Wayneo

Then go for it your way

Did you remove that other panel?

On my Lost Vape efusion duo there are hidden screws hidden under the non squonk panel side, and the Halcyon is probably the same. Once removed you should have easy access to all the components. I have used a blow dryer and a credit card to remove mine. If you take care it can be removed without damage. Both stealthvape and modmaker are in the UK, and have numerous bf 510 connectors. A 200 or 250 board would be your easiest swap as the buttons will line up for the front panel

Battery profiles are one only, and ONLY affects some little icon or %. I show volts on mine knowing it's a 3V (per battery) board minimum. You can click the Help Desk link in my sig line and voice your suggestions.

No to all your questions. But there are 3 stealth levels.

Do this. Start escribe. Under 'Help' -> 'Backups' and go back to before that theme/the oldest. Then IIRC 'upload to mod'. That should fix you up. What theme did that to you?

In escribe, have you looked at or adjusted the screen -> brightness -> idle to 100% ?

YES! You need either the JST or individual wires connected to the board. There's a 2S diagram in the datasheet. https://downloads.evolvapor.com/dna250color.pdf

These are mods for vaping. Live your life to the fullest with your memes on your phone, not the tiny 80x160 screen on your mod, or lower the resolution of your memes. 🤪

Man, we need more relevant information. What are you doing shortly before this error comes up? What happens when you press the up key (right hand one)? What do you do to get the error to go away? or what have you tried?

@BillW50 , I didn't write that datasheet BUT it's there. And that's why I posted the image. I'm sure by now both you and @storm119 have already opened tickets at the Help Desk, right?

Pasted from the datasheet. 1st sentence after the 'After Power Down', Page 9

If you're in the USA you don't pay VAT from Stealthvape. Anyway Protovapor has always been a solid American supplier

It's clearly identified in the datasheet 👍 Page 11

Pins 11-15 in that datasheet and you'll need a 10k ohm resistor. Ideally their charger will have some stuff written on it

The datasheet shows the pin-outs for the DNA board. Page 11. https://downloads.evolvapor.com/dna60.pdf

Your two (2) identical posts have been merged into one post. You don't need to double post. You can also hide that duplicate shown if you wish You were right "it's nothing to worry about", lol. escribe Device Monitor allows you to see much more and in detail.

Great. Enjoy your mod 👍

Thanks for those screenshots. First, remeasure your ohms right now on your mod, with your mod. Then would you mind redoing both screenshots, but this time selecting the profile you are actually in. It's listed as profile 2 in your DM shot, but you posted a profile 1pic. Thanks.

Actually can you post a screenshot of Device Monitor while firing. Click (enable) power, cold ohms, live ohms beforehand

Where? In Atomizer analyzer? And what's the fluctuation for each?

That fluctuation is too great. Normally I'd suggest checking your build connections first, BUT seeing as how the 200/250 show .15Ω, now I'd suggest you check the length of the 510 pin on your atty compared to the mods 510 depth. Have you tried any other atty's with a longer 510 pin? Changing themes aren't gonna accomplish SFA. Atomizer Analyzer shows the truth.

I don't know the part # for that actuators, but they're easy to take apart and clean. Metal housing, then rubber nipple, then like a washer, leaving only the soldered part. You might want to open a help desk ticket for the part #. The 250 gives you 2A charging (color and non color).

No extra keybindings that I'm aware of BUT you can get replacement drop in (same footprint) 250 boards at Protovapor for less than $50. https://www.protovapor.com/product/evolv-dna-250d-retail-box/

Usually for a new coil, it will show the old and new coil values. If it did that, do you remember the values? When you remove the batteries or the atty from your mod, it forces the mod to re-read the Ω/temp pair.