dwcraig1

By "box", do you mean Boro box?

I am also out of ideas. Maybe someone else will have some.

I'm a fan of the non color boards. They have a feature called refinement where the board fine tunes the cold resistance when the mod sits idle. Color boards don't refine. Try letting your atty cool and remeasure ohms again, does it change?

Is that before or after posting your problem? Did anything change?

Use Atomizer Analyzer to make sure the two 510 connections are more than just contacting. Note number of turns it take to lose good connection. Set mod resistance yourself using 510 shorting tool. I made mine from an old cartomizer with it's end soldered over, a 510 to 510 adapter could have same done to it. If you make any changes to mod resistance be sure to upload settings.

the I believe that you are wanting to change TCR directly on the mod but it can be changed for various wire type in EScribe under the Materials/Action tab. (Just incase that you weren't aware of it)

Ask here: https://helpdesk.evolvapor.com/index.php?a=add&category=1

Personally I wouldn't buy a DNA60 mod that wasn't EScribe capable.

It seems that you already know the answer.

Is it a weak puff just for the first puff when mod comes out of sleep or is it weak every puff? A screen shot like this one will be most helpful.

Here is my DNA250C with two 18650 Samsung 20S cells @ 67%, 3.8 volts per cell standing at start, firing at 120 watts. Cell Soft Cutoff is set at 2.75 volts so no throttling should occur till cell voltage drops below that. Battery sled contacts are clean. Here throttling would start at voltage drop of 5.5 volts and it's only dropping to 6.57 volts.

Just how many watts are you vaping at?

Jumping the balance connector to B+ and B- is how I wire a 2 cell 200/250 EDIT: It appears that I grabbed the wrong image as this is a DNA 250C but just disregard pin out #4

Make sure that the threads are clean on the top of the box (both parts). Check all connections related to coil.

I'd start with using a phone or some other device that uses data to verify the cable does data. Earlier versions, EScribe 1.2 will not work with the color boards, it must be 2.0 https://downloads.evolvapor.com/SetupEScribe2_SP30_INT.exe https://downloads.evolvapor.com/SetupEScribe2_SP31_INT_ServicePack.exe

LOL

Yes, one is 0.011 and the other is 0.012 ohms.

With the Insider removed from the Boro box I am able to screw it into the 510 of the SDNA75. The center pin on the SDNA75 travels up farther than most other mods. It will start reading resistance before the first thread catches. The Insider makes a good connection on it. The values between the BB and the DNA75 were almost identical.

So I just happen to have been getting ready to do a dry burn on the coil of my Insider that I'm using in an SXK BB last night before work (as I was reading your post). I used AA with the BB to check resistance while cold. I then screwed the Insider onto my SDNA75, it makes an excellent connection on the 510's center pin. I then checked it with AA and it was almost the same, just a fuzz higher. The SDNA75 uses a ground wire from the board to the 510.

I'm confused a bit, your first post you stated 0.093 - 0.094 ohms but later AA shows 0.812 ohms

Take a look at the top of the Boro and note if your chimney is protruding from the top ever so slightly. There have been some cases where it is not at the top ox the box resulting in a poor ground.

I use SS430 but note there are 3 different values shown for resistance. My screen shows .51 ohm., the top number is current resistance. When atomizer analyzer is active it applies a very small amount of current to the coil. If you are using Kanthal or Nichrome the nominal value is for that. But for setting mod resistance use that top number.

Just to be sure, here is the procedure for checking mod resistance and setting it. First you set mod resistance to 0 and upload settings. Next with mod attached with shorting plug open Atomizer Analyzer and read resistance. Enter resistance in mod resistance box and upload settings.

Did you measure the mod resistance at 0.006 ohms or did you simply just set it to that. Mine both measured at 0.011.

Please provide a screen of Device Monitor when it's showing 4% (or similar).