Wayneo

Watch that video on DNAs, as some terminology will be new to you. Are you in a non TC profile such as 'watts' ? If you are, do what you'd normally do -> turn the watts down. The answer to that is No.⬇

80 watts all day on a single battery is a tall order. 🤔 The best way to estimate would be to use this. Put in your battery specs. https://www.steam-engine.org/batt

No idea about the puff count issue as it's useless to me, but not all Fire button presses are puffs, and those get cleaned up when plugged into your PC that also has escribe. (But I have heard this before) Here's a thought, what theme are you running? How can you tell when this happens and when does it happen? TC requires your coil and atty to be room temp when you start. By removing the battery 2 things happen. It allows the coil to cool more and it also forces your mod to reread the Ω's. But YOU should also re-measure the Ω's so it's written into the mod.

There is no wattage curve. But, in a Profile where a NON TC material has been selected you can do a BOOST PUNCH. It's a set 1 second slider. Effectively a hard normal soft like other mods, to give a coil that extra to start vaping quicker. You might want to turn your watts down a bit, with Punch at 5, and work the punch up or down. That might delay burning your coil. EDIT: What kind of mod? You've posted this in the 'Reflex' area

This is a 5 year old post. On all boards except the OG DNA200, no trickery is needed. Just use the Boost Punch feature for a 1 second proportional watts increase

Thanks for that @BlackFireDragon 👍 Up near the top left you'll see the voltages for each cell. Cell 1 and cell 2 are both discharged to such a low state that the board will not recover them (charge). IMHO you need a new battery. Cell 3 and 4 look like the standard shipping voltages before ever being fully charged and that low puff count and mWh usage (bottom right) and seconds would say it was like this when you got it. I'll just briefly address your last post as you directed it to @retird. The maximum charge rate on ALL 250C boards is 2A, no matter what you read. Batteries don't know %'s. Most Lipo's consider each cell at 3V as their fully discharged value and part of the built in board protections just will not charge a battery as shown.

I get the jist of what you are saying. Can you start escribe, then Device Monitor and a full screenprint with your mod plugged in. It should look like this.

If it's only the colors Start escribe with mod plugged in. Go to mod -> Mechanical -> screen type and try the other 2 options. Always Click Upload settings to mod after any changes. OR Start escribe with mod plugged in. Go to Help, Backups, and restore from a time before you did restore defaults. Always Click Upload settings to mod after any changes.

If that's all you changed or tightened ...... yes. The DNAs require very solid and clean connections.

@raberone Well that's much better. Those all look as if they worked fine in TC. @BillW50 That last puff peaked at 92°C Bottom left hand corner which is quite low for temp, and constrained by the 16 watts

I will assume you did not do TempCal Init on your Dani, and it was set for normal watts. Your DNAs should still work fine for TC vaping even though they both read the coils slightly higher than your other mods, as they were both calibrated. You will notice on escribe in all of the profiles the coil resistance is always stored as an Ω and temperature pair which is used to derive the base 20°C (which will be lower) That's the best I got.

Wow! Even the Ω's are drastically different. We know your Rubrik works fine in the 75C. I think it has to be down to the connections on the Abyss. That small 0,001Ω fluctuation with Atomizer Analyzer is normal. Do you have another RBA that works in TC on the abyss? @BillW50 dont't you have an Abyss, and does yours work in TC?

For both tests was it the same Rubik rba with the same coil? AND did the Abyss switch to OFF?

I would not give up so easily raberbone. TC works easier with a spaced coil or you really gotta make sure there are no hotspots with a contact coil. At the bottom of the Profile page is Atomizer Analyzer, and with your mod plugged in it should show very small fluctuations, or a small rise then dropping (rinse and repeat). Then using Device Monitor (while taking a puff) with Power, Power set, cold ohms, live ohms checked/enabled we/you can monitor exactly what's going on. Screenshots appreciated.

Thank you. So taken from zivipf; Alloy components: Ni 52%, Fe rest Temperature coefficient: 400 Well you do have the correct material file. so that's good. My 'ugly head' comment refers to Ziv using the '48' to identify the Iron content whereas steam-engine uses '52' to identify the Nickel content. Using escribe with your mod plugged in can you go to your SS316L and NiFe profile and make sure or change so that the temperature box under settings is chosen. (same thing as making sure the 'Off' is NOT highlighted) and let me which material had the 'Off' highlighted. Make sure to Upload settings to mod whenever you make ANY changes in escribe. Another way your mod could have got to 'Off' is on page 4 of the datasheet. Here's a snippet. 'The maximum temperature is adjustable between 200° Fahrenheit and 600° Fahrenheit. To disable the temperature protection entirely, adjust the limit up to 600 degrees, then press the UP button one additional time. The temperature limit will read OFF.' Here's where you can download the complete datasheet 'https://downloads.evolvapor.com/dna60.pdf' Edit: While you're in there (Material for NiFe52 you might want to change the 'On-Screen Name' from 'Ni' to 'NiFe or NiFe48' <- something no other mods can do

NiFe rears its ugly head again. Can you post a link where you bought this wire AND a screenshot of the NiFe Material Profile, like below.

@rcamarda After a good sleep, here's an idea. Remove atty from mod for 10 minutes (to cool), go to a completely different profile where it shows zero for the ohms (don't worry about material type). Re-install atty and hit the fire button which will generate the new coil message. What are the Ω's Rambling on. I'm wondering if you're hitting the fire button even briefly (before you remeasure) which could cause the ohms to rise that 0.06Ω from your Dani. Considering both of your calibrated DNAs read the coil exactly the same, it would be hard for me to fault the mod Do you see this difference between mods with different atty's like @BillW50 showed?

Thanks for that. Both values look very respectable. Since you measured the internal resistances yourself I'm out of ideas.

You don’t need to reset to defaults. just start escribe with no mod attached, choose new 250c, when it opens go to material, select nife30 in the right hand window and move out to the left hand window. Now it’s available for all your moods just move it to their right hand window

@BillW50 is absolutely correct AND one of the 5 default evolv material entries IS Nife30. If it's not there that was done by Vapecige. However NiFexx is an oddity whereby different vendors use that suffix value to denote the Nickel content while others use it for the Iron content. Then on other mods you end up with 'M1 or T1 3200' and 'M2 or T2 4036' on other mods that do not allow you enter a material name. Oh yeah, which one's which? You can put that suggestion in at the Help Desk. Both forum activity and SP updates are driven by user engagement. You personally have dealt with Evolv's Director of support, yet questioned the truthfulness of the answer. What other competitor has a dedicated user site or allows access to their non marketing employees?

Just wondering what you have set for each mod's internal resistance. 2 screenshots is preferred.

Hi. Please post your themes properly. The 'system' will generate previews for them (showcase) so users can choose. There's a post you can read with instructions. ★ HOW TO Post/Share a Theme ★ Link: https://forum.evolvapor.com/topic/71584-%E2%98%85-how-to-postshare-a-theme-%E2%98%85/ Thanks.

Those tiny ones are for individual cell monitoring. The large pads on each side of the board are for actual power. Here's the pdf datasheet https://downloads.evolvapor.com/dna250color.pdf