Spirometry

You also have one NI200 profile named SS316L.

That material profile needs to be renamed NI200

Step 1: Allow the device to set for awhile until the resistance drops back down to 0.19? Step 2: Turn up your temperature

0.47 could be too high if he is using SS and a dual cell mod

You are hitting the voltage limits of the device. Big advantage of a 3 cell configuration is that you can use higher ohm builds. So to hit 100w on that device, you need to build below 0.384?

I think it's fine. Leaving it plugged in will heat the board. The dna will have to guess the room temp based of of the case analyzer calculations. Somewhere along the line, there is a time frame that the dna will read the same resistance and room temp and raise your cold ohms value. If you were to unplug it, i'm willing to bet your cold ohms would fall back down to 0.140

There is no average runtime. Everyone is using different cells and different wattages. If I were to borrow your mod and crank it up to 80W, my runtime would be less than half of yours. Not only would I be using the power at twice the rate, I would also be pushing the limits of the cells you have. When pushing the limits of the cells, you may get more runtime using a cell with a lower mah rating because they will have a higher cdr rating. Sometimes it is better just to think in wattage and watt-hours. General rule of thumb: a VTC5a is good up to about 75w. a HG2 is good to about 60w my best guess would be that your Brillipowers are good to about 30W (remember, just a guess). If you have a 3 cell mod, just multiply by 3. So your mod and batteries are probably good to about 90w. You only have it set at 40w, so you are most likely getting the most of the usable capacity from them. Now if you stuck one of those cells in a single DNA75 and set it at 40w, It would probably fall on its face and give you a weak battery warning way before the battery meter reaches empty because you have exceeded what your single cell if capable of. Escribe has a battery analyzer. It takes some time but not hard to do. Your best bet is to test your cells @40W then compare the watt-hours it calculates to what others are getting.

Refinement is always on the lookout for the lowest calculated resistance for 70°. So if your cold resistance is higher than what it already has locked in, it will just reject it and use the reading it was already using.

Cold Ohms is interpolated to 70° F. If your cold ohms is lower than your nominal ohms, it means that the DNA thinks the room temperature is warmer than 70°.

There is no such thing as 3500mah 30 amp cells. Just about every 3500mah battery Mooch has tested, fell on it's face after 10 amps. If you're a mouth to lung vapor, it won't be much of a problem. But if you vape with any amount of power, the voltage drop will affect your capacity.

If you like the Player mod, you might want to go with CNC box. http://dripp3d.com/DNA-CNC-Anodized-Aluminum-Enclosure/ https://www.amazon.com/Alpinetech-Milled-Aluminum-Enclosure-DNA200/dp/B01HGHM692

No screenshot needed. Go get a VTC5A

You will have a hard time fitting any type of battery connector in a silo/erm box

I've seen that error before. I believe it more of a software glitch than a hardware problem. Try reflashing the firmware or loading up a evolv default ecig file.

ATSAMD21E17 Atmel SAM D21E 32-bit ARM® Cortex® -M0+ processormaximum frequency of 48MHz128KB flash memory16KB SRAM

Atmel SAM D21E 32-bit ARM® Cortex® -M0+ processor maximum frequency of 48MHz128KB flash memory16KB SRAM

Check individual cell voltages under load. Some people have had poor battery connections with that device due to the polarity rings.

SP5 will fix the Vaporshark charging issue.

SP3 added some extra protections. Reading the ultra low resistances with the copper plug will just display a question mark.

SP5 appears to have fixed my charging issue on the Vaporshark.

USB drivers won't fix "my battery slam to the floor like there's a dead short"

0.162? = Total resistance. Coil, atomizer, 510 and wiring. 0.156? (Kanthal) = Raw resistance - mod resistance (0.162-.006=0.156) 0.151? (Temp) = ?(Kanthal) then adjusted to 70°F. The DNA uses 70°F as a baseline for temperature calculations.

We need to see the whole page.

Here is my settings. Like VapingBad said, everyone is different and it is personal preference.

My Vaporshark still has the same charging issues with SP3 as it did with SP2.