Thermodynamics question
- Thread starter Luke Mogielnicki
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My mod goes up to 70 watts. I just want great production without melting my coil in a week
Max wattage can't be determined on wire and resistance alone. Air flow, juice and wicking are a large part of the equation.
Most probably you'll burn your wick.
With new build start at lower wattage and slowly go up until you get a slightly off taste, than go a bit down.
With new build start at lower wattage and slowly go up until you get a slightly off taste, than go a bit down.
The big airflow helps cool the coil.
VG is thick. It may help wicking effiency if the wick was a little loose
Sorry about my first answer. You really didn't give enough info so I just blurted out stuff.
Yes, you can blow 70watts full VG in RDA Rocking .87 ohms. Drip 3 drops after every 2 puffs. Drip one drop in the center of the coil and one drop one each side. slide the Top cap back on and take the first puff within a 10 second count of when you dropped the Center drop. The second puff can come anytime, no time restrictions.
High ohms and watts is not possible. Your mod probably has a kill switch at around 9 Volts. If it doesn't then get ready to buy a new face.
Yes, you can blow 70watts full VG in RDA Rocking .87 ohms. Drip 3 drops after every 2 puffs. Drip one drop in the center of the coil and one drop one each side. slide the Top cap back on and take the first puff within a 10 second count of when you dropped the Center drop. The second puff can come anytime, no time restrictions.
High ohms and watts is not possible. Your mod probably has a kill switch at around 9 Volts. If it doesn't then get ready to buy a new face.
The amount of power you can deliver to a coil depends on the synergistic interplay of atomizer design, coil position and heat-flux, wicking and airflow. Finding the optimal power depends on skill in balancing and perfecting these factors, and personal preference.
At normal operating temperatures coils should last for months. Assuming you are using a regulated device to power the coil, then the resistance of the coil isn't really important. What is important is the relationship between the mass of the coil, it's surface area, and the power applied to it.
The thing is that there is no magic formula, so experiment extensively and report back with your findings. Remember high wattage does not automatically mean a good vape. I personally value vapor flavor and density over sheer volume, though I do love a good plume.
Here are a couple of threads you might find interesting
My thoughts about sub-ohm and latest VV/VW devices...
Volts or watts?
At normal operating temperatures coils should last for months. Assuming you are using a regulated device to power the coil, then the resistance of the coil isn't really important. What is important is the relationship between the mass of the coil, it's surface area, and the power applied to it.
The thing is that there is no magic formula, so experiment extensively and report back with your findings. Remember high wattage does not automatically mean a good vape. I personally value vapor flavor and density over sheer volume, though I do love a good plume.
Here are a couple of threads you might find interesting
My thoughts about sub-ohm and latest VV/VW devices...
Volts or watts?
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