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retird

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Posts posted by retird

  1. All of my devices are DNA devices (and have many of them) and the mod resistance has been set on all of them.  They all measure within very minimal difference between each so close that I use the same profiles on each device depending on whether in TC, non-TC, or in Replay (for the 75, 100, 250, or 400C models).  

    You lost me when setting the wattge to 1 watt for safety....??? I never use a screwdriver to short the connector...

  2. You might try using an ohm meter to verify ohms on all 3 devices 510 connectors (no atty attached). Record your results.  Then use the ohm meter to check your installed coil (atty not attached to device) where the coil connects to the atty and then check the ohm reading at the atty connector where the atty screws into a device. What are your results?

  3. Another thing that might help is to charge to full charge cutoff (while watching in Device Monitor). When the charge completes (100 %) leave the device plugged in and see that the 100% charge drops a bit (say to 97%) but it doesn't start charging again. Unplug from USB and plug back in and it charges again for a short period to 100%.  I alway thought after charging the battery settles from charging a bit thus dropping slightly off 100%. . The drop from 100% to say 97% is very nominal if you look close.  Also look at the battery CSV in Escribe. An example is an 18650 battery at full charge say is 4.2 volts and at say 94.6% it is 4.1 volts.  So 1/10th of a volt. That's nominal Also remember that when charging voltage and amps are being fed into the battery thus the reading can change as the charging stops. Have noticed this for years.  Quiescent Current is very minute but constant while not using.  

    And looking at your screenshot 97% equates to a voltage drop of approximately 0.023 volts at each cell... and is the battery csv taylored to your 4 cell battery configuration? 

    • Like 1
  4. You can't compare the DNA chipset to non-dna chipsets.... 

    Burning cotton usually can be addressed by changing wattage and/or boost if vaping in wattage mode. And the same wattage and boost (if avialable) settings of non-dna devices may not give the same results on a dna device. The chipset and firmware are way different.  Try and adjust wattage and boost a bit to stop the burning of the cotton... Temp Control on a DNA can be set to prevent burning of cotton but the coil material must be a material that Temp Control can use.

     

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  5. Saw this Repair kit.  Could that be the issue???  Not often we see a mod repair kit....

    https://vaperzcloud.com/product/repair-rebuild-kit-for-hammer-of-god-v4/

     

    Saw this also... clik on this...

     

    Also you could start a ticket with Evolv.  Board has warranty from Evolv. Device does not nor do they have device parts..  What is the warranty from where you purchased this....?

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

     

    Also watch this....

     

     

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