This tutorial is set by the author's setting without permission.
*Remind that the author is not a place where you have a mistake or can be improved.
This tutorial is written with @NYA_SCARLET
Last upload: 7/1/2023,0.0.0.4beta#RBMK Full Automatic Management is about to be released, please wait
How to play industrial MOD without automation, how can I play in this article?
This article introduces some automation methods of HBM biological middle -class, and part of the need to assist MOD
*Petroleum refinement only provides the base rock oil automatic refining solution.Refining is divided into crude oil refining and cracking oil refining. Because a single cracking oil line cannot be self -circulating, and sulfur powder is required manually, this article will not be repeated.This article only provides crude oil refining and crude oil-crack oil refinement automation solution
** Pure HBM can automatically recover completely consumed sticks. If you need to recover non -fixed -consuming fuel rods, you need to use OC assistant
Automatic isotope separation
I believe that the subjects don’t like manual separation of the isotope and it is troublesome to do the cycle
Let's take a look at the automatic separation
From the crystallization, the benzes don't like to move things, and directly enter the raw ore
Come and sort out ideas
Crystal, remember to use the port you can use
Enter the crystallization position on the bottom side, output below, and input hydrogen peroxide in the lower navel port above
After the output, use the sorter to enter the average centrifugal machine (you don’t have to measure one of two actual measurements.
HBM stalk: Smoke wears all squares
Sort the output after the centrifuge
Under the melting of uranium powder output by centrifuge, the automatic workbench synthesizes uranium ingredients
Sulfur with a return (talk about it later
Enter the chemical plant synthetic yellow cake together
In order to save space, the chemical plant that produces hydrogen peroxide can directly close the yellow cake chemical plant, and supply power from the bottom of the chemical plant pipeline (actual measurement and feasibility
Cake output and return fluorite powder directly input hexarian uranium chemical plant
Six fluoride uranium produced by -produced sulfur, directly returned to the flowing into the yellow cake chemical plant
Sixth fluoride directly enters the gas centrifugal array through the catheter. The last gas centrifuge must be installed overclocking. For specific usage methods, please refer to the "HBM nanny class tutorial: from entry to destruction world"
Gas centrifugal giant -produced fluorite powder can filter the fluorite powder backlifuge hexafluoride uranium chemical plant with a conveyor band extract at the output end
Put in the uranium and wait for the product to collect the product
RBMK fully automatic lack fuel recycling #design & written nya_scarlet
So let's say, the recycling line of this RBMK lack of fuel is due to an accidental question I raised in the group before: "By the way, can pure HBM achieve automatic fuel automatic recovery?" At that time, the reply was "No?"EssenceOh, since this is the case, that is, it is still possible, right?
Needless to say, after a long time, I made a prototype production line.However, the first question was discovered during the test: "How to judge whether the lack of fuel has been cooled to recycling?" After a long time for this problem, I reminded me to find that the lack of fuel pool (the point) can automatically pop up.This step was resolved.
I installed the conveyor belt system on both sides of the lack of fuel pool to realize the first -step automatic logistics. Here a processing limit for a lack of fuel tank is ((key) 21 fuel rods).By multiplied by proportion.Next is the next step: the decomposition of fuel rods.
As we all know, HBM has an automatic workbench, so I picked up an automatic workbench to wait for it to automatically decompose after the transmitting band of the lack of fuel pool, but why not wait for you?It was another test, and then asked the result in the group: "HBM's own automatic workbench separation fuel rod must be consumed. The three data of poison and temperature are exactly the same, otherwise it cannot be separated."The fuel that can be separated completely, that is, the fuel rods that are consumed to separate must be dependent on other mods.
So I tested the IE assembly machine (not input formula directly), IC's batch desk (not available in version 1.7), GC's magnetic workbench (has been changed and unavailable), and even tested the puppet of automated magic magic puppetsThe workbench, but I didn't understand the usage of that thing, and continued to ask for help, and finally used OC to solve the key step of fuel recovery.Okay, so much, the core content part below:
Step 1: Introduce the hot fuel rod into the lack of fuel pool
Step 2: Export and decomposition of cooling fuel
*Add OC robot to decompose non -unified value fuel sticks, please turn to the end of this paragraph
Step 3: Set Silex and supporting Fel (note that the portal importer must be directly connected to the Silex interface)
Step 4: Use a conveyor belt to catch the separation product and send it into the box
Step 5: Place the teleportation belt separated the nuclear waste into the waste processed barrel (pay attention to set the black and white list) (matching) Step 6: Synthesize the rotten small waste material with the automatic workbench and send it back to Silex for a secondary separation (at the same time, take itStorage tank of liquid gaseous waste) (matching)
Step 7: Automatic synthesis of various fuel particles that is separated. Then the air fuel rod separated from the second step is combined with the production of new fuel rods (with pictures)
OC robot replace HBM automatic workbench solution
Pure HBM can automatically decompose a specific type of fuel rod that is completely consumed, suitable for fully automatic heap, but most of the heap fuel rods are manually replaced. It cannot be unified before consumption.
OC robot rear output, pay attention to dl when placing, you can turn ()
Look at the configuration
The hard disk needs to be installed in advance. It is best to complete the system installation and program writing on the computer. Put the hard disk into the robot synthesis
The installation is no longer described, and the program is given directly, the installation and file editing see the automation 嬗 change below.
Create a file
Touch crafting.lua
edit
Edit Crafting.lua
Write a program
Local Robot = Require ("Robot")
local c = component.crafting
While (true)
DO
C.CRAFT ()
end
Ctrl+s, ctrl+w says and exit, the disk and other components are assembled as a robot
Put in the decomposition position and receive the output of the lack of fuel pool
Runtime
lua crafting.lua
If an error
lua
Enter LUA debugger
component.crafting.craft ()
Enter the run, return the value
Solve the problem of error
CTRL+D exit the debugger
Run the program again
Fully automatic transformation
*Use open computer assistance, comrades who do not have a computer foundation suggest that it is built according to tutorial guidance
开 I did not expect to set up the self -boot method at present, otherwise the keyboard, display and graphics card can be saved without the need for the keyboard, display and graphics card
First look at the effect
Draw out a transformer
Come and see GUI
Products and unable to durable red circle capacitors can be extracted from the bottom with funnel, and the red circle capacitors are entered on the side.
Red circle capacitors will not be extracted before durable
Do a good job of the red circle capacitance cycle first
Set up extract
Panel transmission belt, use screw knife to sneak+right -click Settings Turning
The robotic item bar can only be input through the top
Build a circuit
The output of the robot container is on the back, which can be seen from the appearance, and can only be output from the rear.
Set a white list on the output of the rear side and only remove the high -quality red circle capacitors (?
Next, the configuration robot
Recommended configuration*Fuge can add upgrade components by yourself
Among them
It should be placed in this place
Open the robot GUI
Insert an openOS floppy disk, start
This interface shows that it is successful
If the start is unsuccessful, please check if you insert the floppy disk and EEPROM whether there is LUA BIOS
Let's install the system first
Install
Enter Y, Enter
Waiting for installation
Enter Y, restart the car
This will install the system
Can pull out the floppy disk
Given that this is a robot that is only used to perform red circle capacitance discharge, we directly write the program in the/home directory (comrades in operation and maintenance, don't scold me)
First create a file for robotics work
Touch redcircuit.lua
Edit edit file (Suggesting TAB completion
Edit redcircuit.lua
Enter the editor page
Edit Program (Space Suggestion TAB
Local Robot = Require ("Robot")
While (true)
DO
For i = 0,10
DO
Robot.place ()
End
end
A very simple cycle
Place () brackets, don't forget
