Pure Gray's automated production & Gray Logistics Example [GTCEU] Gray Technology Community Edition: Non -official

2024-12-10 17:52:10|Myriagame |source：minecraft skins

The production of tungsten powder is very simple and tungsten ore powder can only be used in this area. No one is willing to use AE to synthesize tungsten powder every time.

And the production of tungsten powder comprehensively involves all aspects of Gray logistics

First analyze the synthesis of tungsten powder, the flowchart is as follows

You can see that the process only requires four machines. Although there are two electrolytic machines, one is not recommended to perform two steps (electrolytic tungsten acid is consistent with the time required for chemical immersion tungsten ore powder)

And as long as you enter tungsten ore powder, you can output tungsten powder, oxygen, calcium powder or lithium powder.

I will explain step by step

The first step is to input tungsten ore powder into a chemical immersion.

Observing the GUI of the chemical immersion device can find that it only has one item input slot and there are two types of items input, and the required quantities are different. In terms of general logistics input, it is easy to get a few items in the input slot.Another item cannot be input, so that only one kind of tungsten ore can be treated, and Gray has a very simple way.

We can use the robotic arm to achieve it. We can right -click a certain surface of the mechanical arm to install the robotic arm. Right -click on the center of the screw to open the GUI to the GUI.

Put the items to filter the cover plate, and change it to precise supply, filter input.

At this time, we only need to mark the corresponding items and quantities in the following nine grids, so as to achieve the above -mentioned input -specified items.

Marking tips: We can drag out the items marking from JEI (the items in the bookmark bar cannot be dragged and dragged), right -click to add one to the number of markers, and the number of marks is reduced by one. Right -click the shift.Tax (maximum can reach 1024) Press the SHIFT left -button and minus half (it should be settled in four houses and five).

The second step outputs the product to the two electrolytic machines, and I use the item pipeline to output the items to the two electrolytic machines.And use items to filter the cover plate on the input surface and mark it.

At this time, a problem will be encountered to separate items and fluids.At this time, I will invite the terminal, and use its GT console APP (at this time, you should be able to unlock most apps)

Use the terminal to hold Shift right -click the machine and turn on the GT console.

As shown in the figure, you can separate the output from the item and the fluid output.At this time, another problem was encountered. There were three fluids in the product, and the cycle required two fluids.

I give two solutions.

The first method is to separate the fluid in pipelines

Because there are three fluids, a quarterly pipeline is required, and the two output ports are filtered with a fluid filtration plate with fluid filtration plates.

Put the chemical reaction kettle and connect the fluid into a chemical immersion.

As well as

I give the following flow chart

The second method is similar to the first method.

However, the separation of gas is completed on an electrolytic machine.

The electrolytic electrolytic acid is filtered out of the hydrogen to the chemical reactor, and oxygen is output through pumps on other surfaces.I give the following flow chart

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