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Three Solutions for T6 Water (Electrochemically Balanced Water)

Three Solutions for T6 Water (Electrochemically Balanced Water)

  • Mom no longer has to worry that I can't make T6 water

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  • First method:Super chest solution

    Three Solutions for T6 Water (Electrochemically Balanced Water)

    Hypercube binds lens chamber, the left is the input interface (redstone card set pulse activation), super chest set auto output direction and allow input items on output face.

  • Second method:AE pseudo-crafting order

    Three Solutions for T6 Water (Electrochemically Balanced Water)

    Hypercube binds lens chamber, attach input bus on the right (redstone card set pulse activation), store lens components in ME chest, put written patterns in pattern provider (write in order), attach output bus below the chest (crafting card, mark order).

    Three Solutions for T6 Water (Electrochemically Balanced Water)Three Solutions for T6 Water (Electrochemically Balanced Water)

  1. Third solution:Output bus ordered output solution

    1. On the right side of the hypercube (bound lens chamber), attach an input bus (activated by redstone card pulse). Use a storage bus on the chest (for scheduling) to collect lenses. Set the transmitter to activate when greater than or equal to 10.

      Three Solutions for T6 Water (Electrochemically Balanced Water)

      Three Solutions for T6 Water (Electrochemically Balanced Water)

      Three Solutions for T6 Water (Electrochemically Balanced Water)

    2. Attach an input bus (activated by redstone card with signal) to chest #1, and attach a storage bus to the chest behind.

      Three Solutions for T6 Water (Electrochemically Balanced Water)

    3. Attach an output bus behind the hypercube, and mark lenses in order.

      Three Solutions for T6 Water (Electrochemically Balanced Water)

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