your current location：首页 > news>(1.20.1 or above) Use ME's accurate output bus to achieve simple MEK five -fold pulp liquid division [MEK] General

(1.20.1 or above) Use ME's accurate output bus to achieve simple MEK five -fold pulp liquid division [MEK] General

2024-12-05 23:06:10|Myriagame |source：minecraft skins

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

Foreword

The AE2 extension of Application Energy 2 has been updated 1.19.2 or above. The appearance of the MOD and the update greatly reduced the difficulty of MEK five -fold slurry liquid. Therefore, a tutorial is written here briefly.This tutorial is mainly for players who play 1.20.1 and above, and do not know AE2 and its affiliated machines, and they are also entry -level general machinery.This article mainly explains the average processing part of the minerals and slurry in MEK five -fold ore. The subsequent mineral crystal treatment parts are not introduced here.

Involved module

[Mek] General Machinery

[AE2] Application Energy 2

AE2 expansion

Application Energy: Affiliated to General Machinery

Basic operation of the components required for AE2

Although application energy 2 above 1.20.1 has brought its own guidelines, it is still necessary to briefly introduce some of the concepts of AE2 and the functions and usage of each part of the components of the AE2 and its two subsidiaries.

AE2 conceptual concept

Network (ME network): system composed of each ME component connected to each other.

Channel: Some ME components occupy the channel, and the ME components can work normally when they have channels.The network without ME controller provides up to 8 channels. Each side of the ME controller can provide 32 channels; small cables can transmit up to 8 channels, resulting in up to 32 channels for dense thread cables.

Involved components

From left to right: Energy receiver (AE2), ME driver (AE2), cable (AE2) and ME precise output bus (AE2 extension), ME interface (AE2), ME chemical storage element (application energy: general machinery: general machinery machineAuxiliary), memory card (AE2).

Energy receiver: It is used to enter the ME network of external energy.Can be converted into panel types in the synthetic column.

ME drive: used to place and drive storage components.

Cable: Used to connect each component.

ME precise output bus: The core of the entire system can output specified contents (including items, fluids, and MEK chemicals) of the specified quantity from ME network storage.

ME interface: The slurry produced by chemical cleaning machines is stored in the ME network.Can be converted into panel types in the synthetic column.

ME chemical storage element: placed in the ME drive to store chemicals (gas, slurry, etc.) that specializes in MEK.

Memory card: It is used to copy the configuration of each component.The configuration of the component shift+right -click, and the right -click of the component can be pasted to the stored configuration.

Implementation method

Constructing minerals and slurry treatment parts

Place a chemical dissolved machine, chemical cleaning machine and chemical crystallizer, set up the input and output direction of the chemical dissolved machine and the input direction of the chemical cleaning machine.After entering the substances required to enter the work to the chemical dissolved machine and chemical cleaning machine, remember to adjust the input and draw mode by the configuration of various pipes.

Build a ME network

Place the ME interface on any free side of the chemical cleaning machine, and set the chemical cleaning machine to automatically output pure mineral slurry to the ME interface to the ME interface.Then place the ME driver, place the ME chemical storage element in it, and connect the ME interface to the ME drive.In this way, the pure mineral slurry output by the chemical cleaning machine will be input into the ME chemical storage element through the ME interface.The main role of the ME chemical storage element is to cache a large number of pure mineral slurry of different types of pure minerals, so that the input processing of a large number of different types of minerals (such as directly connecting digital mining machines and five -fold mineral lines) to subsequent output.Then, the ME accurate output bus is placed on the idle surface of the chemical crystal device, and the output bus is connected to the ME drive (in fact, it can be connected to any component in the network with a cable.The input surface of a good chemical crystallizer allows it to accept pure mineral slurry output by ME accurate output bus output.Finally, the energy receiver is placed and connected to the ME network. At the same time, the external power grid and the energy receiver are connected, so that the ME network can accept external power supply.

If the number of chemical crystallizers is large, you need to pay attention to the channel occupation of the ME network. For more detailed content, please check the introduction of the channel in the AE2 tutorial.

Configure ME precise output bus

Right -click the ME accurate output bus to open its configuration interface.Drag into the pure mineral slurry you want to output and place it in the filter field of the ME precise output bus, and click the key to adjust the amount of each output.Because the working principle of a chemical crystallizer is 200MB of pure mineral slurry = 1 mineral crystals, you can set up 0.2B of pure mineral slurry each time (in fact the default 1B of default, because the slurry produced by the chemical solubility room is always 1B 1BThe multiple).No need to worry about its output speed, because the output speed of the output bus will accelerate over time.

The ME accurate output bus only needs to configure one manually. You can use the memory card to copy the output bus configuration and paste the output bus.

Check the entire production line

Enter the mineral into a chemical solubility, click the ME drive to view the storage element, and then click the chemical crystal device to view the content.If pure mineral slurry is stored in the storage element, the pure mineral slurry in the chemical crystal device is a multiples of 200MB, which means that the mineral and slurry treatment part of the five -fold mineral line can be operated normally.Other precautions

In terms of wiring, the wiring in the figure is just to display the entire workflow in intuitive. In fact, there are many more compact wiring methods. You can arrange it according to the actual situation.

In terms of mineral treatment, it is possible to enter raw ore or coarse mine blocks. It is not recommended to enter coarse ore.If you enter the crude mine, it is recommended to add a chemical cleaning machine, so that when the upgrade is full, you can immediately dissolve the large amount of dirty slurry generated by the coarse ore block, and increase the operation speed of the first half of the system.

In terms of material input, you can use MEK's quantum transmission device to enter minerals and sulfuric acid, and use a fool's cooking/lazy kitchen sink to get and enter water.

In terms of subsequent processing, you can refer to the various machines that are responsible for processing mineral crystals with reference to the Jei synthetic table.

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