If we want to explore the limits of a 25AMP battery, we can look at the lowest resistance that stays within a 25AMP limit with a fully charged battery at 4.2 volts.
So we can see that if we have a battery with a 25AMP rating like the Samsung 25R, we are well within the safety limits for firing this 0.5 OHM coil. So if we have a coil that we have built at 0.5 ohms we can work out the equation as: 4.2(V) / 0.5 OHMS = 8.4 AMPS Where ‘I’ is current (AMPS), ‘V’ is voltage and ‘R’ is resistance.Ī fully charged ‘vape-safe’ battery will hold 4.2 volts. To work out the amount of AMPS you are drawing from your battery you need to use this one simple equation I = V / R All batteries will come with an amp rating – this amp rating is the maximum capacity for continuous firing, meaning that you can safely discharge this amp rating, 25 AMPS for example, continuously until your battery needs recharging at 3.6 volts. It is important to know this because you need to make sure you are draining a safe amount of energy from your battery at all times. Ohms law is an equation that will work out for you the amount of energy current you are drawing from your battery whilst you vape a mechanical mods. It’s not rocket science, but there are a some basic principles you will need to adhere to, to make sure you are vaping safely.
We stock a decent range of affordable genuine mechanical mods and drippers in-store and we love setting people up with their first mechanical systems – running through the art of wrapping, micro-coiling, spacing and wicking with customers looking for the ultimate in vaping experience.īut we take safety seriously and there are a few things you need to know if you are venturing into the world of mechanical mods. For most of us it is where our journey beyond ‘ego twists’ began and how we have ended up falling in love with the flavour and vapour production of drippers and rebuildable tanks. At Oxford Vapours we love mechanical mods.
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