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I find it easier to make the wires and just place them onto a second belt, rather than try to direct insert like that. One wire factory makes enough for 8 red circuits, so you can cut the number of wire factories in half using this method.
You are correct on both accounts. My thought on separating the plastic is so I can make each module even longer if I repurpose the land in that area.
And I hate belting copper wire, even though this is a bit more inefficient.
Yeah, I know that. Beltng wires seems so wrong, but mainly because the main other use for it is circuits and it is much better to use a direct insertion there.
http://steamcommunity.com/sharedfiles/filedetails/?id=822564619
Yep, much more compact. I seperated the plastic/green so I can lengthen the red circuit modules.
However, after more thought, it would be better to place speed modules. Since I am not belting the copper wire, I am not sure how it would keep up. I would probably need a second line of copper plates before I would need that much plastic.
I'll keep experimenting.
There's my green circuit production. This keeps up quite well, but I will upgrade it once I switch to express belts.
The red circuit module uses an express (blue) belt of copper split down to two red belts, each one feeding a pair of wire assemblers. All of the other belts and undergrounds are red.
The green circuit module is fed by an express belt of copper on each side (downgraded to fast belt at the balancer, as some of the plates will have been used), and two fast belts of iron (one for each 'column' of assemblers). The exit belt for the circuits themselves is an express belt and 16 assemblers fill one compressed blue belt of output, as shown.