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You can get fast ramp up using a mech by low Ohm coil build and low mass coils.
But also you can get fast ramp up at a regulated device.The most powerful your mod,the bigger coils you can use.
But also you can get fast ramp up at a regulated device.The most powerful your mod,the bigger coils you can use.
@RdaNoob
Entering your coil into Steam Engine tells me they are 550mg of mass per coil. So 1100 for dual.
The The 4x 30awg by 40awg Ni80 I mentioned 6 wraps around a 3mm ID yields a wider coil, if you are looking to increase surface area, but only 180mg per coil.
Not trying to offend you, just helping out. A new RDA or even changing coil placement within your Drop Dead is not going to correct your problem and it certainly will not improve your vape.
Entering your coil into Steam Engine tells me they are 550mg of mass per coil. So 1100 for dual.
The The 4x 30awg by 40awg Ni80 I mentioned 6 wraps around a 3mm ID yields a wider coil, if you are looking to increase surface area, but only 180mg per coil.
Not trying to offend you, just helping out. A new RDA or even changing coil placement within your Drop Dead is not going to correct your problem and it certainly will not improve your vape.
On fresh batteries here is what that .11 build would do in a series mod.
Bad idea. On regulated mods resistance doesn't matter that much. For clouds and fast ramp time I like 4×30/40 FC. It is flat and wide and relatively low mass for a wire with a lot of surface area. I don't know why but it seems all the alien coils I have used had the worst ramp times of any fused wire.
Lol! Very well put and no correction needed
This definately seems like a better wire for my goals.
I would like to add in the fact that i am very new open to a different wire entirely as well. I do not have much to compare my wire with besides the premade medium aliens i started with as stated at the start of this thread, they also ramped slow.
My coils (once i heat all the metal in the golden gate bridge) do provide the vape i am looking for, if that provides any insight.
They provide a good vape once that coil reaches the preferred temperature. How consistent is it? More mass requires more power to mitigate ramp up. But the mass also retains heat which requires more time to cool down. It also transfers heat to the surrounding air within your atomizer and on to the atomizer itself. All of this contributes to not only the quality but also the consistency of the vape. Not to mention higher power drains your batteries faster. Which if you are running at 140 watts you need to ensure you batteries can handle that. What batteries are you using (if mentioned, I did not see)
Reducing mass reduces much of the problems mention. The coil will ramp up instantly, therefore produce vapor more quickly. Once you stop firing, the coil will cool to room temp more quickly giving you a more consistent vape. All of this at a lower wattage.
The wire I mentioned employs multiple smaller cores (higher gauge) vs a larger, fatter core. This not only reduces mass, but also allows the multiple smaller cores to be positioned in a fashion so that the wire capitalizes on surface area which is beneficial. It also employs a very high gauge wrap (40awg). The wrap should contribute as little as possible to the overall mass of the coil.
There is a lot of wire out there that looks great on the surface, but functions poorly due to its high mass. That doesn’t necessarily mean it is a poor choice, but we may have to be selective on how we apply it. Although still high mass that can be improved upon, your wire would be better suited for a smaller, single coil operation.
Are you familiar with Steam Engine? It is a virtual online coil builder that allows us to model these coils giving us a gauge as to how they may perform. Also has a Ohms calculator, battery drain guide and a e-juice calculator should you wish to mix your own. Very handy tool! Check it out if you haven’t already and if you have questions, feel free to ask.
Steam Engine | free vaping calculators
And to add, resistance of the coil has little bearing on what I (and others) have mentioned with a regulated device. Your Pulse 80 or GV Legend doesn’t care if it is a 0.11ohm coil or a 0.8ohm coil, all it is doing is applying the power that you prescribed to that coil(s). Grant it, hitting the extreme lows or extreme highs in resistance can have adverse effects in terms of voltage and or current limitations, but we’ll save that for another conversation.
Resistance on a mechanical device is extremely important. As @Skunk! displayed, your coils would draw 76+amps from the batteries at 8.4 volts…..not the safest option.
Resistance on a mechanical device is extremely important. As @Skunk! displayed, your coils would draw 76+amps from the batteries at 8.4 volts…..not the safest option.
The difference between .11 and .12 ohms is 0.01 - well within the margin of error of any of the ohmmeters vapers generally use.
Why do you want to lower the resistance? If it's just to get a quicker ramp, then lowering the metal mass as others have mentioned is the best way to do it. Is there anything else you're looking for? .11 ohms is already a very low resistance, so I wouldn't recommend going lower. There's probably a way of changing the build to get what you want without lowering resistance.
0.11 on a single battery mech would draw 38 amps, and there aren't any 18650s that can provide that safely. As Skunk! noted, it's no better with a series mech. I'd definitely recommend getting a thorough understanding of ohms law and electrical theory before you start seriously considering a mech.
It's also worth considering the battery demands of regulated mods. 140w on your Aegis Legend is only within CDR if you're using 25A (or higher) batteries.
Yup.
Take some time to consolidate what you're learning. There are a lot of ways to tweak or change a build to get the vape you want. It's not a case of lower resistances = better, or even lower = more.- Status
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