Automated Temperature Regulation - Revision history

164.68.240.5 at 20:54, 17 June 2024

2024-06-17T20:54:52Z

← Older revision		Revision as of 20:54, 17 June 2024
Line 26:		Line 26:
	# Place 1 [[Kit (Logic Processor)]] 'Logic Compare' variant<br> Label this: "Heating Compare"		# Place 1 [[Kit (Logic Processor)]] 'Logic Compare' variant<br> Label this: "Heating Compare"
	# Place 1 [[Kit (Logic I/O)]] 'Batch Writer' variant<br> Label this: "Heating Writer"		# Place 1 [[Kit (Logic I/O)]] 'Batch Writer' variant<br> Label this: "Heating Writer"
	# Place all 3 [[Kit (Logic Memory)]] units nearby<br>Label these as "Temp ~~Min~~", "Temp ~~Mid~~" and "Temp ~~Max~~" and set your desired temperatures in kelvin		# Place all 3 [[Kit (Logic Memory)]] units nearby<br>Label these as "Min Temp", "Mid Temp " and "Max Temp" and set your desired temperatures in kelvin
	# Wire all units together		# Wire all units together
	# "Temp Reader" should be set to read "Temperature" from your Gas sensor (Note: Temperature from sensor is in Kelvin)		# "Temp Reader" should be set to read "Temperature" from your Gas sensor (Note: Temperature from sensor is in Kelvin)

Phuzzy: add a note that temps are in Kelvin

2023-05-30T21:34:17Z

add a note that temps are in Kelvin

← Older revision		Revision as of 21:34, 30 May 2023
Line 28:		Line 28:
	# Place all 3 [[Kit (Logic Memory)]] units nearby<br>Label these as "Temp Min", "Temp Mid" and "Temp Max" and set your desired temperatures in kelvin		# Place all 3 [[Kit (Logic Memory)]] units nearby<br>Label these as "Temp Min", "Temp Mid" and "Temp Max" and set your desired temperatures in kelvin
	# Wire all units together		# Wire all units together
	# "Temp Reader" should be set to read "Temperature" from your Gas sensor		# "Temp Reader" should be set to read "Temperature" from your Gas sensor (Note: Temperature from sensor is in Kelvin)
	# Configure your "Cooling Select";<br>Select: "Cooling Compare"<br>Input 1: "Max Temp"<br>Input 2: "Mid Temp"		# Configure your "Cooling Select";<br>Select: "Cooling Compare"<br>Input 1: "Max Temp"<br>Input 2: "Mid Temp"
	# Configure your "Cooling Compare";<br>Input 1: "Temp Reader"<br>Mode: Greater<br>Input 2: "Cooling Select"		# Configure your "Cooling Compare";<br>Input 1: "Temp Reader"<br>Mode: Greater<br>Input 2: "Cooling Select"

Onebit: moved to category:tutorials

2018-09-21T15:34:43Z

moved to category:tutorials

← Older revision		Revision as of 15:34, 21 September 2018
Line 1:		Line 1:
	[[Category:~~Tutorial~~]]		[[Category:Tutorials]]
	<big>'''Automated temperature regulation using logic chips'''</big><br><br>		<big>'''Automated temperature regulation using logic chips'''</big><br><br>
	'''Author:''' Jaffa		'''Author:''' Jaffa

Onebit: tutorial

2018-09-21T15:30:54Z

tutorial

← Older revision		Revision as of 15:30, 21 September 2018
Line 1:		Line 1:
			[[Category:Tutorial]]
	<big>'''Automated temperature regulation using logic chips'''</big><br><br>		<big>'''Automated temperature regulation using logic chips'''</big><br><br>
	'''Author:''' Jaffa		'''Author:''' Jaffa

Jaffa: Sentence Flow

2018-02-16T07:30:30Z

Sentence Flow

← Older revision		Revision as of 07:30, 16 February 2018
Line 2:		Line 2:
	'''Author:''' Jaffa		'''Author:''' Jaffa
	<br><br>		<br><br>
	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 Cooler\|Wall Coolers]] and [[Wall Heater\|Wall Heaters]] are on a separate network for the room you want to control the temperature of ~~and~~ your atmosphere isn't highly flammable. Network separation can be obtained through a [[Transformer]] or [[Area Power Controller]].<br>		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 Cooler\|Wall Coolers]] and [[Wall Heater\|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]].<br>
	<br>		<br>
	'''Resources needed:'''<br>		'''Resources needed:'''<br>

Jaffa: Added Temperature Regulation logic setup

2018-02-16T07:29:14Z

Added Temperature Regulation logic setup

New page

<big>'''Automated temperature regulation using logic chips'''</big> 
'''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 Cooler|Wall Coolers]] and [[Wall Heater|Wall Heaters]] are on a separate network for the room you want to control the temperature of and 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 [[Cables|Cable coils]] 
[[File:Crude_Temperature_Regulation_Logic_Diagram.png|thumb|The picture above shows all the Kit (Logic) components as well as their connections and also the components that make up the setup.]]
'''<big>Steps to placing the setup</big>''' 
# Place the [[Gas Sensor]] in the middle of the room you want to control
# Place the [[Wall Heater|Wall Heaters]] along a wall of the room
# Place the [[Wall Cooler|Wall Coolers]] along a wall of the room
# Place 1 [[Kit_(Logic_I/O)|Kit (Logic I/O)]] 'Logic Reader' variant
# Label the logic reader as "Temp Reader"
# Place 1 [[Kit (Logic Processor)]] 'Logic Select' variant for cooling Label this: "Cooling Select"
# Place 1 [[Kit (Logic Processor)]] 'Logic Compare' variant for cooling Label this: "Cooling Compare"
# Place 1 [[Kit (Logic I/O)]] 'Batch Writer' variant Label this: "Cooling Writer"
# Place 1 [[Kit (Logic Processor)]] 'Logic Select' variant Label this: "Heating Select"
# Place 1 [[Kit (Logic Processor)]] 'Logic Compare' variant Label this: "Heating Compare"
# Place 1 [[Kit (Logic I/O)]] 'Batch Writer' variant Label this: "Heating Writer"
# 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
# Wire all units together
# "Temp Reader" should be set to read "Temperature" from your Gas sensor
# Configure your "Cooling Select"; Select: "Cooling Compare" Input 1: "Max Temp" Input 2: "Mid Temp"
# Configure your "Cooling Compare"; Input 1: "Temp Reader" Mode: Greater Input 2: "Cooling Select"
# Configure your "Cooling Writer"; Input: "Cooling Compare" Output: Wall Cooler Setting: On
# Configure your "Heating Select"; Select: "Heating Compare" Input 1: "Min Temp" Input 2: "Mid Temp"
# Configure your "Heating Compare"; Input 1: "Temp Reader" Mode: Less Input 2: "Heating Select"
# Configure your "Heating Writer"; Input: "Heating Compare" Output: Wall Heater Setting: On
# Finally, turn on the logic chips in the following order: Logic Reader Select Unit Logic Compare Batch Writer