UV multiblock controllers (Assembly Line): Mega Vacuum Freezer, Chemical Plant, Advanced Synthesis Plant, Titan Forge - all gated on UV circuits, UV components and 24 to 64 CWU/t research

Chain id: uv_multis · Tags: Infinite source, Unverified

Era setup: UV · Abydos

Plan modules: UV multiblock controllers

Tips: 6, 1 unverified

Machines

Assembly Line · 20 s · 245 760 EU/t · research Super Vacuum Freezer 24 CWU/tMultiblock

Oak 1aluminium frame · 2 UV circuit · 4 dense rhodium plated palladium plate · 2 LuV field generator · 4 NbTi normal pipe · 32 fine ITBTC wire · 6 HSS-E screw · 1152 mB solderAluminium frameDense Rh-Pd plateLuV field generatorNbTi normal fluid pipe1

20 s

Mega Vacuum Freezer1

gtceu:assembly_line

Assembly Line · 60 s · 983 040 EU/t · research Large Chemical Reactor 64 CWU/tMultiblock

Oak 1ZPM hull · 4 ZPM motor · naquadah alloy rotor · 2 large NbTi pipe · 4 UV circuit · 1872 mB solder · 288 mB naquadriaZPM Machine HullZPM motorNaquadah alloy rotorLarge NbTi pipe1

60 s

Chemical Plant1

gtceu:assembly_line

Assembly Line · 60 s · 983 040 EU/t · research ZPM Chemical Reactor 64 CWU/tMultiblock

Oak 1ZPM hull · 4 sensor · 4 arm · 4 fluid regulator · 2 naquadah alloy rotor · 6 large NbTi pipe · 6 UV circuit · 1872 mB solder · 288 mB naquadriaZPM sensorZPM robot armZPM fluid regulator1

60 s

Advanced Synthesis Plant1

gtceu:assembly_line

Assembly Line · 80 s · 245 760 EU/t · research Large Extruder 64 CWU/tMultiblock

Oak 1UV hull · 12 UV circuit · 4 dense tritan steel plate · 64 UHPIC · 8 UV piston · 4 small pure netherite gear · 2 quadruple enriched naquadah pipe · 4 UV pump · 7200 mB solder · 5 B lubricant · 864 mB naquadriaUV Machine HullUV pistonUV pumpDense tritan steel plate1

80 s

Titan Forge1

gtceu:assembly_line

Flow

• Assembly Line · 20 s · 245 760 EU/t · research Super Vacuum Freezer 24 CWU/t
• Assembly Line · 60 s · 983 040 EU/t · research Large Chemical Reactor 64 CWU/t
• Assembly Line · 60 s · 983 040 EU/t · research ZPM Chemical Reactor 64 CWU/t
• Assembly Line · 80 s · 245 760 EU/t · research Large Extruder 64 CWU/t

How to build

1. Drawers first, one per input: frames, hulls, UV circuits (Keep Exact per recipe), field generators, motors, rotors, pipes, fine wire, screws, pistons, pumps, gears, UHPIC chips. Drums: soldering alloy, naquadria, lubricant. One Assembly Line per product, each with its own Data Access Hatch for its research orb. — functionalstorage:oak_1, gtceu:aluminium_frame, gtceu:uv_machine_hull, gtceu:zpm_machine_hull
2. Research per multi: orb + scan item in the Object Holder (Super Vacuum Freezer 24 CWU/t, Large Chemical Reactor 64, ZPM chemical reactor 64, Large Extruder 64). Check the CWU/t readout first (uv_research). — gtceu:research_station, gtceu:super_vacuum_freezer, gtceu:data_orb
3. Mega Vacuum Freezer first: buses in recipe order (frame, 2 UV circuits, 4 dense plates, 2 LuV field generators, pipes, wire, screws), solder by hatch; 20 s at 245 760 EU/t. — gtceu:assembly_line, gtceu:mega_vacuum_freezer
4. Chemical Plant and Advanced Synthesis Plant on a UV 4A hatch (983 040 EU/t, 60 s each): hull, motors/sensors/arms, rotors, large pipes, UV circuits; solder + naquadria by hatches. — gtceu:assembly_line, gtceu:chemical_plant, gtceu:advanced_synthesis_plant
5. Titan Forge: UV hull, 12 UV circuits, plates, 64 UHPIC, 8 pistons, gears, pipes, 4 pumps; 7200 mB solder, 5 B lubricant, 864 mB naquadria; 80 s at 245 760 EU/t. — gtceu:assembly_line, gtceu:titan_forge
6. Output drawers Keep Exact 1 per controller. These multis also take their recipe-casing blocks: read each controller’s structure preview before you craft casings. — functionalstorage:oak_1, gtceu:chemical_plant

Tips

• Source: kjs additions/machines_and_parts/large_multis.js and additions/multiblock_recipes/abydos_multis.js (verified). Mega Vacuum Freezer = Bulk Blast Chiller [BBC] (UV, as the era says; a GCYM multi with parallel hatch and batch mode): AL 400 ticks at VHA[UV] = 245 760 EU/t, STATION research of the Super Vacuum Freezer at 24 CWU/t and VHA[ZPM] = 61 440 EU/t (so the Super Vacuum Freezer = Arctic Chilling Unit, an IV recipe, must be kept as the scan item). Chemical Plant: ZPM hull + 4 ZPM motors + naquadah alloy rotor + 2 NbTi large pipes + 4 UV circuits, 1872 mB soldering alloy + 288 mB naquadria, 1200 ticks at VHA[UHV] = 983 040 EU/t, research Large Chemical Reactor 64 CWU/t at VHA[UV]. Advanced Synthesis Plant: ZPM hull + 4 sensors + 4 robot arms + 4 fluid regulators + 2 rotors + 6 large pipes + 6 UV circuits, same fluids, same 1200 ticks / 983 040 EU/t, research ZPM Chemical Reactor 64 CWU/t. Titan Forge: UV hull + 12 UV circuits + 4 dense tritan steel plates + 64 UHPIC + 8 UV pistons + 4 small pure netherite gears + 2 quadruple enriched naquadah pipes + 4 UV pumps; 7200 mB solder + 5 B lubricant + 864 mB naquadria, 1600 ticks at VHA[UV], research Large Extruder 64 CWU/t at VA[ZPM].
• Power gate: 983 040 EU/t is above one UV hatch (524 288 EU/t): the Assembly Line needs a UV 4A hatch (2 097 152 EU/t) for the Chemical Plant and the Advanced Synthesis Plant; the Mega Vacuum Freezer and the Titan Forge (245 760 EU/t) are UV-tier recipes (EUtVHA(UV) is above the ZPM voltage): a UV hatch, or a ZPM 4A hatch with the same total. The UV chemistry multis are therefore at the END of the UV era; do the Mega Vacuum Freezer first (it only needs 2 UV circuits).
• Circuits: Mega Vacuum Freezer 2 UV, Chemical Plant 4, Advanced Synthesis Plant 6, Titan Forge 12 UV; with the crystal route (zpm_uv_circuit) each UV circuit is 2 crystal computers. Components: Chemical Plant 4 ZPM motors (zpm_components), Advanced Synthesis Plant 4 ZPM sensors + 4 robot arms + 4 ZPM fluid regulators (the regulator is a ZPM pump-like item: Unverified recipe), Titan Forge 8 UV pistons + 4 UV pumps (uv_components) - so the Titan Forge is the first UV-component customer.
• What they do: the Chemical Plant and Advanced Synthesis Plant are the pack’s multi-step chemistry (ordered_chemistry / chemical_skip recipes in kjs multiblock_recipes/chemical_plant.js: several reactions in one operation, e.g. skip recipes for mutagen, silicon carbide, tungsten from scheelite); the Mega Vacuum Freezer is a bigger vacuum freezer for hot ingots; the Titan Forge is the large extruder for UV-tier shaping (Unverified recipes). The tooltips in game list their recipe types.
• Sub-steps people skip: (1) the research item for the chemical plant is the large chemical reactor you already have: keep one aside; (2) naquadria is again a fluid input (288 mB); (3) UHPIC chips: 64 per Titan Forge; (4) build the UV 4A hatch before queuing the Chemical Plant; (5) the Network Hub (4 UHV circuits, 4 UV emitters + 4 UV sensors, 32 double RTAN wire) is the UHV research aggregator, not needed now.
• Unverified ZPM fluid regulator recipe, what each multi’s recipe types contain, and CWU totals.

Bill of materials

Item	Qty
gtceu:assembly_line	4
gtceu:research_station	1
gtceu:data_bank	1
gtceu:uv_energy_input_hatch_4a	1
gtceu:zpm_energy_input_hatch_4a	1
functionalstorage:oak_1	26
modularrouters:modular_router	14
gtceu:lv_robot_arm	14
gtceu:item_filter	20
pipez:item_pipe	16
pipez:fluid_pipe	5
gtceu:steel_drum	6

Needs / Feeds

• Main source for: gtceu:mega_vacuum_freezer, gtceu:chemical_plant, gtceu:advanced_synthesis_plant, gtceu:titan_forge