Barotrauma: Simple reactor automation

This guide will walk you through the steps of automating a nuclear reactor for your submarine..
Why do automation? Its advantages and advantages
  • works faster
  • reaches operating temperature faster
  • distributes electricity more efficiently
  • unlimited number of rods can be loaded (no matter what)

I did not find any cons

begining
We have already decided why we need to automate, you can start
First you need to dock to any city and turn off the reactor.
It can be done on the high seas, but it is less secure.

Necessary materials
All we need is this:

  • Screwdriver – 1 PC.
  • Component “more” – 2 PC.
  • Component “memory” – 1 PC.
  • Wires – 6 PC. (Any color, even multi-colored)
Step I
We expose all the components like this, as you wish.
For example like this —->

Step II
We draw the first wire from the reactor, from string [energy_value of], into the first component “more” (in the picture he is shown on the left) per line [signal_in_1]

REACTOR . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . FIRST COMPONENT “MORE”

Step III
The second wire is drawn from the reactor, from string [load_value], into the first component “more” per line [signal_in_2]

REACTOR . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . FIRST COMPONENT “MORE”

Step IV
we pull the third wire NOT from the reactor, and from the first component “more”, from string [signal_from], into the reactor, per line [set_turbineoutput]

FIRST COMPONENT “MORE” . . . . . . . . . . . . . . REACTOR

Step V
The fourth wire is drawn from the reactor, from string [temperature_from], into the second component “more” (in the picture with an example, he is on the right) per line [signal_in_1]

REACTOR . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . SECOND COMPONENT “MORE”

Step VI
Pull the fifth wire from the component “memory”, from string [signal_from], into the second signal “more” per line [signal_in_2]

COMPONENT “FIVE” . . . . . . . . . . . . . . . . . . . . . . SECOND COMPONENT “MORE “

Step VII
And the last sixth wire we pull from the second component “more”, from string [signal_from], to reactor to string [set_fissionrate]

SECOND COMPONENT “MORE” . . . . . . . . . . . . . . REACTOR

Step VIII
We're done with connecting the wires., all that remains is to configure the components.

In both components “more” in lines Power and Time Frame set the value 0

In component “memory” in a single line Value set the value 5000

After the components are configured, we can turn on the reactor

the end
This completes the automation of the reactor..
Also, this simple mechanism does not allow saboteurs to detonate the reactor by pushing immediately 4 rod into reactor, or by unscrewing the sliders. The system will not let them do it

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2 Comments

  1. component of rounded expressions
    The signal goes to the reactor – temperature from
    signal from goes to reactor – set fissionrate
    output 100, 0, ^[1-4]?.?.?.$

  2. regular expression component
    Signal B goes to the reactor – temperature from
    the signal from goes to the reactor – set fissionrate
    output 100, remove recording group, wrong output 0, expression ^[1-4]?.?.?.$

    component More
    power 100, false output 0
    signal B 1 pull into the reactor – LOAD FROM value
    signal B 2 pull into the reactor – ENERGY value from
    signal FROM pull into the reactor – set turbine output

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