I am fairly new to mechanical mods but I have done extensive reading and research on Ohm's Law as well as mechanical mods in general.
To begin, I currently have a VGOD Elite Mech with VGOD Elite RDTA and plan to use a dual coil setup. The coils included with the RDTA are VGOD pro coils which, when used with a dual coil setup, have an ohm reading of 0.18 ohms. This is an extremely low ohm rating which requires batteries to match. 4.2V / .18 ohms= 23.33.
Currently I have the Samsung INR18650-25R 2500mAH 20A li-ion batteries. To be safe one must use batteries that match this value of 23.33 A however wiggle room should also be factored so a battery with more than 23.33 A should be used.
Instead of using these coils with a battery with higher A, I was thinking of using 26 gauge Kanthal wire (0.40 mm) and aiming for a dual coil build that produces a value of 0.3 Ohms so that my new A value becomes 4.2 V / .3 ohms= 14.
Would this dual coil build with 0.3 ohms using the Samsung INR18650-25R 2500mAH 20A as well as the VGOD Elite Mech be safe for use?
To begin, I currently have a VGOD Elite Mech with VGOD Elite RDTA and plan to use a dual coil setup. The coils included with the RDTA are VGOD pro coils which, when used with a dual coil setup, have an ohm reading of 0.18 ohms. This is an extremely low ohm rating which requires batteries to match. 4.2V / .18 ohms= 23.33.
Currently I have the Samsung INR18650-25R 2500mAH 20A li-ion batteries. To be safe one must use batteries that match this value of 23.33 A however wiggle room should also be factored so a battery with more than 23.33 A should be used.
Instead of using these coils with a battery with higher A, I was thinking of using 26 gauge Kanthal wire (0.40 mm) and aiming for a dual coil build that produces a value of 0.3 Ohms so that my new A value becomes 4.2 V / .3 ohms= 14.
Would this dual coil build with 0.3 ohms using the Samsung INR18650-25R 2500mAH 20A as well as the VGOD Elite Mech be safe for use?
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