Guide (Air Conditioner) - Revision history

Katree: Adding advanced setup

2026-01-19T20:24:21Z

Adding advanced setup

← Older revision		Revision as of 20:24, 19 January 2026
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			=Basic Setup=
	Place the Kit (Atmospherics) and run some pipes to the place you want to vent the heat. Place a few [[Pipe Radiator]]s on the pipe, you can use any gas to fill it, but [[Carbon_Dioxide\|CO2]] is the best thermal conductor, meaning it transfers heat faster and more efficiently.<br>		Place the Kit (Atmospherics) and run some pipes to the place you want to vent the heat. Place a few [[Pipe Radiator]]s on the pipe, you can use any gas to fill it, but [[Carbon_Dioxide\|CO2]] is the best thermal conductor, meaning it transfers heat faster and more efficiently.<br>
	Make a return loop on the coolant system back to the coolant waste port for slightly better efficiency.<br>		Make a return loop on the coolant system back to the coolant waste port for slightly better efficiency.<br>
	It will try to draw or expel heat to the coolant mix to make the input match the desired output. A higher difference in the control panel temperature and input temperature makes the system use more power and also works faster. See the diagram for an example<br>		It will try to draw or expel heat to the coolant mix to make the input match the desired output. A higher difference in the control panel temperature and input temperature makes the system use more power and also works faster. See the diagram for an example<br>
	[[File:Coolant Example.png\|frameless\|Example A/C Setup]]		[[File:Coolant Example.png\|frameless\|Example A/C Setup]]
	~~<br>~~
			=Advanced Setup=
			; Intake: The intake [[Passive_Vent \| passive vent]] is located in the middle of the room to maximize its ability to draw gas evenly within the room.
			; Output: The output from the air conditioning system has been positioned around the perimeter of the room to maximize its ability to heat/cool the room evenly.
			; Waste: The waste network is connected to two [[:Category:Heat_Exchanger \| heat exchangers]]: one for cooling the [[Coolant\| waste gas]], and one for heating. The [[Furnace \| furnace]] output gases are being used as a source of heat for the system. The external pipe network with connected [[Pipe_Radiator \| radiators]] are used to cool the system. The [[Portable_Gas_Tank \| portable gas tank]] is being used as a buffer tank for the system.
			; Power Automation: The series of logic readers/writers is being used to automate turning the air conditioner unit on or off when the ambient temperature in the room reaches a set maximum or minimum temperature threshold.

			[[File:Advanced ac unit configuation.png\|1019x1323px \|Example Advanced A/C Setup]]

Sashkaa: CO2 is a better heat conductor than X

2021-07-12T06:15:06Z

CO2 is a better heat conductor than X

← Older revision		Revision as of 06:15, 12 July 2021
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	Place the Kit (Atmospherics) and run some pipes to the place you want to vent the heat. Place a few [[Pipe Radiator]]s on the pipe, you can use any gas to fill it, but ~~Pollutants X~~ is the best thermal conductor, meaning it transfers heat faster and more efficiently.<br>		Place the Kit (Atmospherics) and run some pipes to the place you want to vent the heat. Place a few [[Pipe Radiator]]s on the pipe, you can use any gas to fill it, but [[Carbon_Dioxide\|CO2]] is the best thermal conductor, meaning it transfers heat faster and more efficiently.<br>
	Make a return loop on the coolant system back to the coolant waste port for slightly better efficiency.<br>		Make a return loop on the coolant system back to the coolant waste port for slightly better efficiency.<br>
	It will try to draw or expel heat to the coolant mix to make the input match the desired output. A higher difference in the control panel temperature and input temperature makes the system use more power and also works faster. See the diagram for an example<br>		It will try to draw or expel heat to the coolant mix to make the input match the desired output. A higher difference in the control panel temperature and input temperature makes the system use more power and also works faster. See the diagram for an example<br>
	[[File:Coolant Example.png\|frameless\|Example A/C Setup]]		[[File:Coolant Example.png\|frameless\|Example A/C Setup]]
	<br>		<br>

24.129.218.27 at 03:30, 18 February 2021

2021-02-18T03:30:13Z

← Older revision		Revision as of 03:30, 18 February 2021
Line 1:		Line 1:
	Place the Kit (Atmospherics) and run some pipes to the place you want to vent the heat. Place a few [[Pipe Radiator]]s on the pipe, you can use any gas ~~or water~~ to fill it, but Pollutants X is the best thermal conductor, meaning it transfers heat faster and more efficiently.<br>		Place the Kit (Atmospherics) and run some pipes to the place you want to vent the heat. Place a few [[Pipe Radiator]]s on the pipe, you can use any gas to fill it, but Pollutants X is the best thermal conductor, meaning it transfers heat faster and more efficiently.<br>
	Make a return loop on the coolant system back to the coolant waste port for slightly better efficiency.<br>		Make a return loop on the coolant system back to the coolant waste port for slightly better efficiency.<br>
	It will try to draw or expel heat to the coolant mix to make the input match the desired output. A higher difference in the control panel temperature and input temperature makes the system use more power and also works faster. See the diagram for an example<br>		It will try to draw or expel heat to the coolant mix to make the input match the desired output. A higher difference in the control panel temperature and input temperature makes the system use more power and also works faster. See the diagram for an example<br>
	[[File:Coolant Example.png\|frameless\|Example A/C Setup]]		[[File:Coolant Example.png\|frameless\|Example A/C Setup]]
	<br>		<br>

24.129.218.27 at 03:29, 18 February 2021

2021-02-18T03:29:00Z

← Older revision		Revision as of 03:29, 18 February 2021
Line 1:		Line 1:
	Place the Kit (Atmospherics) and run some pipes to the place you want to vent the heat. Place a few [[Pipe Radiator]]s on the pipe, fill it ~~with whatever gas mixture you want~~.<br>		Place the Kit (Atmospherics) and run some pipes to the place you want to vent the heat. Place a few [[Pipe Radiator]]s on the pipe, you can use any gas or water to fill it, but Pollutants X is the best thermal conductor, meaning it transfers heat faster and more efficiently.<br>
	Make a return loop on the coolant system back to the coolant waste port for slightly better efficiency.<br>		Make a return loop on the coolant system back to the coolant waste port for slightly better efficiency.<br>
	It will try to draw or expel heat to the coolant mix to make the input match the desired output. See the diagram for an example<br>		It will try to draw or expel heat to the coolant mix to make the input match the desired output. A higher difference in the control panel temperature and input temperature makes the system use more power and also works faster. See the diagram for an example<br>
	[[File:Coolant Example.png\|frameless\|Example A/C Setup]]		[[File:Coolant Example.png\|frameless\|Example A/C Setup]]
	<br>		<br>

Ipottinger: Ipottinger moved page Guide (Air Conditioning) to Guide (Air Conditioner): renaming

2019-10-17T07:52:21Z

Ipottinger moved page Guide (Air Conditioning) to Guide (Air Conditioner): renaming

← Older revision	Revision as of 07:52, 17 October 2019
(No difference)

Ipottinger: Initial Content

2019-10-17T07:25:45Z

Initial Content

New page

Place the Kit (Atmospherics) and run some pipes to the place you want to vent the heat. Place a few [[Pipe Radiator]]s on the pipe, fill it with whatever gas mixture you want.<br>
Make a return loop on the coolant system back to the coolant waste port for slightly better efficiency.<br>
It will try to draw or expel heat to the coolant mix to make the input match the desired output. See the diagram for an example<br>
[[File:Coolant Example.png|frameless|Example A/C Setup]]
<br>