High-Capacity Component Assembler: batches of 64 components per craft. The CoAL Casing tier gates which recipes run and grants a ×2 speed bonus per tier above the recipe. Regular imperfect overclocks (×4 power / ×2 speed) on top, uncapped, from the summed EU/t of all energy hatches — TecTech multi-amp and laser hatches supported, unlimited tier skips.
Components per minute sweeping total energy amps (log scale), one line per CoAL casing tier. Casing tiers shift the whole curve up ×2 each (free speed); each ×4 energy adds one imperfect overclock (×2 speed). Marker = current setting.
EU per component as a multiple of base recipe EU. Casing speed bonus is free; every imperfect overclock doubles the cost (×4 power for ×2 speed). Sub-tick parallels flatten the curve again once the 1-tick floor is reached.
How the CoAL computes this: recipe requires casing tier ≥ recipe tier (recipe mSpecialValue, LV=1 … UXV=13; the 43 Component Assembly Line Casings set the machine tier). Every casing tier above the recipe halves base duration for free (speedBonus = 2^−(casing − recipe)). Overclocks are regular imperfect (×4 power / ×2 speed), count = ⌊log₄(supply ÷ recipe EU/t)⌋, uncapped by tier — setAvailableVoltage(getMaxInputEu()) sums the EU/t of every energy hatch (regular 2A, TecTech multi-amp and laser included) with amperage 1 and unlimited tier skips, so only total EU/t matters, not hatch tier. When OC count exceeds ⌈log₂(duration after casing bonus)⌉, the surplus becomes sub-tick parallels (×2 per extra OC + correction, capped by supply ÷ recipe EU/t) — extra batches of 64 at no added EU per component. Batch mode supported (logistics only). Real recipes: all component tiers output 64× per craft, base 1440 s (LV–LuV… tiers 1–8) or 2400 s (tiers 9–13).