Hey there! I did want to jump in and correct you on one thing. The Ascent did have 2 18650's as it's power source. The IQ battery is located next to the heater and is separated by several layers of insulation, the aluminum shell and the internal cage it'self. Also the battery dose have room to give off heat and vent. Air is allowed into the battery casing from 2 locations. 1 At the bottom there is a small gap in the hinge that allows air to flow in and out. Also if you look at the battery door from the top of the device there are gaps around the door that allow for air to flow in and out even when the cap is closed.
Great response and great information!
Great information share! I'll try and answer all of your questions as best I can. I answered a few of them all together so please let me know if I left anything out.
1 - Yes we did run stress tests to see how the IQ and the battery held up under extreme conditions. For those who don't know we are based in Las Vegas and have access to some warm conditions throughout the year. We did tests with the IQ running on max temp 430 with no shut off timer. So the unit would turn on and stay on at 430 and run until it was dead. No venting issues raised after this test
2- We did these tests with the batteries that we chose and with several of the other top batteries that we considered before making the IQ. For example we did this test with the Sanyo Battery that is currently provided and with a Samsung, LG, and MXJO batteries of the same AMp and mAh rating.
3 - We took several steps to protect the battery from the heat in addition to these tests. As I mentioned above Air can pass into the battery casing from the bottom hinge near the bowl and there is also air gaps at the top near the battery door to allow more air to flow in and out of that area. The bowl and battery are also separated by insulation, the internal casing, and the external casing. So there are quite a few layers in between.
Hey there! I did want to jump in and correct you on one thing. The Ascent did have 2 18650's as it's power source. The IQ battery is located next to the heater and is separated by several layers of insulation, the aluminum shell and the internal cage it'self. Also the battery dose have room to give off heat and vent. Air is allowed into the battery casing from 2 locations. 1 At the bottom there is a small gap in the hinge that allows air to flow in and out. Also if you look at the battery door from the top of the device there are gaps around the door that allow for air to flow in and out even when the cap is closed.
Great response and great information!
Great information share! I'll try and answer all of your questions as best I can. I answered a few of them all together so please let me know if I left anything out.
1 - Yes we did run stress tests to see how the IQ and the battery held up under extreme conditions. For those who don't know we are based in Las Vegas and have access to some warm conditions throughout the year. We did tests with the IQ running on max temp 430 with no shut off timer. So the unit would turn on and stay on at 430 and run until it was dead. No venting issues raised after this test
2- We did these tests with the batteries that we chose and with several of the other top batteries that we considered before making the IQ. For example we did this test with the Sanyo Battery that is currently provided and with a Samsung, LG, and MXJO batteries of the same AMp and mAh rating.
3 - We took several steps to protect the battery from the heat in addition to these tests. As I mentioned above Air can pass into the battery casing from the bottom hinge near the bowl and there is also air gaps at the top near the battery door to allow more air to flow in and out of that area. The bowl and battery are also separated by insulation, the internal casing, and the external casing. So there are quite a few layers in between.
Greetings everyone,I have just purchased my first dry herb vape,the davinci IQ and feel a concern regarding battery proximity to oven,the battery as supplied,no branding states: do not exceed 212F ,ok and the unit begins to operate as we would expect at 350F! and travels unto 430F with millimetres only between the oven and the battery!!,now I am not a chemist scientist electrician not a technical minded man so it is my intuition that calls me to alert,what sort of insulation can at the aforementioned proximity keep the battery below 212F? and after use it is impossible to remove the battery as everything has expanded,..seems marginal..like at the edge of the cliff