Foundry Mod

Refractory Fluid Container:

The Refractory Fluid Contaner is an item that stores fluids inside similar to buckets. Unlike buckets the Refractory Fluid Contaner can be partially filled with fluid up to 1000 mB. Another feature is that it can interact with any tile entity. When right clicked while holding a container and looking at a tile entity it can drain from it if not holding the sneak button, or fill into it if holding the sneak button 100 mB at a time. if the container is completely empty it can pickup fluids from the world by right clicking. If the container is full the fluid can be placed in the world by holding the sneak button and right clicking.

Foundry adds metal blocks for all it’s supported metals as well as metal slabs and stair blocks. These blocks can be made in a Metal Caster with their respective molds.

All foundry Machine require energy in the form of MJ, RF, or EU (When using EU all machines can safely accept up to 32 EU/t, except the ICF which can accept up to 128 EU/t), which is converted into Energy that the machines use.

Energy ratios:

• 100 Energy = 1 MJ
• 10 Energy = 1 RF
• 40 Energy = 1 EU

Induction Crucible Furnace:

The Induction Crucible Furnace is a machine that melts items into liquid metals. This machine requires MJ to operate an can accept up to 4000 Energy/tick. When powered the heat level will begin to rise according to amount of Energy received per tick. The machine will also lose heat if not receiving sufficient power. The higher the stored heat the more heat it loses per tick. This means more energy is required to sustain higher temperatures. Once the heat level reaches the melting point of the metal the melting process starts. The higher the heat level is above the melting point, the faster it will melt. Fluid can be extracted with containers, or fluid pipes.

GUI Layout:

1. Input slot
2. Stored heat
3. Stored fluid tank
4. Container drain slot
5. Container fill slot

Recipes:

• Any Metal Ore -> 216 mB of respective liquid metal
• Any Metal Ingot -> 108 mB of respective liquid metal
• Any Metal Dust -> 108 mB of respective liquid metal
• Any Metal Block -> 972 mB of respective liquid metal
• Any Metal Nugget -> 12 mB of respective liquid metal
• Any Metal Slab -> 486mB of respective liquid metal
• Any Metal Stairs -> 729mB of respective liquid metal
• Copper Cable (IC2) -> 54 mB of liquid copper
• Tin Cable (IC2) -> 36 mB of liquid tin
• Gold Cable (IC2) -> 27 mB of liquid gold
• HV Cable (IC2) -> 27 mB of liquid iron
• Copper Item Casing (IC2) -> 54 mB liquid copper
• Tin Item Casing (IC2) -> 54 mB of liquid tin
• Bronze Item Casing (IC2) -> 54 mB liquid bronze
• Gold Item Casing (IC2) -> 54 mB of liquid gold
• Iron Item Casing (IC2) -> 54 mB of liquid iron
• Lead Item Casing (IC2) -> 54 mB of liquid lead
• Copper Item Plate (IC2) -> 108 mB liquid copper
• Tin Item Plate (IC2) -> 108 mB of liquid tin
• Bronze Item Plate (IC2) -> 108 mB liquid bronze
• Gold Item Plate (IC2) -> 108 mB of liquid gold
• Iron Item Plate (IC2) -> 108 mB of liquid iron
• Lead Item Plate (IC2) -> 108 mB of liquid lead
• Any coal dust -> 100 mB of Liquifacted Coal (TE3)
• Redstone dust -> 100 mB of Destabilized Redstone (TE3)
• Redstone block -> 900 mB of Destabilized Redstone (TE3)
• Glowstone dust -> 250 mB of Energized Glowstone (TE3)
• Glowstone Block -> 1000 mB of Energized Glowstone (TE3)
• Enderpearl -> 250 mB of Resonant Ender (TE3)
• Iron Gear (Buildcraft, or Railcraft) -> 432 mB of liquid iron
• Gold Gear (Buildcraft) -> 432 mB of liquid gold
• Steel Gear (Railcraft) -> 432 mB of liquid steel
• Copper Gear (Forestry) -> 432 mB of liquid copper
• Tin Gear (Forestry) -> 432 mB of liquid tin
• Bronze Gear (Forestry) -> 432 mB of liquid bronze
• Invar Gear (TE3) -> 432 mB of liquid invar
• Electrum Gear (TE3) -> 432 mB of liquid electrum

Metal Caster:

The caster is a machine that takes liquid metals and casts them into items or blocks using molds. This machine requires 10000 Energy to cast an item. Can store internally up to 40000 Energy.
To create a mold, craft a blank mold then place the blank mold and the item with the shape to be created in a crafting table (for example: any pickaxe + blank mold, creates a pickaxe mold). When crafting a mold the item used as a shape is not consumed. Once the mold is crafted it then needs to be hardened in a furnace.
Some recipes require extra items to cast (for example: 2 sticks are needed in the extra slot to cast a pickaxe).

GUI Layout:

1. Stored fluid tank
2. Stored power (MJ)
3. Mold slot
4. Extra item slot
5. Output slot
6. Container drain slot
7. Container fill slot

Recipes:

• Metal Ingot = 108 mB of respective liquid metal + Ingot Mold
• Metal Block = 972 mB of respective liquid metal + Block Mold
• Metal Slab = 486 mB of respective liquid metal + Slab Mold
• Metal Stairs = 729 mB of respective liquid metal + Stairs Mold
• Iron Gear (Buildcraft, or Railcraft)* = 432 mB of liquid iron + Gear Mold
• Gold Gear (Buildcraft)* = 432 mB of liquid gold + Gear Mold
• Copper Gear (Forestry)* = 432 mB of liquid copper + Gear Mold
• Tin Gear (Forestry)* = 432 mB of liquid tin + Gear Mold
• Bronze Gear (Forestry)* = 432 mB of liquid bronze + Gear Mold
• Invar Gear (TE3)* = 432 mB of liquid invar + Gear Mold
• Electrum Gear (TE3)* = 432 mB of liquid electrum + Gear Mold
• Steel Gear (Railcraft)* = 432 mB of liquid steel + Gear Mold
• Metal Chestplate** = 864 mB of respective liquid metal + Chestplate Mold
• Metal Leggings** = 756 mB of respective liquid metal + Leggings Mold
• Metal Helmet** = 540 mB of respective liquid metal + Helmet Mold
• Metal Boots** = 432 mB of respective liquid metal + Boots Mold
• Metal Pickaxe** = 324 mB of respective liquid metal + Pickaxe Mold + 2 Sticks
• Metal Axe** = 324 mB of respective liquid metal + Axe Mold + 2 Sticks
• Metal Shovel** = 108 mB of respective liquid metal + Shovel Mold + 2 Sticks
• Metal Sword** = 216 mB of respective liquid metal + Sword Mold + Stick
• Metal Hoe** = 216 mB of respective liquid metal + Hoe Mold + 2 Sticks
• Copper Cable (IC2) = 54 mB of liquid copper + Cable Mold
• Tin Cable (IC2) = 36 mB of liquid tin + Cable Mold
• Gold Cable (IC2) = 27 mB of liquid gold + Cable Mold
• HV Cable (IC2) = 27 mB of liquid iron + Cable Mold
• Copper Item Casing (IC2) = 54 mB liquid copper + Casing Mold
• Tin Item Casing (IC2) = 54 mB of liquid tin + Casing Mold
• Bronze Item Casing (IC2) = 54 mB liquid bronze + Casing Mold
• Gold Item Casing (IC2) = 54 mB of liquid gold + Casing Mold
• Iron Item Casing (IC2) = 54 mB of liquid iron + Casing Mold
• Lead Item Casing (IC2) = 54 mB of liquid lead + Casing Mold
• Copper Plate (IC2) = 108 mB liquid copper + Plate Mold
• Tin Plate (IC2) = 108 mB of liquid tin + Plate Mold
• Bronze Plate (IC2) = 108 mB liquid bronze + Plate Mold
• Gold Plate (IC2) = 108 mB of liquid gold + Plate Mold
• Iron Plate (IC2) = 108 mB of liquid iron + Plate Mold
• Lead Plate (IC2) = 108 mB of liquid lead + Plate Mold

* Uses ore dictionary for item if enabled in the config.

Alloy Mixer:

The alloy mixer is used to make liquid metal alloys. It has 2 internal tanks for the alloys components and 1 for its resulting alloy. This machine requires 400 Energy/tick to operate. Fluids can be inserted/extracted with containers, or fluid pipes.

GUI Layout:

1. First input tank
2. Second input tank
3. Output tank
4. First input container drain
5. First input container fill
6. Output container drain
7. Output container fill
8. Second input container drain
9. Second input container fill

Recipes:

• 12mB of liquid bronze = 9mB of liquid copper + 3mB of liquid tin
• 12mB of liquid brass = 9mB of liquid copper + 3mB of liquid zinc
• 12mB of liquid invar = 8mB of liquid iron + 3m4 of liquid nickel
• 12mB of liquid electrum = 6mB of liquid gold + 6mB of liquid silver

Metal Infuser:

The infuser is a machine combine liquid metal with other non-metal substances, also extracts substance from items for infusion. This machine uses up to 600 Energy/tick to extract substance, and 100 Energy/tick to infuse substance. The amount of energy required depends on the item being extracted. Once the substance is extracted it’s stored internally in the machine. Currently only supports carbon to make steel.

GUI Layout:

1. Substance extract slot
2. Substance storage
3. Input tank
4. Output tank
5. Input tank container drain
6. Input tank container fill
7. Output tank container drain
8. Output tank container fill

Recipes:

• 3mB of liquid steel = 3mB of liquid iron + 2mL of carbon (1 iron ingot + 2 coal = 1 steel ingot)

Substance Extraction Recipes:

• 36 mL of carbon = Coal + 2400 MJ
• 12 mL of carbon = Charcoal + 4800 MJ
• 324 mL of carbon = Coal Block + 19200 MJ
• 36 mL of carbon = Coal Dust* + 1600 MJ
• 12 mL of carbon = Charcoal Dust* + 3200 MJ
• 36 mL of carbon = Coal Coke (Railcraft) + 1100 MJ
• 324 mL of carbon = Coal Coke Block (Railcraft) + 8800 MJ