The extractor is a 4 stage ore processing facility in a box. The 4 stages have wildy varying torque and speed requirements and supplying enough torque and speed to a single extractor requires 4MW of power - the output of about 8 hydrokinetic (max fall) wheels.
By contrast, supplying the stages indivudually requires a mere 115kW - less than half the output of a single hydrokinetic wheel. (This power total assumes the 1st and 4th stages are on the same device as the requirements for stage 1 cause the extractor to implicitly meet the power and torque requirements for stage 4).
So, thats the exposition, here is the problem: I can't find any way to take a shaft carrying a total power of 115kW and split it correctly amongst 3 extractors. The bevel gears and split the power into (powers of two) and divide the power between their outputs according to the ratios 1:1, 1:3, 1:7, 1:15 and 1:31
Looking at the (3) extractors if we say that x=16384, the extractor 1 requires 4xW, extractor 2 1xW and extractor 3 2xW - so I need to split the power 3 ways: (4:1:2) - which adds up to 7.
The best ive been able to do is supply 131072kW to my network of gears, split it into 8 (4:1:2:1) and essentially waste 16384kW (it does't really help to feed it to a stage - if one stage runs faster than the others - the extractor only runs as fast as the slowest stage.
Ive been contemplating using a bevel gear to actually feed the excess 16384kW back into the system at the start - boosting the input power - but that feels like it might break RoC...
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Different question: In monster - which 'transport' mods can extract partially completed products from an extractor? I havn't had much luck with buildcraft and thermal expansion that can only (seem) to extract from the final output slots. "Hoppers" are completely out as the extractor is powered from below so a hopper cannot be placed below it.
By contrast, supplying the stages indivudually requires a mere 115kW - less than half the output of a single hydrokinetic wheel. (This power total assumes the 1st and 4th stages are on the same device as the requirements for stage 1 cause the extractor to implicitly meet the power and torque requirements for stage 4).
So, thats the exposition, here is the problem: I can't find any way to take a shaft carrying a total power of 115kW and split it correctly amongst 3 extractors. The bevel gears and split the power into (powers of two) and divide the power between their outputs according to the ratios 1:1, 1:3, 1:7, 1:15 and 1:31
Looking at the (3) extractors if we say that x=16384, the extractor 1 requires 4xW, extractor 2 1xW and extractor 3 2xW - so I need to split the power 3 ways: (4:1:2) - which adds up to 7.
The best ive been able to do is supply 131072kW to my network of gears, split it into 8 (4:1:2:1) and essentially waste 16384kW (it does't really help to feed it to a stage - if one stage runs faster than the others - the extractor only runs as fast as the slowest stage.
Ive been contemplating using a bevel gear to actually feed the excess 16384kW back into the system at the start - boosting the input power - but that feels like it might break RoC...
--
Different question: In monster - which 'transport' mods can extract partially completed products from an extractor? I havn't had much luck with buildcraft and thermal expansion that can only (seem) to extract from the final output slots. "Hoppers" are completely out as the extractor is powered from below so a hopper cannot be placed below it.
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