Ego Twist & 2.8ohm Stardust

[WhiteLabelDon]

Hey all I just received my Stardust v2 and instantly replaced the 2.4ohm head with the 2.8ohm I ordered. The reason is i have had my Ego twist for two weeks now and my hardware didnt really allow me to go above 3.6 volts without a burnt taste. My question is for those of you using a 2.8ohm Stardust on your twist what Voltage are you using to get that powerful warm vape without the burnt tast. Im using Got Vapes Flux Nector Mountain Rift is 70% PG and 30% VG. ? Thanks for the input

 

[Daniel13]

max it out i'm in the same boat but i already have 1.8 ohm in all my novas

 

[Switched]

Hey all I just received my Stardust v2 and instantly replaced the 2.4ohm head with the 2.8ohm I ordered. The reason is i have had my Ego twist for two weeks now and my hardware didnt really allow me to go above 3.6 volts without a burnt taste. My question is for those of you using a 2.8ohm Stardust on your twist what Voltage are you using to get that powerful warm vape without the burnt tast. Im using Got Vapes Flux Nector Mountain Rift is 70% PG and 30% VG. ? Thanks for the input

Everything is relative!

Strictly mathematically speaking you should be able to vape a 2.4Ω @ 4.8V since 5V vaping requires a 2.5. Therefore thinking you can get more warmth with a 2.8Ω is not really the case. If you are getting a good vape at 3.6V why chase rainbows? Something to remember not all liquids vape well at higher voltages. If you are happy with the vape than ignore the voltage setting.

 

[ninjuh]

2.8 ohm Stardust keep it 4.6v or less. Stardusts don't really give a "powerful" hit no matter what you do, and they definitely don't handle very high voltage regardless of the ohm rating. It also depends on the juice.. also, stardusts quality will vary, no 2 are exactly alike, some can work better/worse than others.

 

[billo]

The Twist puts out the most power (watts) at 1.92 ohms, because of its 2.5 amp current limit. (4.8V/2.5A= 1.92 ohms) If you use 2.8 ohms, the max power is reduced by 1.92/2.8 = .68, or a 32% reduction.

This may or not be important to you, but this is how much the maximum power will drop using a higher-resistance atomizer.)

(All these numbers are approximate since the current limit may not be EXACTLY 2.5 A, for example.)