My 2 yrs old Kanger VV finaly bit the dust, voltage output went wacky.
Searched for a replacement and found the Kanger Subvod. I don't like the big bulky box type with all the internal electonics so the K.Subvod should be a good fit. I have a GS EgoII 2200mA and its fits good in the pockets.
Thru research some say the bat life isn't to great on the K.Subvod. One poster said thru casual vaping it lasted them around 3 hrs. My kanger VV 650mA lasted about half a day so I would think a 1300mA should last longer than 3 hrs. Anyone getting longer per charge?
Its mainly for subohm coils, I build my own so wondering how high a ohm coil would work with it. I have other 510 tanks with higher ohm coils I use with other bats, thats why I ask.
Specs say to use a 500mA adapter power source, I have 2 adapters a 500 and 1000. One poster said using a 1000mA would not hurt, is that right?
For those who could answer my questions but don't know the bat specs I posted them below
Searched for a replacement and found the Kanger Subvod. I don't like the big bulky box type with all the internal electonics so the K.Subvod should be a good fit. I have a GS EgoII 2200mA and its fits good in the pockets.
Thru research some say the bat life isn't to great on the K.Subvod. One poster said thru casual vaping it lasted them around 3 hrs. My kanger VV 650mA lasted about half a day so I would think a 1300mA should last longer than 3 hrs. Anyone getting longer per charge?
Its mainly for subohm coils, I build my own so wondering how high a ohm coil would work with it. I have other 510 tanks with higher ohm coils I use with other bats, thats why I ask.
Specs say to use a 500mA adapter power source, I have 2 adapters a 500 and 1000. One poster said using a 1000mA would not hurt, is that right?
For those who could answer my questions but don't know the bat specs I posted them below
- Dimensions: 3-1/2" x 3/4"
- 510 threaded
- Diameter: 18.5mm
- Battery Capacity: 1300mAh
- Output Voltage: 3.7V
- Minimum Resistance: 0.4ohm
- Charged via Micro USB 5V/500mA
- Simple One Button Design
- Short Circuit Protection
- Low Resistance Protection
- Overcharge Protection
- Low-Battery Warning Indicator