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* Liquid bus - sulfur, lubricants, batteries on site? | * Liquid bus - sulfur, lubricants, batteries on site? | ||
* Underground templating; width of sector (4/6/12) | * Underground templating; width of sector (4/6/12) | ||
== 3-input methods == | |||
* [[Engine unit]] and [[advanced circuit]] - especially as they have longer mfg times than [[inserter]] | |||
* long handed (easiest, even if a 4th lane isn't necessary) | |||
* braided underground belt (blueprints may help with placement) | |||
* direct insertion (eg gear wheels -- input-throughput intensive) | |||
* multiple sides of assembler (typical for inserter/green science but does not typically scale as well) | |||
== Direct insertion == | |||
This mechanic is a consequence of object to object transport throughput which is higher than with a belt (say object to belt), due to the inserter picking up and dropping off the stack instantanously without waiting for belt space (see [[Inserters#Inserter_Throughput]]). In certain high-throughput situations direct insertion can lead to higher throughput than using belts. Examples may include copper wires (3x used when making green circuitboards or 6 per sec), green circuits (2 per sec, in turn when making blue circuits). | |||
This is sometimes done with steel plates due to similar times (5x3.2s = 16s for the five iron, compared to 15s for the steel recipe crafttime) but this is generally due to space-saving than throughput. | |||
Latest revision as of 11:22, 14 March 2021
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self notes
- U shape bus (vertical length contraction)
- Bus ratio according to transport density
- Liquid bus - sulfur, lubricants, batteries on site?
- Underground templating; width of sector (4/6/12)
3-input methods
- Engine unit and advanced circuit - especially as they have longer mfg times than inserter
- long handed (easiest, even if a 4th lane isn't necessary)
- braided underground belt (blueprints may help with placement)
- direct insertion (eg gear wheels -- input-throughput intensive)
- multiple sides of assembler (typical for inserter/green science but does not typically scale as well)
Direct insertion
This mechanic is a consequence of object to object transport throughput which is higher than with a belt (say object to belt), due to the inserter picking up and dropping off the stack instantanously without waiting for belt space (see Inserters#Inserter_Throughput). In certain high-throughput situations direct insertion can lead to higher throughput than using belts. Examples may include copper wires (3x used when making green circuitboards or 6 per sec), green circuits (2 per sec, in turn when making blue circuits).
This is sometimes done with steel plates due to similar times (5x3.2s = 16s for the five iron, compared to 15s for the steel recipe crafttime) but this is generally due to space-saving than throughput.