Stationery: a guide to advanced oven automation

A recipe for setting up an advanced automated oven that uses two integrated circuits to create all the flavors of the game.

Advanced Oven Automation Guide

Introduction

Then he used his arc furnace and made some basic lenses, then went to the next furnace in the row and made some of the standard alloys, its base is in the order in which its gases are classified and has an advanced furnace to be automated. well, here is my first automated oven design.

In particular, this furnace design presupposes that it has access to fuel in the form of gas that can be obtained in combination with H2 and O2 or by means of an electrician, as well as a large amount of other gas that is not O2 or H2 to be used as refrigerant.

Necessary tools for compilation

  1. 1x advanced oven
  2. 2x volume bomber.
  3. 2 IC cases and IC10 chips
  4. 1x console
  5. 1x mark
  6. 1x button
  7. * Optional * 2x consoles to display pressure and temperature.
  8. Lots of ramps, cables and pipes.

Collects it all

The first step to do is to place your advanced oven that will be enclosed in a frame. if you maneuver your oven correctly, you can make the overlay panel of the brand while the chamber is in place.

The next step is to make the tab on the back, the idea here is to have two pumps assembled at the entrance connection to the stove, so that one can inject fuel and the other can inject coolant when the stove is to be switched on. refrigerant pump it will be performed. there is no other way to wrap it, but covering it with a mark will absorb the heat inside it. which means we have more control over the oven temperature.

Note: Make sure all your pipes and tanks are insulated so you know what you are doing.

You do not need to configure the pump in any value, it will be controlled by an IC, only serial numbers so you know what it is when you configure the legs.

As for the outlet pipe, I am only leading here to the outside with a passive vent to loosen the outlet, but you can do whatever you want with the oven outlet as long as it is not blocked. you can filter the gases and filter them later if you have a filtration system in operation.

In this example I use two tanks, the blue one has an X and the red one has combustible.

Below are the procedures for entering and exiting the oven, you can do the procedures as desired as long as you have access to the oven, which will be closed.

If it indicates that it follows its configuration, it should look like this.

Before you build your brands completely, make sure you have changed the names of the bombs because you will not be able to see them after building the brands. the only brand that needs to be built completely is what sits on the stove the rest is optional. The next and final step is to install and configure the electronic components in this compilation.

  1. A slice that will be used to select which tongue you want to start; when you turn the knob, it will be offset by the tongue type. The disk will be used by the 2 integrated circuits. The upper limit of the washer with the screwdriver must be set to any number above 14.
  2. A button that starts the basic process once you have chosen what you want to do.
  3. A console with a Hash screen chip inside. You must configure the console using a DataDisk to read the Hash IC. NO oven.
  4. The optional console must have a gas monitoring chip inside it and be configured using a data counter to read the pressure or temperature of the oven.
  5. The optional console must have a gas monitoring chip inside it and be configured using a data counter to read the pressure or temperature of the oven.
  6. Hash IC This IC will control the disk, button and Hash Console, which must be configured to read its value as mentioned earlier. the legs of this IC must be as follows:
  • Mark d0
  • Button d1
  • d2 FurnaceControlIC (the second IC)

Code:

7. Oven control IC This IC will control the pumps and other functions of the oven. the legs of this IC must be as follows:

  • Advanced oven d0
  • Refrigerant pump d1
  • fuel pump d2
  • d3 Hash IC (the other IC)
  • d4 Marker.

Code:

Load the codes on the relevant and finished integrated circuits.

Example of a global archive:

Note: It is possible to adjust the configuration of the refrigerant or fuel pumps according to the refrigerant and its temperature. this construction will work with any gas other than H2 or O2 at any temperature. but depending on these values, you may need to adjust the refrigerant pump configuration if it is too slow to close or so fast that it passes in front of the target.

How to operate

Rotate the dial to track the tongue types when the screen hash shows the tongue you want to make, load the mineral mineral entry and press the button. Then just hope the oven goes out of your mouth when it’s ready.

Make a special case for all basic languages ​​to reduce the cycle if you need to make basic languages ​​like iron, gold, silicon, etc. So you will always want to cycle and use the first option which is Iron for all of them. when they are done starting, the oven will not suffocate them, you have to manually pull the handle to anchor them when done.

The reason is that you need to use the oven as a quick way to make base fluids in large quantities, so having the first active configuration in the oven will keep the oven at more than 900 degrees and the pressure below 50,000.

The handle acts as a hard support, if left manually, will interrupt the current operation and restore the oven.

Endnotes

This is by no means the only way to automate an advanced oven, this system can be greatly expanded by adding notification lights and rating systems and more. Without hesitation, in my opinion, this is one of the simplest ways to do it.

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