 ohm coils on it. Guess I will just get them and post my results
 

Mike43110

Full Member
Nov 2, 2014
19
10
South Africa
I use the mini, not the full but I modified it tonight in fact for lung hits and what I personally found was an increase in flavour.
I opened up the airholes to 2mm each which is a bit of overkill but increased vapour production and better flavour, in my case at least.

A 2.4 ohm coil at 13 watts is working extremely well, may try a dual coil soon for the hell of it.

Now for a little electrical advice. Sub ohming will allow for higher watts to be pushed P = VI, V = IR. So substituting that in allows for P = V^2/R. So with 1>R>0 will increase P. However, your box should allow for higher voltages. More volts will allow for more power as well as making R < 0.

So if you can get higher volts, you can push the number of watts higher however if you are limited by voltage - you can reduce the resistance of your coil thus increasing the current to the coil which increases the power.

Hope this helped! Feel free to ask anything more
 
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