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GT New HorizonsGTNH 2.9.0 · Community server

GT New Horizons · High Voltage (HV)

Vacuum Freezer

The Vacuum Freezer (VF) is an HV tier multiblock for cooling hot ingots and fluids. Most hot ingots come from an Electric Blast Furnace and can be routed directly to the VF because there is no other use for them. Cooling hot ingots generally requires a lower voltage tier than smelting dusts so it is easier to sustain and produces no pollution. The VF can also replenish coolant cells for a Vacuum Reactor and return plasmas back to their molten state. The VF is superseded by the Cryogenic Freezer in IV, or the Mega Vacuum Freezer.

Construction

The VF consists of a single type of casing and has no tiered components. Buses/hatches may replace any casing anywhere on the structure. Multi-amp and laser energy hatches are not supported, but there can be multiple regular energy hatches for overclocking. Use the Multiblock Structure Hologram Projector to visualize/build the structure.

Structure

  • Controller: Front center, 2nd layer
  • 16-21 Frost Proof Machine Casing
  • 1+ Energy Hatch: Any casing
  • 1 Maintenance Hatch: Any casing
  • 1+ Input Bus/Hatch: Any casing
  • 1+ Output Bus/Hatch: Any casing

Wallsharing

VFs may wallshare each of their sides to save on casings and buses/hatches. No recipe uses more than 1A of power so it is possible to share one energy hatch between two machines.

Usage

The VF offers no bonuses or parallels and runs standard, imperfect overclocks. As with any multiblock, be careful to not let it powerfail and void recipes. As a basic rule of thumb, upgrade the energy hatches on the VF at the same time as the Electric Blast Furnace (EBF) to match throughput. Cooling hot ingots generally requires a lower voltage tier than smelting dusts so it is easier to sustain and produces no pollution.

Routing Hot Ingots

The EBF does not always produce hot ingots and therefore cannot route everything directly to the VF. There has to be some sort of filtering to separate hot ingots from the rest of the outputs. The easiest solution is right-clicking the input bus on the VF with a screwdriver to enable input filtering. This prevents any item that does not have a recipe in the VF from entering the input bus. The remaining items can be sent to a chest with a lower priority. Another option is to use a type filter set to hot ingots with a higher priority than any other inventory.

Method 1: Item Pipes
  • Right-click the input bus of the VF with a screwdriver to enable input filtering.
  • Connect the input bus of the VF to the output bus of the EBF with item pipes.
  • Place a chest for everything that is NOT a hot ingot farther away than the input bus, or place a restrictive item pipe in between.
Method 2: Item Conduits
  • Right-click the input bus of the VF with a screwdriver to enable input filtering.
  • Connect the input bus of the VF to the output bus of the EBF with item conduits.
  • Place a chest for everything that is NOT a hot ingot and connect it to the same item conduits.
  • Raise the priority of the conduit inserting into the VF to ensure everything is filtered.
Method 3: Applied Energistics 2
  • Build a VF subnetwork (blue) with an ME interface and two ME storage buses.
  • Place the ME interface on the output bus of the EBF and one of the ME storage buses on the input bus of the VF. Insert an ore dictionary and sticky card into the latter.
  • Set the ore dictionary filter to ingotHot*.
  • Place the second ME storage bus on an ME interface connected to the main network (green).
  • Set both ME storage buses to INSERT ONLY.