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UV solder: indium tin lead cadmium soldering alloy in the Alloy Blast Smelter (2880 mB per 14 dust batch, circuit 14, 3000 K)

Chain id: uv_solder · Tags: Infinite source, Unverified

Era setup: UV · Abydos

Plan modules: PEEK, polyimide and UV solder

Tips: 5, 1 unverified

Machines

Alloy Blast Smelter · 14 s · 3000 K · ZPM powerMultiblock
Oak 114 indium dust · 3 tin dust · 2 lead dust · 1 cadmium dust · circuit 14Indium dustTin dustLead dustCadmium dust20 dust
14 s
Indium Tin Lead Cadmium Soldering Alloy BucketITLC soldering alloy 2880 mB (20 ingots)2880 mB
gtceu:alloy_blast_smelter
Alt: mixer · 20 s · 45 000 EU/t → 20 dust (for the Super EBF)UV
Oak 114 indium dust · 3 tin dust · 2 lead dust · 1 cadmium dust · circuit 14Indium dustTin dustLead dustCadmium dustalt
up to 524 288 EU/t
no listed output
gtceu:uv_mixer

Flow

How to build

  1. Drawers first, one per dust: indium (Keep Exact 14), tin (3), lead (2), cadmium (1). One router with four Item Filters per smelter. — functionalstorage:oak_1, gtceu:indium_dust, gtceu:cadmium_dust, gtceu:lead_dust
  2. Smelter: circuit 14, coils ≥ 3000 K, muffler; 2880 mB per 14 s into a drum through a Pipez fluid pipe. — gtceu:alloy_blast_smelter, gtceu:indium_tin_lead_cadmium_soldering_alloy_bucket
  3. Drum with Pipez fluid pipes and valves to the Assembly Line hatches. Keep Exact 4 B in the drum; refill from the second smelter. — gtceu:indium_tin_lead_cadmium_soldering_alloy_bucket, functionalstorage:oak_1
  4. Optional mixer version for dust stock; the Alloy Blast Smelter is the one that gives the liquid directly. — gtceu:uv_mixer, gtceu:indium_tin_lead_cadmium_soldering_alloy_dust
  5. Easy to miss: indium and cadmium stock decides the solder rate; check the sources before building more smelters. — functionalstorage:oak_1, gtceu:indium_dust

Tips

  • Recipe (kjs additions/recipe_changes.js, verified): Alloy Blast Smelter, circuit 14, 14 indium + 3 tin + 2 lead + 1 cadmium dust → 2880 mB indium tin lead cadmium soldering alloy, 280 ticks (14 s), blast temperature 3000 K (any coil from nichrome 2700 K ... use RTM 3600 K coils; the 3000 K figure is the minimum), power listed as EUtVH(ZPM) (about 65 536 EU/t, half of 131 072; Unverified exact formula). The same recipe as a mixer (kjs abydos_lines/misc_materials.js): 14 indium + 3 tin + 2 lead + 1 cadmium dust → 20 dust, 400 ticks, 45 000 EU/t.
  • Why: ITLC solder replaces plain soldering alloy in every UV recipe: UV components (576 mB each, x8 scaler), the wetware computer (864 mB) and mainframe (1728 mB), the UV hatches, the fusion reactor (1152 mB), Titan Forge (7200 mB), compact assembly line (14 688 mB). Plan 10 to 20 B per day of crafting: a single ABS batch every 14 s gives 12 B per hour only per smelter, so run two.
  • The next solder (naquadated soldering alloy, ABS circuit 8, 8980 K, 2250 ticks, 5760 mB from 3 tin + 18 indium + 6 silver + 4 lutetium + 3 cerium + 3 naquadah + 1 trinium + 2 lead dust, EUtVH(UHV)) is the UEV page solder; the neutrindium one is UIV.
  • Sub-steps people skip: (1) indium dust 14 per batch is the real input: the indium source is a ZPM-era chain (README: indium source Unverified); (2) cadmium is only 1 per batch; (3) output goes to a drum with Keep Exact valves to the assemblers; (4) circuit 14 on the ABS, not 4.
  • Unverified indium and cadmium sources, the exact EU of the smelter recipe.

Bill of materials

Item Qty
gtceu:alloy_blast_smelter 2
functionalstorage:oak_1 6
modularrouters:modular_router 4
gtceu:lv_robot_arm 4
gtceu:item_filter 5
pipez:item_pipe 16
pipez:fluid_pipe 3
gtceu:steel_drum 4

Needs / Feeds

  • Main source for: gtceu:indium_tin_lead_cadmium_soldering_alloy_bucket, gtceu:indium_tin_lead_cadmium_soldering_alloy_dust