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UHV components 2/2: robot arm, emitter, sensor and field generator (Assembly Line, catalyst cores, computational matrices, research 128 / 144 CWU/t)

Chain id: uhv_components2 · Tags: Infinite source, Unverified

Era setup: UHV · Ancient Gate

Plan modules: UHV hull, parts, hatches and components

Tips: 6, 1 unverified

Machines

Assembly Line · 30 s · 491 520 EU/t · 128 CWU/tMultiblock
Oak 14 long zalloy rod · precision drive · transmission assembly · motor · piston · 2 computational matrix · 2 router · 2304 mB solder · 2000 mB lubricant · 1152 mB naquadriaUHV motorUHV pistonComputational matrix1
30 s
UHV Robot Arm1
gtceu:assembly_line
Assembly Line · 30 s · 491 520 EU/t · 144 CWU/tMultiblock
Oak 1zalloy frame · motor · 4 long zalloy rod · catalyst core · matrix · 64 neutronium foil · router + 2304 mB solder + 2000 mB lubricant + 1152 mB naquadriaZalloy frameCatalyst coreNeutronium foil1
30 s
UHV Emitter1
gtceu:assembly_line
Assembly Line · 30 s · 491 520 EU/t · 144 CWU/tMultiblock
Oak 1zalloy frame · motor · 4 zalloy plate · catalyst core · matrix · 64 neutronium foil · router + fluidsZalloy plate1
30 s
UHV Sensor1
gtceu:assembly_line
Assembly Line · 30 s · 491 520 EU/t · 144 CWU/tMultiblock
Oak 1zalloy frame · 2 panel · catalyst core · 2 UHV emitter · matrix · 64 fine RTAN wire · 2 router + 4608 mB solder + 1152 mB naquadriaFine RTAN wire1
30 s
UHV Field Generator1
gtceu:assembly_line

Flow

Direct steps

  • UHV Emitter → zalloy frame · 2 panel · catalyst core · 2 UHV emitter · matrix · 64 fine RTAN wire · 2 router + 4608 mB solder + 1152 mB naquadria (2)

How to build

  1. Drawers first, one per input: motors, piston, matrices, routers, catalyst cores, frames, rods, plates, neutronium foil (Keep Exact 64 x2), fine RTAN wire, panels. Drums: ITLC solder, lubricant, naquadria. — functionalstorage:oak_1, kubejs:uhv_computational_matrix, kubejs:uhv_catalyst_core, gtceu:neutronium_foil
  2. Research per item: the UV emitter / sensor / field generator at 144 CWU/t, the UV arm at 128 CWU/t, with a data module (or a DNA disk: uv_data). — gtceu:research_station, gtceu:uv_emitter, gtceu:data_module
  3. Arm and emitter lines, 30 s each. — gtceu:assembly_line, gtceu:uhv_robot_arm, gtceu:uhv_emitter
  4. Sensor line with its own neutronium foil drawer. — gtceu:assembly_line, gtceu:uhv_sensor
  5. Field generator last: two emitters by router, 64 fine RTAN wire, panels, catalyst core, matrix. — gtceu:assembly_line, gtceu:uhv_field_generator
  6. Output drawers Keep Exact 2. — functionalstorage:oak_1, gtceu:uhv_field_generator

Tips

  • Source: kjs uhv_to_uiv_components.js (verified). Robot arm: 4 long zalloy rods + 1 precision drive mechanism + 1 transmission assembly + 1 UHV motor + 1 UHV piston + 2 computational matrices + 2 micropower routers; solder 2304 + lubricant 2000 + naquadria 1152. Emitter: zalloy frame + UHV motor + 4 long zalloy rods + 1 catalyst core + 1 computational matrix + 64 neutronium foil + 1 router; same fluids. Sensor: same but 4 zalloy plates instead of the rods. Field generator: zalloy frame + 2 high strength panels + 1 catalyst core + 2 UHV emitters + 1 computational matrix + 64 fine RTAN wire + 2 routers; solder 4608 + naquadria 1152. Research (all of the UV items): 128 CWU/t for the arm, 144 CWU/t for emitter, sensor and field generator, 491 520 EU/t.
  • Neutronium foil: 64 foil per emitter or sensor = 16 neutronium ingots (4 foils per plate/ingot), i.e. 2304 mB of neutronium, or 16 UV-reactor runs of 72 s: a sensor and an emitter cost about 5 reactor-hours with one reactor. RTAN fine wire: the pack adds the fine-wire flag to RTAN (kjs modifications.js); 64 fine wire = 8 ingots. The UHV fusion reactor and the UEV page use these.
  • UHV circuit count: only the pieces already built by uhv_parts need UHV circuits (1 per matrix) plus UV and ZPM tags; the AL recipes themselves have no circuit inputs. A robot arm needs 2 matrices = 2 UHV + 4 UV + 6 ZPM circuits through the matrix parts, a field generator 3 matrices (its own plus one per emitter).
  • Where the UHV set is consumed: UHV hatches, the UHV fusion reactor (field generators), the Compact Assembly Line (robot arms), the Super Pressure Heat Chamber (field generator), the Component Nexus, the folding stabiliser, the bacteria synthesizer and every UHV machine.
  • Sub-steps people skip: (1) emitters first (2 per field generator), the field generator is last; (2) check the CWU/t of the Research Station before you start a 144 CWU/t research; (3) 64 neutronium foil is a foil from a bender, not a ream; (4) one dedicated Assembly Line per product.
  • Unverified neutronium foil bender recipe (standard GT foil), 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 2
functionalstorage:oak_1 26
modularrouters:modular_router 14
gtceu:lv_robot_arm 14
gtceu:item_filter 20
pipez:item_pipe 16
pipez:fluid_pipe 6
gtceu:steel_drum 6

Needs / Feeds

  • Main source for: gtceu:uhv_robot_arm, gtceu:uhv_emitter, gtceu:uhv_sensor, gtceu:uhv_field_generator