UIV components 2/2: robot arm, field generator, emitter, sensor, fluid regulator

Chain id: uiv_components2 · Tags: Infinite source, Unverified

Era setup: UIV · End & Draconic

Plan modules: UIV hull, parts, hatches and components

Tips: 6, 1 unverified

Machines

Assembly Line · 30 s · 7 864 320 EU/t · station research of the UEV partMultiblock

Oak 1Robot Arm: 4 long ohmderblux alloy rod · 1 uiv precision drive mechanism · 1 uiv transmission assembly · 1 uiv electric motor · 1 uiv electric piston · 2 uiv computational matrix · 2 uiv micropower router · 9 216 mB naquadated soldering alloy · 8 000 mB tungsten disulfide · 4 608 mB calamatiumlong ohmderblux alloy roduiv precision drive mechanismuiv transmission assemblyuiv electric motoruiv electric pistonuiv computational matrix1Oak 1Field Generator: 1 ohmderblux alloy frame · 2 uiv high strength panel · 1 uiv catalyst core · 2 uiv emitter · 1 uiv computational matrix · 64 fine rhenium super composite alloy wire · 2 uiv micropower router · 18 432 mB naquadated soldering alloy · 4 608 mB calamatiumohmderblux alloy frameuiv high strength paneluiv catalyst coreuiv emitteruiv computational matrixfine rhenium super composite alloy wire1Oak 1Emitter: 1 ohmderblux alloy frame · 1 uiv electric motor · 4 long ohmderblux alloy rod · 1 uiv catalyst core · 1 uiv computational matrix · 64 chaotixic alloy foil · 1 uiv micropower router · 9 216 mB naquadated soldering alloy · 8 000 mB tungsten disulfide · 4 608 mB calamatiumohmderblux alloy frameuiv electric motorlong ohmderblux alloy roduiv catalyst coreuiv computational matrixchaotixic alloy foil1Oak 1Sensor: 1 ohmderblux alloy frame · 1 uiv electric motor · 4 ohmderblux alloy plate · 1 uiv catalyst core · 1 uiv computational matrix · 64 chaotixic alloy foil · 1 uiv micropower router · 9 216 mB naquadated soldering alloy · 8 000 mB tungsten disulfide · 4 608 mB calamatiumohmderblux alloy frameuiv electric motorohmderblux alloy plateuiv catalyst coreuiv computational matrixchaotixic alloy foil1

30 s

UIV Robot Arm1UIV Field Generator1UIV Emitter1UIV Sensor1

gtceu:assembly_line

Assembler · 2.5 s · 31 457 280 EU/tUIV

Oak 1Fluid regulator: 1 UIV electric pump + 2 UIV circuits (circuit 1)UIV pumpUIV circuit1

up to 33 554 432 EU/t2.5 s

UIV Fluid Regulator1

gtceu:uiv_assembler

Flow

• Assembly Line · 30 s · 7 864 320 EU/t · station research of the UEV part
• Assembler · 2.5 s · 31 457 280 EU/t

How to build

1. Drawers first for every part of this chain (Robot Arm, Field Generator, Emitter, Sensor). Drums for naquadated soldering alloy, tungsten disulfide, calamatium. Items by router or Pipez item pipe with Item Filters and Robot Arm Keep Exact into the Assembly Line bus; fluids by Pipez fluid pipes with pump covers. — functionalstorage:oak_1, gtceu:uiv_electric_motor
2. Research: scan the UEV version of each component (192 CWU/t). The data item goes into the Data Access Hatch of the Assembly Line; one item per product. — gtceu:research_station, gtceu:data_orb
3. Robot Arm first: 30 s, 7 864 320 EU/t. This is the item that every other product in this chain needs. — gtceu:assembly_line, gtceu:uiv_robot_arm
4. Then Field Generator, Emitter, Sensor one after another: the Assembly Line takes one recipe at a time, so queue by the drawers you fill, not all at once. — gtceu:assembly_line, gtceu:uiv_field_generator
5. Output drawers Keep Exact 4 per component; regulator on its own assembler with the pump from the drawer. — functionalstorage:oak_1, gtceu:uiv_sensor
6. These components go into: the UIV hatches and transformers (hull + chips), the rotor holder and fusion reactor (field generator), and the era multiblocks. — functionalstorage:oak_1, gtceu:uiv_electric_motor

Tips

• Source: kjs additions/progression/components/uhv_to_uiv_components.js (components(), tier uiv). Every component is an Assembly Line recipe (600 ticks = 30 s) at 7 864 320 EU/t with STATION research of the UEV component of the same kind (192 CWU/t; 208 for emitter, sensor and field generator). Amounts: exponential x64 (tier scaler 6), rubber x6.
• Robot Arm: 4 long ohmderblux alloy rod · 1 uiv precision drive mechanism · 1 uiv transmission assembly · 1 uiv electric motor · 1 uiv electric piston · 2 uiv computational matrix · 2 uiv micropower router · 9 216 mB naquadated soldering alloy · 8 000 mB tungsten disulfide · 4 608 mB calamatium. Field Generator: 1 ohmderblux alloy frame · 2 uiv high strength panel · 1 uiv catalyst core · 2 uiv emitter · 1 uiv computational matrix · 64 fine rhenium super composite alloy wire · 2 uiv micropower router · 18 432 mB naquadated soldering alloy · 4 608 mB calamatium [research 208 CWU/t]. Emitter: 1 ohmderblux alloy frame · 1 uiv electric motor · 4 long ohmderblux alloy rod · 1 uiv catalyst core · 1 uiv computational matrix · 64 chaotixic alloy foil · 1 uiv micropower router · 9 216 mB naquadated soldering alloy · 8 000 mB tungsten disulfide · 4 608 mB calamatium [research 208 CWU/t]. Sensor: 1 ohmderblux alloy frame · 1 uiv electric motor · 4 ohmderblux alloy plate · 1 uiv catalyst core · 1 uiv computational matrix · 64 chaotixic alloy foil · 1 uiv micropower router · 9 216 mB naquadated soldering alloy · 8 000 mB tungsten disulfide · 4 608 mB calamatium [research 208 CWU/t].
• Each recipe also exists as a Component Synthesis Forge recipe giving 64 at once for 48 times the inputs (count x 64 x 0.75, wires as spools, foils as reams), 64 x 600 ticks, stabilized cleanroom, station research of the item itself at 320 CWU/t. Unverified: which multiblock builds it and when (the Multithreaded Component Synthesis Forge is listed on the UIV page).
• Order inside the chain: emitter first (field generator takes 2), then sensor, then field generator, then robot arm needs a piston from components 1/2. The fluid regulator is a plain assembler recipe (50 ticks, 4 times the tier voltage) and feeds the next tier's microfluidic flow valve.
• Sub-steps people skip: (1) research each component by scanning the UEV one; (2) the robot arm eats 2 computational matrices and 2 micropower routers; (3) one motor per component plus 2 for the conveyor: motor throughput is the limit; (4) keep drawers Keep Exact 4 on motors and parts.
• Unverified Assembly Line input slot count (more than 16 stacks fit only with a big bus), and the alloy and wire sources.

Bill of materials

Item	Qty
gtceu:assembly_line	1
gtceu:research_station	1
functionalstorage:oak_1	16
modularrouters:modular_router	10
gtceu:lv_robot_arm	10
gtceu:item_filter	10
pipez:item_pipe	16
pipez:fluid_pipe	5
gtceu:steel_drum	5

Needs / Feeds

• Main source for: gtceu:uiv_robot_arm, gtceu:uiv_field_generator, gtceu:uiv_emitter, gtceu:uiv_sensor, gtceu:uiv_fluid_regulator