VIAWOL

Rayon (cellulose) or if you can't find it use sterile cotton from the drug store. I think they must autoclovae the steril cotton cause it tastes better than non sterile imo. But I find rayon easier to work with.

There are also Gushi cotton pads that you can split in half and cut a perfect 3/16" strip off of, I haven't tried these but they are getting good reviews.

My favorite wicks in order are japanese cotton, cellucotton, and walgreens organic cotton. The second two are cheap for bulk. About 4-5$ for 80 organic cotton balls or $12 for 500 ft of cellucotton at Sally's beauty supply. The japanese cotton patches can be pricey unless you get lucky and find some at a decent price on amazon or other fine beauty supply places online but they really are the easiest to use and give great wicking and flavor. Just cut a strip from the patch that is the right thickness for your coils and wick through them and tuck the ends.

26 ga parallel coil reading at .26 ohm. Mmmmmm, so nice but a little close to the limits of my Sony battery.
Would take a pic of the coil but my phone stinks

It finally arrived! Had the wife open it and take a pic of my new panzer Blackhawk clone and omega clone. For some odd reason the fire button had unscrewed itself. I confirmed with the wife that yes the pin is rattling around inside.
Oh and I haven't even laid my hands on it yet. Hopefully I will be home Saturday

It's a special model. It can be a little unsettling some times.

A few questions here.
Is the first graph actual physical testing done on the device, or is it a theoretical graph.
Are all of the limitations due to the electronics or battery limitations?

I'd be interested also on the VTR's graphs and actual testing and done with a good high end cell and a scrappy cell to see just how much a cheap battery handicaps the device.

I have a feeling in the next year chipset makers will improve to the point that the device will only be held back by its battery.

Based on another thread's discussion regarding the Innokin MVP 2.0's Voltage and Wattage limitations, I thought I'd post this up as a separate thread. Hopefully, it will help people out when choosing / selecting which Voltage / Wattage settings will properly function with their choice of Coil Resistance.

This graph shows the Power-curve across the range of Coil Resistance and useable Voltage of the device:



As you can see from the graph, there are some telling limitations of the device... being that (based on Coil selection), there are operational highs/lows or minimum/maximums for Voltage and/or Wattage, regardless of setting selections.

Simply put, regardless of Voltage or Power selection (mode), based on the resistance of the Coil you are using, there are thresholds where the subsequent Voltage or Wattage minimum or maximum cannot be exceeded. Based on excessive selections, the device will default, up or down, to the closest Wattage (if in Voltage-mode) or Voltage (if in Power-mode) within it's operational parameters.

Examples:
A 1.0 Ohm coil will only fire at 3.30V in Voltage mode, providing 10.89W of power, or 11.0W in Wattage mode, using 3.32V maximum A 4.0 Ohm coil will only fire at minimum of 4.90V, up to 5.0V, and can only operate at 6.0W to 6.25W (max) A commonly used 1.5 Ohm coil cannot be operated at a Wattage setting below 7.5W, or exceed a Voltage setting above 4.1V A 2.4 Ohm coil will operate from 3.8V (@ 6.02W) to a maximum of 5.0V (@ 10.42W) or Wattage selection range from 6W (@ 3.79V) to a maximum of 10 Watts (@ 4.9V) A commonly used 2.2 Ohm coil is capable of operation from 3.63V through 4.92V, allowing for any Wattage selection Coils ranging from 1.9 Ohms to 2.2 Ohms are capable of operation at any Wattage setting of the device, but NOT all Voltage settings No Coil resistance is capable of operating across ALL Voltage settings without exceeding the minimum or maximum Wattage capabilities of the device
Chart legend for charts below:
RED numbers are outside the physical, operational limitations of the device, regardless of setting parameters higher or lower (example: A 1.0 Ohm coil set at 5.0V cannot physically fire more than 3.32V due to 11W maximum power restriction) BLUE shaded areas are within the physical, operational limitations of the device GREEN shaded areas are a middle-ground, sweet-spot of the operational parameters (not too high/low, but should not be considered "optimal" settings)
Here is the chart which shows operational Voltage of the device, based on Wattage/Coil selection:



Here is the chart which shows operational Wattage of the device, based on Voltage/Coil selection:

I like hearing about vaping truckers. It's also nice to have a good dripper to enjoy at the end of the day like a strong cigar. I'm sad I'm without one for a few weeks. I look forward to posting my vape mail and seeing up my new omega when it arrives.

Lol they sure are. she has demanded that I get her one of each color

I guess it must just be the volume. That's how it was labeled on the website. It's just a small unit. It wouldn't look silly on an eGo.

It's a single 6/5 spaced coil of 29g Kanthal around 3.5mm silica, and it's about 1Ω. That's roughly 17½ watts and a little over 4 amps on a freshly charged battery, and the AW IMR 18350s I use in it are rated at 6a.

I just ordered a black panzer and a black oridin dripper with a nice wide POM tip, all from Fasttech Sigh, I'm gunna have to unload some stuff so I don't get chewed out.

You can order batteries but just don't select airmail. I use Fasttech all the time and even tho I can't say I enjoy the wait time, I have come to relish the time waiting for something new

New to vapor talk nice to be here. Just joined up for tired of lurking.

Ordered the Cloud Chaser drip tip from Cherry Vape. Friction fit, no O-ring. Biggest hole on the market.

http://shop.cherryvape.com/The-Cherry-Vape-Cloud-Chaser-0090.htm