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  1. Engineering

    The Pinnacle by Vaporblunt

    We will figure it out. The MP and PonG are PC (Polycarbonate). PC is so highly used that it's chemical resistance is all over the map. So ISO is rated as no adverse effect to possible effect depending on specific resin used. We have been using PC on all the Palm products with no (that I am...
  2. Engineering

    The Pinnacle by Vaporblunt

    can you tell me what ISO you are using? We are testing this right now, I have not seen that occur in our facility. All clear parts should not be affected by ISO or boiling (Tips can be used in ISO) Also, Clear tips are OK to Boil, I will have to double check on the Black tips, and obviously...
  3. Engineering

    The Pinnacle by Vaporblunt

    Quick post before bed here... Your unit sounds fine. The damage from over voltage usually destroys the electronics before the batteries. Usually what happens is the LED shines really bright (without the unit being on) and then everything goes black and you get the wonderful smell of burning...
  4. Engineering

    The Pinnacle by Vaporblunt

    3 Hours should be just fine. No matter what amount of time you do your first charge at, it will not "limit" the battery life. It may just make the charging indication confusing (being out of battery but then not blinking when on the charger) Once the battery is fully charged - regardless of when...
  5. Engineering

    The Pinnacle by Vaporblunt

    I want to respond to this really quick to alleviate any confusion from the general forum: The Pinnacle will only blink when it senses battery life is below 80%. And this value is not really accurate (has to do with estimates and battery voltage profiles). This is actually why you need to...
  6. Engineering

    The Pinnacle by Vaporblunt

    That means it's a 13.5V output. DO NOT USE WITH PINNACLE That voltage is right on the borderline of destroying the unit. Hopefully your unit will recover. Sorry that you had to be the one to discover it. Toros23: We are investigating that, but I do not think it will be an option, mainly...
  7. Engineering

    The Pinnacle by Vaporblunt

    I am not sure about what charger the DV uses, but the Pinnacle needs a 5V 3A power supply. If the DV is running a different voltage (say 9V) the charger chip will shut down and try to protect the battery. If the voltage is too high it will destroy the Pinnacle. It sounds like the former, so try...
  8. Engineering

    The Pinnacle by Vaporblunt

    The heating chamber is not solid, there are small holes for the air path at the very bottom of the core. Soaking the core with ISO is not recommended, it will void the warranty, and may short the heating element inside. I would recommend using a q-tip soaked in ISO to clean the chamber. Either...
  9. Engineering

    The Pinnacle by Vaporblunt

    Way to out me there TRVB! It's true tho:nod: Ok, I have to apologize, I was a little misleading in earlier posts. Since I add saftey factors into all parts of the design, parts that get to lets say 200F I will assume could, under extreme circumstances get to 250F. I was talking in those terms...
  10. Engineering

    The Pinnacle by Vaporblunt

    Oh wow you guys are getting deep into science here! ;) As far as the bird test goes: Look at the source. An environmental group sponsors a study on toxic effects on X product. What do you think the results are going to be :rolleyes: Birds are much different than mammals as far as toxicology...
  11. Engineering

    The Pinnacle by Vaporblunt

    Hi IF II IN C IHI: In regard to the temp issue: First, if your happy with the unit performance, I would not recommend changing it at all (Don't fix what ain't broken). It is not possible to reset it yourself, that is a calibration that has to be done by us. On the Tips melting: I have not...
  12. Engineering

    The Pinnacle by Vaporblunt

    TRVB Asked if I could explain a few of the technical questions you all have had: Materials: The Heated components (Like has been mentioned earlier) are made of Teflon, PES and Stainless Steel. As far as the plastics go, anything that could get over 400F is made of PTFE (better known as the...
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