James

@X-R4Y: If you use Update Clock in Diagnostics on Device Monitor, does it fix it?

Does this happen when it updates the clock from your PC? How is your PC clock set?

Hello @X-R4Y. I've posted SP8 in "EARLY SERVICE PACK (all devices)" of the Early Firmware and EScribe Suite thread. It fixes the problem you are having with Ohm Lock.

gorman, I was replying to yoseff, who wasn't fully aware of it. In any case SP27 does Boost better than SP26. I'm not a fan of repeating things either, but the nature of forums is not ideal for getting information across

EScribe Suite SP8 includes DNA 75 Color SP27. It doesn't include any new Service Packs for monochrome DNAs as yet. Technically Preheat is impossible on Kanthal coils. It requires knowing temperatures, and operates under temperature protection. If resistances read correctly, Preheat should be safe. DNA 75 Color SP27 does include a Boost feature (International Edition only) which, if enabled, performs a similar function on Kanthal coils. I will be curious to see how well it works for people.

I've posted SP8 in the "EARLY SERVICE PACK (all devices)" section of this post: Let me know if it does/does not fix your Check Atomizer issue, or if you run into any problems with it.

If the puff is cutting off from Temp Protected, as opposed to lowering the power, that indicates it is measuring a temperature over 800F. Make sure your board's ground screws are not loose. This can cause resistance to shift significantly when firing at power vs. measuring resistance.

I've posted EScribe 2.0 SP8 as an Early Service Pack.

We're testing it at present. Shouldn't be too long unless we run into any bugs.

You should still be able to lock it fine if you upload that from EScribe.

Good catch. It looks like altering it on the device (as opposed to via EScribe) doesn't trigger a save, unless the material or Ohms change. I'll have this fixed for SP8.

Still working on SP8.

Just make sure to leave temperatures under 150F or so alone. They are used for Cold Ohms correction as well.

What firmware Service Pack are you running? By the way, EScribe automatically saves settings which would include your theme. Go to Help -> Backups. If you used Theme Installer, Theme Designer will have the backup (or the Backups button of Theme Installer).

Have you tried removing the batteries and putting them back in? It could have been caused by a communication glitch with the screen.

Alter the material curve, keeping in mind resistances will be normalized around the 70F value. For example, if the working range for your test is 600 to 800F, look up the ratio of resistances to the 70F value. Then put those values for 400F to 600F in the curve. Then if you set it to 500F you will get 700F etcetra. By shifting the curve you will shift the readings but be able to go over 600F.

This is a bit of an odd question I know, but by any chance, were the ones that didn't detect connected to your computer when you powered it up (and the ones that did work, not connected)?

Hello @Nobbi. Thanks for finding this. I've fixed it and it will be working again in SP8.

Most likely this coming week.

On a Label field, go to Action -> Set... and choose Reset Statistics. If the Puff Count field is Since Reset, Reset Statistics will reset it.

I've posted EScribe 2.0 SP7 as an Early Service Pack. It does not contain a device Service Pack for DNA 75 Color (that will be SP8), but I did unify some code between the MacOS and Windows versions, which sped up Windows EScribe Suite significantly and fixed some Theme Designer bugs on MacOS. Also, for manufacturers, Production Utility can now program and test multiple devices at the same time (use "Automatically Program and Test on USB Connect").

There is a Reset Statistics action in Theme Designer. Make sure your theme is using Statistics -> Since Reset -> Puffs, not Statistics -> Total -> Puffs.

@jhdelamain sent his mod to us so we could reproduce the bug. I have found the cause. It will be fixed in the next device Service Pack. You do not need to send your device to Evolv.

The ranges are for 75W operation. Outside the ranges, there are cases where you may not get the full 75W at all times, but it should still operate fine. Minimum resistances are due to the current limit: Pmax=Imax^2*R Maximum resistances are due to the voltage limit. Pmax=Vmax^2/R The data sheet's temperature-sensing coil graphs are for Nickel. For Stainless, the range is closer to the Kanthal graph.

Does the theme use Puffs -> Total, or Puffs -> Since Reset? This is a fairly common bug in themes.