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LuV components 2: robot arm, emitter, sensor, field generator (Assembly Line, 30 s, 7680 EU/t, LuV circuits, quantum stars, rhodium foil)

Chain id: luv_components2 · Tags: Infinite source, Unverified

Era setup: LuV

Plan modules: Assembly Line, LuV hull, hatch and components

Tips: 8, 1 unverified

Machines

Assembly Line · 30 s · 7680 EU/tMultiblock
Oak 1Robot arm: 4 long HSS-S rod · 1 HSS-S gear · 3 small HSS-S gear · 2 LuV motor · 1 LuV piston · 1 LuV + 2 IV + 4 EV circuit · 4 NbTi cable · 288 mB solder · 250 mB lubricantLuV motorLuV pistonHSS-S gearSmall HSS-S gearNbTi single cable1
30 s
LuV Robot Arm1
gtceu:assembly_line
Assembly Line (emitter)Multiblock
Oak 1Emitter: HSS-S frame · LuV motor · 4 long HSS-S rod · quantum star · 2 LuV circuit · 96 rhodium foil · 4 NbTi cable · 288 mB solderHSS-S frameLong HSS-S rodRhodium foil1Quantum StarQuantum star · 1 per emitter, sensor, field generator1
30 s
LuV Emitter1
gtceu:assembly_line
Assembly Line (sensor)Multiblock
Oak 1Sensor: HSS-S frame · LuV motor · 4 HSS-S plate · quantum star · 2 LuV circuit · 96 rhodium foil · 4 NbTi cable · 288 mB solderHSS-S frameHSS-S plateRhodium foil1Quantum StarQuantum star · 1 per emitter, sensor, field generator1
30 s
LuV Sensor1
gtceu:assembly_line
Assembly Line (field generator)Multiblock
LuV Emitter2Oak 1Field generator: HSS-S frame · 6 HSS-S plate · quantum star · 2 LuV emitter · 2 LuV circuit · 128 fine ITBTC wire · 4 NbTi cable · 576 mB solderHSS-S frameFine ITBTC wireSoldering alloy1Quantum StarQuantum star · 1 per emitter, sensor, field generator1
30 s
LuV Field Generator1
gtceu:assembly_line

Flow

How to build

  1. Robot arm first (it feeds every LuV machine): scan an IV Robot Arm at the EV Scanner, then load 9 buses in order: 4 long HSS-S rods, HSS-S gear, 3 small HSS-S gears, 2 LuV motors, LuV piston, a LuV circuit, 2 IV circuits (a stack of 2), 4 EV circuits (a stack of 4), 4 NbTi cables; 288 mB solder and 250 mB lubricant. 30 s at 7680 EU/t → LuV Robot Arm. Build the line at least 10 slices long. — gtceu:assembly_line, gtceu:luv_robot_arm, gtceu:luv_electric_piston
  2. Emitter and sensor need a quantum star each, and the IV Scanner: scan an IV emitter / IV sensor (3 s, 7680 EU/t) with the IV Scanner, one stick each. The IV Scanner is 4 LuV circuits + IV emitter + IV sensor + IV hull + 2 platinum cables. — gtceu:quantum_star, gtceu:iv_emitter, gtceu:iv_scanner
  3. Emitter: HSS-S frame, LuV motor, 4 long HSS-S rods, quantum star, 2 LuV circuits, 64 rhodium foil (one bus), 32 rhodium foil (next bus), 4 NbTi cables; 288 mB solder. 30 s → LuV Emitter. Output drawer Keep Exact 8; the field generator takes 2. — gtceu:assembly_line, gtceu:hsss_frame, gtceu:rhodium_foil, gtceu:luv_emitter
  4. Sensor: the same ingredients but 4 HSS-S plates in the third slot instead of the long rods. One more data stick, one more bus order. 30 s → LuV Sensor, the first LuV part the quest chapter asks for after the Assembly Line. — gtceu:assembly_line, gtceu:hsss_plate, gtceu:luv_sensor
  5. Field generator last: HSS-S frame, 6 HSS-S plates, quantum star, 2 LuV emitters, 2 LuV circuits, 64 + 64 fine ITBTC wire, 4 NbTi cables; 576 mB solder. Needs the ITBTC line first (naquadah coils, luv_circuits stock, LuV freezer). 30 s → LuV Field Generator. — gtceu:assembly_line, gtceu:fine_indium_tin_barium_titanium_cuprate_wire, gtceu:luv_field_generator
  6. Output drawers with Keep Exact: arms 8, emitters 4, sensors 4, generators 2. These are the parts for the LuV machine line (assembler, circuit assembler), the LuV parallel hatch (sensor + emitter) and the fusion reactor (field generators). — functionalstorage:oak_1, gtceu:luv_robot_arm, gtceu:luv_sensor, gtceu:luv_emitter
  7. Easy to miss: the robot arm needs IV and EV circuits as well; the IV mainframe and the nano assembly (EV) must be in stock besides the LuV one. Keep the three drawers apart (tags look alike). — functionalstorage:oak_1, gtceu:micro_processor_mainframe, gtceu:nano_processor_mainframe

Tips

  • Pack recipes (luv_to_uv_components.js, luv row of tier_data.js; the vanilla Assembly Line recipes are removed): Robot arm: 4 long HSS-S rods, 1 HSS-S gear, 3 small HSS-S gears, 2 LuV motors, 1 LuV piston, 1 LuV circuit, 2 IV circuits, 4 EV circuits, 4 NbTi single cables, 288 mB soldering alloy + 250 mB lubricant. Emitter: 1 HSS-S frame, 1 LuV motor, 4 long HSS-S rods, 1 quantum star, 2 LuV circuits, 64 + 32 rhodium foil, 4 NbTi cables, 288 mB solder (no lubricant). Sensor: the same with 4 HSS-S plates instead of the rods. Field generator: 1 HSS-S frame, 6 HSS-S plates, 1 quantum star, 2 LuV emitters, 2 LuV circuits, 2 x 64 fine indium tin barium titanium cuprate wire, 4 NbTi cables, 576 mB solder. All 600 ticks at 7680 EU/t. The pack replaced vanilla’s ruridit / palladium parts (vanilla used ruridit plates and palladium foil) with HSS-S and rhodium.
  • Research: the arm uses the EV scanner (90 s, 1920 EU/t) with an IV Robot Arm; the emitter, sensor and field generator use an IV Scanner (3 s, 7680 EU/t) with the IV emitter, IV sensor and IV field generator in the scanner. The IV field generator is the only one you may not have: craft it first (1 quantum star + 2 double tungsten steel plates + 2 IV circuits + 4 samarium iron arsenic oxide quadruple wire, assembler in the iv_components chain tips).
  • LuV circuit use per part: arm 1 (plus 2 IV and 4 EV, so it also eats the earlier nano line), emitter 2, sensor 2, field generator 2 + 2 emitters = 6. Every LuV machine that holds arms, emitters or sensors adds more, so stock 8 to 16 nano mainframes before you start the line.
  • Quantum star: nether star + 1250 mB radon, HV chemical bath, 96 s at 480 EU/t (iv_components tips); 3 per emitter + sensor + field generator set. The nether star line is the nether_star chain; this era wants about 4 stars per LuV machine that holds an emitter and sensor, so the star loop (nether star shards) is the real rate limit.
  • Rhodium foil: 96 per emitter and 96 per sensor = 24 rhodium ingots each at 4 foil per bender craft. Rhodium comes from the platline chain at roughly 2.3 per 42 sludge, so each emitter or sensor is about 420 sludge, about 105 purified cooperite ore. This is the single most expensive part of LuV; do not build more emitters than you need. Unverified: whether the rhodium foil item exists in the fork without an extra pack flag (the pack script asks for gtceu:rhodium_foil; rhodium has only gear and fine wire flags in the material source). If EMI shows no rhodium foil, report it.
  • Fine ITBTC wire: indium tin barium titanium cuprate dust (mixer, 4 indium + 2 tin + 2 barium + 1 titanium + 7 copper + 14 B oxygen → 16 dust, circuit 4, 600 ticks at 30720 EU/t = a LuV mixer) → EBF 6000 K, 7680 EU/t, 1000 ticks → hot ingot → Vacuum Freezer 30720 EU/t → ingot → wiremill (about 8 fine wire per ingot, Unverified). 128 wire = about 16 ingots per generator. 6000 K needs naquadah coils (7200 K); an IV/LuV hatch bonus does not reach it (RTM 4500 K, HSS-G 5400 K + LuV hatch 400 K = 5800 K). Indium source: Unverified (indium concentrate chemical recipe exists, no pack route traced). So the field generator is the LAST LuV component: it needs naquadah coils, a LuV mixer, a LuV freezer.
  • Sub-steps people skip: (1) 96 foil are TWO stacks (64 and 32) in two buses; the field generator’s 128 wire likewise; (2) the LuV circuit is a tag: any of the three LuV circuits works; (3) the arm eats IV and EV circuits too: set Keep Exact on those drawers; (4) the emitter’s scan is of the IV emitter in the IV Scanner, not the EV scanner; (5) quantum stars are not consumed twice: 3 per set, not per part; (6) never share the Assembly Line bus order between emitter and sensor: the 4th item differs (long rod vs plate).
  • Unverified how the pack gets samarium magnetic rods in volume (rare earth line only gives 25 % small dust), the niobium source for NbTi cables, and indium; these three are the raw-material gaps of LuV.

Bill of materials

Item Qty
gtceu:assembly_line 1
gtceu:iv_scanner 1
gtceu:lv_bender 2
gtceu:lv_wiremill 1
functionalstorage:oak_1 30
modularrouters:modular_router 18
gtceu:lv_robot_arm 18
gtceu:item_filter 18
pipez:item_pipe 16
pipez:fluid_pipe 6
gtceu:steel_drum 4

Needs / Feeds