Simple module factory
Posted: Mon Jun 02, 2014 7:38 pm
This is a simple module factory. It produces enough pre-products to feed one assembler (tier 3) continuously which makes speed modules 3. It overproduces everything a bit except for procs which it underproduces slightly (30/min when you would need 31.25/min for full production). This can be fixed with one speed module easily.
It's simple in the sense that it does nothing else than to produce tier 3 modules in one assembler and does not use any modules in the assembler lines. It's entirely belt based (no logistic bots) and uses an optimal number of assemblies/furnaces (not quite optimal but close, given no modules inside assemblies or furnaces).
It consists of 66 copper furnaces, 18 iron furnaces, 15, cable assemblers, 8 circuit boards, 21 adv. circuits, 6 processing units, 3 plastics, one sulfur and one sulphuric acid plant and of course 4 tier 1 module assemblers, 2 tier 2 and 1 tier 3 module assembling machine. It's designed for speed module production as those have a recipe with an even number of module input (4 tier one modules for tier 2 production and four tier 2 modules for tier 3 modules).
The theoretical output should be 75 tier 3 speed modules per hour. I let it ran for some time and it achieves indeed that (1.2 modules per minute).
So here it is:
It's simple in the sense that it does nothing else than to produce tier 3 modules in one assembler and does not use any modules in the assembler lines. It's entirely belt based (no logistic bots) and uses an optimal number of assemblies/furnaces (not quite optimal but close, given no modules inside assemblies or furnaces).
It consists of 66 copper furnaces, 18 iron furnaces, 15, cable assemblers, 8 circuit boards, 21 adv. circuits, 6 processing units, 3 plastics, one sulfur and one sulphuric acid plant and of course 4 tier 1 module assemblers, 2 tier 2 and 1 tier 3 module assembling machine. It's designed for speed module production as those have a recipe with an even number of module input (4 tier one modules for tier 2 production and four tier 2 modules for tier 3 modules).
The theoretical output should be 75 tier 3 speed modules per hour. I let it ran for some time and it achieves indeed that (1.2 modules per minute).
So here it is: