Here's a pictorial guide to rebuilding the cCells...
Step one, taking them apart, fairly straight-forward, just be gentle, and take it apart, note that the cCell is a dual shell design, which is a fantastic design so to regulate the liquid flow.

Get your tools out, measure your wire (here I use NI200, 26 gauge and aim for 0.2 ohm)
Do your coil, wrap it as many turns you need to do for your target resistance. at the size that you want (I go with either 3.5 or 4 mm), then stretch it out and push back together until the wraps are properly spaced (very important, the coil must have proper spacing between all the wraps), and you bent the ends.
I bend the negative's end so that I know which is which if it gets hard to tell once the cotton is wrapped.
Measure your cotton to be the right size to cover your coil and fit the whole of the shell, cut it along the grain (usually the longest width of the pad) and separate (giving you two cotton at the ready). To get the right amount, I cut about 1cm of the length

Slide the cotton (loose cotton side on the outside, sheet side is what touches the coil) between the coil and the down-going leg.
The goal is to use this cotton to create insulation between the coil and the down-going leg first, then wrap the cotton around the whole thing.
Slide it gently in, usually better the roll the cotton fairly tight with the coil on something to support it, twist it in gently, then twist counter-wise to "unroll" the coil so that the cotton pushes better against the walls of the shell. Bent the long leg (negative post) on the side (there's a notch that great for that)

Assemble the inner and outer shell, making sure that the align the holes to between each others.
Ensure all appears to be aligned correctly, the center leg (the positive) must not touch any part of the shell.

Place the insulator (rubber/silicone ring)
1)on the negative leg to push it against the shell under the insulator,
2) while the positive which is in the middle is bent slightly over the insulator.

Place the positive pin in, crushing the center leg. Then snip the legs/wire that's sticking out as close to the insulator as possible.
Final result: Using a small tool, ensure that all is in place, work the cotton a bit if needed.

Once you get the hang of it, it just takes a couple of minutes.
Step one, taking them apart, fairly straight-forward, just be gentle, and take it apart, note that the cCell is a dual shell design, which is a fantastic design so to regulate the liquid flow.

Get your tools out, measure your wire (here I use NI200, 26 gauge and aim for 0.2 ohm)

Do your coil, wrap it as many turns you need to do for your target resistance. at the size that you want (I go with either 3.5 or 4 mm), then stretch it out and push back together until the wraps are properly spaced (very important, the coil must have proper spacing between all the wraps), and you bent the ends.
I bend the negative's end so that I know which is which if it gets hard to tell once the cotton is wrapped.
Measure your cotton to be the right size to cover your coil and fit the whole of the shell, cut it along the grain (usually the longest width of the pad) and separate (giving you two cotton at the ready). To get the right amount, I cut about 1cm of the length

Slide the cotton (loose cotton side on the outside, sheet side is what touches the coil) between the coil and the down-going leg.

The goal is to use this cotton to create insulation between the coil and the down-going leg first, then wrap the cotton around the whole thing.

Slide it gently in, usually better the roll the cotton fairly tight with the coil on something to support it, twist it in gently, then twist counter-wise to "unroll" the coil so that the cotton pushes better against the walls of the shell. Bent the long leg (negative post) on the side (there's a notch that great for that)


Assemble the inner and outer shell, making sure that the align the holes to between each others.

Ensure all appears to be aligned correctly, the center leg (the positive) must not touch any part of the shell.

Place the insulator (rubber/silicone ring)
1)on the negative leg to push it against the shell under the insulator,
2) while the positive which is in the middle is bent slightly over the insulator.

Place the positive pin in, crushing the center leg. Then snip the legs/wire that's sticking out as close to the insulator as possible.

Final result: Using a small tool, ensure that all is in place, work the cotton a bit if needed.


Once you get the hang of it, it just takes a couple of minutes.
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