Advanced Constructors and Advanced Manufacturers both have 11 total inputs, so here is an 11-line warehouse splitter array.
-This design uses 2 warehouses to store up all the inputs for these machines, runs them through logic-controlled gates, then splits them onto belts feeding into the machines. The library contains both 2-belt and 3-belt versions.
-The logic rail furthest from the warehouses uses sensors tied to the machines (not included), to keep them from getting overfilled.
-The logic rail closest to the warehouses uses sensors tied to whatever inventory the machines' output goes to (not included), to determine when manufacturing should stop, and has inventory sensors of its own so that two such arrays can be tied together and inform each other.
-The deciders on each logic rail control one of the two blocker lines, allowing them to act as gates.
-Blueprints are floorless, so they can be placed directly on a platform. The splitters on the 2-line version need to be adjusted to only feed to one side.
#11-line warehouse splitter arrays (Now linked!)
timid schooner
timid schooner
11-line warehouse splitter arrays
timid schooner
11-line warehouse splitter arrays (Now linked!)
Updated version where the deciders and blockers are properly linked together
gray python
Are there any pictures available to show how this connects up to the constructors / manufacturers? I cant get my head around how to connect it up