This tutorial is set by the author's setting without permission.
MEK has been widely accepted as a MOD with the highest mineral throughput.But there is a fatal defect: slow.Because only by MEK, the pure pulp cannot be accurately divided into each crystal device.But with the help of XNET and its affiliated, the five -time line of high -speed has become a reality.
MOD list
[Mek] General Machinery (Mekanism)
Xnet
Ynot (1.12)
Xnet Gases (1.16)
[AE2] Application Energy 2 (Applied Energistics 2)
[Fn] Flux Networks (non -required)
Ender Storage (not necessary)
[CB] Lazy Kitchen (Cooking for Blockheads) (non -required)
The production line can be used in any version of Xnet or Xnet Gases.The tutorial uses 1.16+ version. The other versions may be slightly modified because the machine cannot be freely configured.
Five -time line basic introduction
First of all, in order to build a five -fold production line, it is essential to understand the basic composition of the five -time line.
General Machinery Five Pack
This tutorial allows players to clearly understand the process of five times. After understanding, you can start to start building a five -fold line.Of course, the speed is flawed.
The current method of improving speed is usually disassembly into multiple lines.At present, the most efficient design plan in the station comes from the MEK five -twice production line and MEK five -twice production line. The unit can realize the speed of about 1 ingot per line per line, and it can make up for the power consumption by itself, which is very friendly to the previous middle period.
However, the problem is on version of V10: The original cost of each line with an unpacking factory was not low, and the devil of the chemical solubility room and the chemical crystallizer formula in the V10 made the first and middle players discourage the cost.Except for cost, the original unit's speed -up in the later period is also more complicated. It needs to re -arrange the wiring and planning to make the unit inconvenient to maintain.
However, XNET's height of its powerful logistics and 8 channels of a cable makes it possible to make a high -speed line in a smaller area.
Xnet logistics introduction
Many people may look incomprehensible at a glance, but in fact, as long as they find out its bottom, they will find its strength.
Xnet basic transmission tutorial
This tutorial explains all the contents of XNET. If you still do n’t understand, you can move the XNET tutorial to watch the video analysis.
After mastering the use of Xnet, you can start to build it.
Principle analysis
The initial design idea was to use XNET's circular mode to divide the slurry. The crystal slurry processed by a chemical cleaning machine was divided into five crystal device.
However, in actual use, because the cleaning machine is treated with 1MB of pulp in a short period of time, resulting in a solubble output of the slurry did not output at one time, the XNET will have uneven distribution and cause the slurry residue, and the scheme fails.
Later, after testing the data, I found that under the full upgrade of all machines, the solubility room worked twice in one second, and 2000MB of dirty slurry was communist; the cleaning machine could be cleaned in one secondEach time consumes 200MB of clean paste to form a mineral crystal.
It can be seen that a solubility room requires a pairing of ten crystal devices to consume all outputs every second.
Subsequently, I found that XNET can be set to control how many pulp can be contained in a container. After the number is reached, it will not be transported to the container.
As a result, the second -generation crystalline array was born.
Please ignore the hardship of grabbing the mirror and the machine that is forgotten with the test rate above.
The unit consists of a solubility room, a cleaning machine and ten crystal device.The XNET configuration is very simple: In the input of each crystal device, the maximum receiving maximum 200MB of pulp is limited to run 300,000 crystals without card stopping.Note that the connectors connected to the cleaning machine must be a high -level connector, and the low -level transmission cannot be transmitted.
Such a crew is an efficiency of one second crystal.The ultimate factory indicates a lot of pressure.
Design (first generation)
On the basis of this prototype, I changed it slightly and created a stable operation of survival, five times the 40 crystals per second.
Yes, forty crystals per second.Copy the unit into a quarter, set the 20 crystals when the pattern is made to 4 raw ore, and open the blocking mode of the interface.This can ensure that each solubility room is running at full speed.
Of course, there is no display of sulfate lines or the like, because I want to pursue the speed of the limit and make separate sulfate lines and hydrogen chloride lines to ensure that sufficient raw materials can be supplied even at full speed.
There is a precautions that do not put all the crystallizers and cleaningers in the same channel even if you use the four -combined unit!Otherwise, due to the difference in the processing of the solubility room, it will lead to the failure of the slurry score!So the four channels of the four channels are still honest!
However, this is not the ultimate form.
Design (single -piece)
Foreword
Players of IC2 should know that the single -chip nuclear power plant. Although the maximum power generation of the single heap is limited, it can be stacked in large quantities because it takes only one plane to win, reaching a larger power generation than the Liubang nuclear power array.
So I started to conceive the way to turn the unit into a single -chip structure.In the end, a single -piece, and the design drawings of the devices such as firing, purifying, crushing, enriching, melting, and melting appear in a 15x1x1514x1x14 unit.However, because it is still in the theoretical stage and has not been installed, it will not be published for the time being.
The installation has been completed now.2 ~ 3 layers must be reserved below to wiring.For the convenience of creating a storage tube, please make a sulfuric acid & hydrogen chloride production line for survival.
In order to be convenient, Ender Storage and Flux Networks are used as the transmission method of items and energy as the water supply of items and energy.(Non -essential, you can implement it in various ways).
The 14x1x14 area contains 4 solubility rooms, 4 cleaner, 40 crystal crystal, and four ultimate firing/purification/crushing/enrichment factories, and 8 ultimate melting factories.
The melting factory has eight pure demand for survival and melting, which can handle a large number of other formulas.Of course, depending on your situation, you can put a few more in your own processing needs.
The crew can be stacked up indefinitely.Remember to avoid the string of the color of XNET.
Plane module analysis
Red main network
Similarly, except for the cleaning machine, all ordinary connectors are enough.
XNET controller settings:
Channel 1 is energy, Channel 2 is a slurry, and channel 3 is items.
Note: Here I forgot to disassemble the four solubility room channels because of the last design time. After finally processing the 10W crystal, a crystal was stuck. The actual operation must be split into the channel of the four dissolved room!
In the middle of the two pictures, there are 40 crystal devices, which are not listed.
The last shadow box is used as the total infusion of the crystal, which is directly connected to the ME network, and the direct item channel can be exported.
Crystal slurry configuration:
Like the above design, the MAX is set to 200, so that it is completely opposed to the rate of the solubility room.
Energy Channel: The ultimate cable of MEK is used as an input and the crystal device is used as output to ensure that the crystal device that is not tightly tightly run with the general cable still has sufficient energy operation.
Item Channel: The crystallizer output, the last shadow box is received.
Purgatory Channel: Output of cleaning machine, the crystallizer is received.
Pay attention to the side configuration of the crystallizer, don't configure it wrong!
Crystalline part
The central government is a separate Xnet channel, and a connector connects four solubility rooms.The solubility room receives the mine sent by Xnet, uses sulfuric acid by the side to treat dirty paste, and then spit the dirty pulp to the cleaning machine. The cleaning machine uses the water sent by the sink to convert it to pure pulp.
Xnet wiring and configuration:
The wiring uses four last shadow boxes to extract in four threads. This is considered that the upward stacking speed requirements are extremely high, so a more exaggerated method is used.
Set only four ores in each solubility room to avoid problems such as the failure of the ore in a solubility room or a slurry failure.
Factory part
The almost consistent configuration is that MAX is set to 18.
Overall layout
It can be seen that I use four machines as a unit.If the melting is also a group of four, there will be an extra space of the unit next to it.Therefore, this design has a free distribution of the air position.
AE template setting
Crystalline template
At one time, a semi -group iron ore ensures that each solubility room can receive even -numbers ore, and avoid the average score of the slurry.At the same time, a large number of labels are conducive to sending a large amount of raw materials for a short time.
Factory template
All factories are the same, a very simple set of raw materials corresponds to a set of products.The same group is also used to speed up the ME network distribution speed.
maintain
Complex units will always have a small problem, maybe the block is loaded, or the game is stuck.Of course, it may be that you have the same configuration as me.These may cause the distribution of slurry to fail.
Solution 1: Use the ME network to send a different crystal formula again to make the new round of pulp filling the previous round of the crystallizer cache that failed to make a 200MB.
Solution 2: Use the dropper to hand the slurry manually and make up for a crystal device to clean up the cache.
Common problem
My crew failed to make a squeeze!
Check whether the energy supply can ensure that the machine is running at full speed, and the slow half of the machine can cause the average score to fail!In addition, check the network configuration, do not let multiple cleaning machines be in the same network at the same time!Each network is fixed with one cleaning and crystallization!Confirm that the connector connected to the cleaning machine is advanced!
I can't guide my cleaning machine slurry!Only the first one can be exported!
XNET currently has small characteristics in the 1.16 version. The replicated configuration information cannot be recognized when drawing, that is, the connecter of the copy configuration cannot interact in the extraction mode.Please remove the configuration manually.
For other questions, please ask questions in the comment area.
