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Silicon Rock Free, Pure Gray Technology 6 Primoscopy Facin Automation [GT6] Gregtech 6 (Gregtech 6) Minecraft Game

2024-12-10 17:50:23|Myriagame |source：minecraft skins

This tutorial is set by the author's setting without permission.

This tutorial is a tutorial for the automation of Gray Technology 6 nuclear fissure.The wiring is a bit scribbled, please forgive me.

Before starting, please check the front: nuclear reactor*4, sodium production line -at least semi -storage barrel sodium, uranium extraction line, large heat exchanger*2 (recommendation), nano manufacturer (recommendation)

This is the main body of the reactor.Enter sodium on the side and output liquid sodium below.Fuel rod*2, proliferation rod*2, reflective rod*4.The design can use uranium 235 proliferation, and only need to change one proliferation stick to a reflection stick.The reactor where the value -added rod is located can be replaced by a single version.In actual use, please fill in the reflex bar for easy automation.

Please place 4 general extensions on each up and down.The extender below the pile of the proliferation stick can theoretically replace it with a filter to facilitate the processing of multiple proliferation rods, but I don't know how to filter thermal sodium.The main surface of the extender faces the quasi -nuclear reactor, and the secondary surface of the extensor below must automatically output thermal sodium at the side.The rules of the extender are other faces and secondary face control, and the main surface controls the secondary surface.The reactor detection of the super temperature Grid sensor setting is> FFFF (hexadecimal mode) to connect the redstone line, and use the red stone to select a panel to disable a reflective rod to reduce the temperature.Redstone selection panel can control the enable and disable of any stick in a 2*2 reactor through the 0-15 redstone signal. Here is a level 1-level redstone signal using the redstone signal transmitter, and control it with closed and controllers to control the board control.True.Level 1 here is not sure. Please try to find a redstone signal to control a single reflection rod.This is the reactor temperature control system.

The product output uses the Gagge sensor.Once the proliferation is completed, the proliferation rod losses will disappear and release higher neutron.The silicone metal is proliferated here, and the detection value is B500.The thermal sodium is automatically output through the side surface of the side of the extensor below, while the item is posted on the front of the four extensors below, and the input is placed on the four extensors above four funnels.Select the most advanced one as much as possible, and recommend the LUV -level conveyor belt.Filter the output pipes with an item filter board, filter concentrated 钚/silicon rock below the proliferation heap, and filter the exhaustion of the fuel rod under the reactor. In order to prevent the pipe from input from the bottom belowLogistics pipeline.The extender below the proliferation heap requires a item detection to detect whether the reactor needs to be supplemented. The logic is as follows: the medium number is less than the scheduled value, and the proliferation heap is turned on through the redstone switch.The redstone line shuts down the reactor.

The automatic reactor reactor must be complicated. When the output of the reactor is 0, the original redstone skills are used to transform a long pulse signal to shorten the reactor. At this time, whether it can be output to see the quality of the conveyor belt.Here we must provide a long pulse signal to restart the reactor, otherwise the closed reactor output to 0 cannot be opened automatically.If the items in the reactor are only 3 that also prevent the reactor from opening, there is no pulse signal here.Here, the two reactors are opened and closed at the same time, because I use the upper limit to detect whether the proliferation is completed, and the two reactors act on the two proliferation heaps at the same time. If the dislocation of the two reaction rods may make the final neutron unable to reach the upper limit for automatic output.The redstone logic here is: The non -door of the reactor is kept continuously open, and the neutron number is less than zero. A brief closure of the reactor of the redstone pulse.

Thermal sodium is treated with two large heat exchangers at the same time, and carbon pipes are recommended for pipelines.If the filter is replaced, please cut off the pipe or replace it when the reactor is run.

The entire nuclear reactor is recommended to be built at the end because it will release huge amounts of radiation.Don't forget the block loading.

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