Well the shipping status changed this morning to expected delivery on the 27th. So fingers crossed!



Neither has either of the two of them here. Going from the iStick to another mod or APV that allows for separate voltage adjustment to that at 3.8v while bumping the watts up to 7w for example on the MVP, VTR, or other battery or device like the iTaste VV V3.0 will effect things differently then the iStick will at 7w where the voltage goes up at the same time meaning the amps out also climbs at different ratio and why a difference may be noticed with two at the same wattage or voltage settings.
If the watts go up on the iStick so do the volts unlike the iTaste stuff or an eGo-V V3 or V4 Mega battery where once again if you leave the voltage at 3.8v it stays the same while the wattage is turned up since there two separate modes while the IStick only changed which one is in large display. This is where the differences can seen between any two batteries, mods, APVs, or one compared to the next. The MVP for example goes from 3.3v like any Vamo or the VTR upto 5v max while the iStick ranges from 3v upto 5.5v with the voltage synced with the wattage when adjusting one seeing the other move with it while MVP sees the voltage remain the same despite turning the watts up from 6w to the 11w max. A reduced amperage is seen.
The innokin products don't work like that. The voltage goes up with the wattage like every regulated device. You can only be in one mode or the other, not adjust then independently. A lot of people were confused by that. When you switch back to voltage it just remembers your setting, but I repeat, you can not adjust voltage and wattage separately on the innokin products
. The same with the eGo-V or any other vv/vw type battery or device where there are two mods but only one displayed. The iStick along with other newer mods display both one larger then the other while with the innokin or others you don't see the wattage move with voltage or voltage with wattage since there are two separate settings. Yet the vape is the same for 7w as it is for 3.8v on those batteries and mods while the iStick will show 3.6v when set at 7w. This is one reason why I went for the Eleaf Ohm and Power meter to see just what is actually being seen on the tank side of the equation since I should be seeing 7.6w instead of 7w when switching back from setting the voltage at 3.8v!
So on top of the shipping status changing, i just was contacted and was offered one of the acrylic top capsSo i guess mine won't stay stock for long...lol
@geekmedic, is the V4 the best 510 to use? Also any tricks/tips for swapping the caps over?
Exactly. People seem to be confused by what wattage mode actually is/does. You are still outputting voltage in wattage mode. The only difference is the device adjusts what voltage is going out based on your coil resistance to give you the desired wattage (heat at coil). This is why mean vs. RMS is actually important, mean is far less accurate. It doesn't actually vape hotter at certain wattage level, it's really giving higher wattage then selected (or lower in some cases). Mods really need to start coming with more detailed instruction cards to explain volt/watt operation, for this is a common misconception, specially in the MVP and itaste vv. I've heard many times, "I have my wattage set to x, what should I set my voltage to?" And vise versa. And many new vapers ask what wattage they should vape at, instead of just adjusting to taste like the istick needs.
I decided on the V3 short with a 22mm washer. I found the videos for soldering the 510, but i can't find any videos pertaining to the cap replacement.
Thankfully i have been doing RC/small solder jobs for years so working with little space is not to scary, i just don't want to blow up the battery O_O
You may remembering me mentioning 7w in the watts mode and 3.8v in the voltage mode. Upon checking things out on one of the eGo-V V3 batteries to see just what was the actual output seen with each mode and remembering what I was saying seeming the exact same while differently? Well the actual output was indentical at 3.6v 6.4w with the 2ohm coils in use on the Smok Tumbler tanks and that was set for 7w. When checking in the voltage mode set at 3.8v it read 3.6v 6.4w and once again 2ohms for the tank in use.
The display settings are where the conflicts are to be seen since they show one thing while taking into account the calculated real time results at the other end. When taking the meter to the newer eGo-V V4 battery next since the iStick kept showing Low Power when set at 13w? Yet working well on both the regulated and mesh epipe mods I found at 7w the voltage on the newer battery was set at 4.4v with the meter showing a 1.3ohm coil? with 3.8v and 11.1w at the end. I found that a bit odd since the Smok coils only go down 1.8ohm. Once the meter was removed however the battery showed 2.4ohms which would be correct since I do have a few 2.4s that got mixed in with the cleaning of the 2ohm coils.
That I'll leave as a mystery however since the batteries are left running one at a time for having a menthol flavor going at the lower wattage while i may switch between different mods with some other flavor. One thing I can that has been observed is the flavor can be effected moving a tank back and forth between something with a sealed battery and something running with 18650s like a Vamo. You can them at set at the same wattage but still see varying results. I suspect the consistency of the output between batteries and devices is the main reason.
Anyways we'll have to pick this up at another time.since I wanted to say have a "HAPPY And SAFE" holiday everyone!
Depending on what mods you are switching between, the difference in flavor probably had to do with the pwm freq differences or pwm vs dc to dc.