Automated Temperature Regulation

Automated temperature regulation using logic chips

Author: Jaffa

This logic will allow you to automatically keep your atmos temperature within a minimum and maximum temperature without annoying clicking. This setup assumes that your Wall Coolers and Wall Heaters are on a separate network for the room you want to control the temperature of. This also assumes your atmosphere isn't highly flammable. Network separation can be obtained through a Transformer or Area Power Controller.

Resources needed:

• 1 Gas Sensor
• 3 Kit (Logic I/O)
• 4 Kit (Logic Processor)
• 3 Kit (Logic Memory)
• At least 1 Wall Heater
• At least 1 Wall Cooler
• Many Cable coils
  

The picture above shows all the Kit (Logic) components as well as their connections and also the components that make up the setup.

Steps to placing the setup

1. Place the Gas Sensor in the middle of the room you want to control
2. Place the Wall Heaters along a wall of the room
3. Place the Wall Coolers along a wall of the room
4. Place 1 Kit (Logic I/O) 'Logic Reader' variant
5. Label the logic reader as "Temp Reader"
6. Place 1 Kit (Logic Processor) 'Logic Select' variant for cooling
   Label this: "Cooling Select"
7. Place 1 Kit (Logic Processor) 'Logic Compare' variant for cooling
   Label this: "Cooling Compare"
8. Place 1 Kit (Logic I/O) 'Batch Writer' variant
   Label this: "Cooling Writer"
9. Place 1 Kit (Logic Processor) 'Logic Select' variant
   Label this: "Heating Select"
10. Place 1 Kit (Logic Processor) 'Logic Compare' variant
    Label this: "Heating Compare"
11. Place 1 Kit (Logic I/O) 'Batch Writer' variant
    Label this: "Heating Writer"
12. Place all 3 Kit (Logic Memory) units nearby
    Label these as "Temp Min", "Temp Mid" and "Temp Max" and set your desired temperatures in kelvin
13. Wire all units together
14. "Temp Reader" should be set to read "Temperature" from your Gas sensor
15. Configure your "Cooling Select";
    Select: "Cooling Compare"
    Input 1: "Max Temp"
    Input 2: "Mid Temp"
16. Configure your "Cooling Compare";
    Input 1: "Temp Reader"
    Mode: Greater
    Input 2: "Cooling Select"
17. Configure your "Cooling Writer";
    Input: "Cooling Compare"
    Output: Wall Cooler
    Setting: On
18. Configure your "Heating Select";
    Select: "Heating Compare"
    Input 1: "Min Temp"
    Input 2: "Mid Temp"
19. Configure your "Heating Compare";
    Input 1: "Temp Reader"
    Mode: Less
    Input 2: "Heating Select"
20. Configure your "Heating Writer";
    Input: "Heating Compare"
    Output: Wall Heater
    Setting: On
21. Finally, turn on the logic chips in the following order:
    Logic Reader
    Select Unit
    Logic Compare
    Batch Writer