Cooling rack - Revision history

Duke Ironhelm at 20:04, 5 May 2022

2022-05-05T20:04:04Z

← Older revision		Revision as of 23:04, 5 May 2022
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	\|xhalium=		\|xhalium=
	}}		}}
	}}<section begin=summary/>The cooling rack is a device used to provide a significant reduction in [[Heat mechanics\|heat]] via [[Small cooling cell\|coolant]]. Unlike a [[heatsink]] and [[radiator]] system, a coolant rack is not designed for long-term usage, as its coolant is quickly used up during operation and will require replenishing. Thus, ~~it is best~~ to ~~design a~~ [[Generator (Assembly)\|generator]] ~~which uses a combination of both systems~~.<section end=summary/>		}}<section begin=summary/>The cooling rack is a device used to provide a significant reduction in [[Heat mechanics\|heat]] via [[Small cooling cell\|coolant]]. Unlike a [[heatsink]] and [[radiator]] system, a coolant rack is not designed for long-term usage, as its coolant is quickly used up during operation and will require replenishing. Thus, some ships use a combination of both systems to cool their [[Generator (Assembly)\|generator]].<section end=summary/>

	== Basic Usage ==		== Basic Usage ==
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	* The cooling board can be placed anywhere on a generator, and will provide coolant to each generator of the complex it is directly connected to. Generator complexes connected via pipe will not share coolant.		* The cooling board can be placed anywhere on a generator, and will provide coolant to each generator of the complex it is directly connected to. Generator complexes connected via pipe will not share coolant.
	* A single coolant rack can provide up to 5,000 coolant per second (half of the coolant cell's capacity), and can disperse 5 units of heat with 1 unit of coolant. Thus, a coolant rack can disperse up to 25,000 heat per second.		* A single coolant rack can provide up to 5,000 coolant per second (half of the coolant cell's capacity), and can disperse 5 units of heat with 1 unit of coolant. Thus, a coolant rack can disperse up to 25,000 heat per second.
	** See [[~~Generator_(Assembly)#Heat_and_cooling\|~~heat ~~and cooling~~]] for more info.		** See [[heat mechanics]] for more info.


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	*[[Generator (Assembly)]]		*[[Generator (Assembly)]]
	*[[Small cooling cell]]		*[[Small cooling cell]]
			*[[Heat mechanics]]

	[[Category:Devices and machines]]		[[Category:Devices and machines]]

AkseliFB at 09:17, 3 May 2022

2022-05-03T09:17:27Z

← Older revision		Revision as of 12:17, 3 May 2022
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	\|coolantIn=		\|coolantIn=
	\|coolantOut=5,000 per second		\|coolantOut=5,000 per second
	\|coolantCapacity=30,000 (3 cooling cells)		\|coolantCapacity=30,000 (3 [[Small cooling cell\|cooling cells]])
	\|coolantRefresh=		\|coolantRefresh=
	\|heatGeneration=		\|heatGeneration=

AkseliFB at 09:16, 3 May 2022

2022-05-03T09:16:50Z

← Older revision		Revision as of 12:16, 3 May 2022
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	\|coolantIn=		\|coolantIn=
	\|coolantOut=5,000 per second		\|coolantOut=5,000 per second
	\|coolantCapacity=15,000		\|coolantCapacity=30,000 (3 cooling cells)
	\|coolantRefresh=		\|coolantRefresh=
	\|heatGeneration=		\|heatGeneration=

AkseliFB: /* Basic Usage */

2022-05-03T09:15:41Z

Basic Usage

← Older revision		Revision as of 12:15, 3 May 2022
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	* The cooling board can be placed anywhere on a generator, and will provide coolant to each generator of the complex it is directly connected to. Generator complexes connected via pipe will not share coolant.		* The cooling board can be placed anywhere on a generator, and will provide coolant to each generator of the complex it is directly connected to. Generator complexes connected via pipe will not share coolant.
	* A single coolant rack can provide up to 5,000 coolant per second (~~an entire~~ coolant cell's capacity), and can disperse 5 units of heat with 1 unit of coolant. Thus, a coolant rack can disperse up to 25,000 heat per second.		* A single coolant rack can provide up to 5,000 coolant per second (half of the coolant cell's capacity), and can disperse 5 units of heat with 1 unit of coolant. Thus, a coolant rack can disperse up to 25,000 heat per second.
	** See [[Generator_(Assembly)#Heat_and_cooling\|heat and cooling]] for more info.		** See [[Generator_(Assembly)#Heat_and_cooling\|heat and cooling]] for more info.

DustyFB at 14:54, 28 April 2022

2022-04-28T14:54:02Z

← Older revision		Revision as of 17:54, 28 April 2022
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	\|xhalium=		\|xhalium=
	}}		}}
	}}<section begin=summary/>The cooling rack ~~plays an integral part~~ in a [[~~Generator_(Assembly)~~\|~~generator~~]]~~, as it is one of the only devices that can provide the generator with the~~ cooling ~~capacity that they require to run~~. Unlike [[~~Radiator\|radiators~~]], ~~however~~, ~~cooling racks need~~ to ~~be periodically replenished with refreshed~~ [[~~Small cooling cell~~\|~~small cooling cells~~]].<section end=summary/>		}}<section begin=summary/>The cooling rack is a device used to provide a significant reduction in [[Heat mechanics\|heat]] via [[Small cooling cell\|coolant]]. Unlike a [[heatsink]] and [[radiator]] system, a coolant rack is not designed for long-term usage, as its coolant is quickly used up during operation and will require replenishing. Thus, it is best to design a [[Generator (Assembly)\|generator]] which uses a combination of both systems.<section end=summary/>

	== Basic Usage ==		== Basic Usage ==
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	* The cooling board can hold up to three cooling cells.		* The cooling board can hold up to three cooling cells.
	* Receives '''Coolant''' from the cooling cells and processes it to reduce '''Heat'''.		* Receives '''Coolant''' from the cooling cells and processes it to reduce '''Heat'''.
			** Coolant cells will slowly replenish their supply of fresh coolant over time. However, a [[coolant recharge rack]] can be used to expedite this process.

	* The cooling board can be placed anywhere on a generator, and will provide coolant to each generator of the complex it is directly connected to. Generator complexes connected via pipe will not share coolant.		* The cooling board can be placed anywhere on a generator, and will provide coolant to each generator of the complex it is directly connected to. Generator complexes connected via pipe will not share coolant.
	* ~~Cooling racks~~ can provide ~~300 reduction in~~ heat.		* A single coolant rack can provide up to 5,000 coolant per second (an entire coolant cell's capacity), and can disperse 5 units of heat with 1 unit of coolant. Thus, a coolant rack can disperse up to 25,000 heat per second.
	** See [[Generator_(Assembly)#Heat_and_cooling\|heat and cooling]] for more info.		** See [[Generator_(Assembly)#Heat_and_cooling\|heat and cooling]] for more info.


	* There is only one connector on the cooling board.		* There is only one connector on the cooling board.
	* If an enhancement effect is used on the cooling board, the efficiency rate of reducing '''Heat''' from processing '''Coolant''' increases by increasing the maximum heat dissipation without increasing the coolant output. Only three enhancers will effect the coolant rack, and their maximum head dissipations are 300, 450, 525, and 562.5 for zero to three enhancers respectively.

	== Device fields ==		== Device fields ==

DustyFB at 14:28, 28 April 2022

2022-04-28T14:28:29Z

← Older revision		Revision as of 17:28, 28 April 2022
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	\|coolantRefresh=		\|coolantRefresh=
	\|heatGeneration=		\|heatGeneration=
	\|heatDissipation=~~300 per second~~		\|heatDissipation=
	\|propellantIn=		\|propellantIn=
	\|propellantOut=		\|propellantOut=

DustyFB at 14:27, 28 April 2022

2022-04-28T14:27:59Z

← Older revision		Revision as of 17:27, 28 April 2022
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	\|modInterfaces=1		\|modInterfaces=1
	\|deviceInterfaces=		\|deviceInterfaces=
	\|enhancement~~=<ul><li>50% efficiency (1x)</li><li>75% efficiency (2x)</li><li>87.5% efficiency (3x)</li></ul>~~		\|enhancement
	}}		}}

DustyFB: Adjusted to future patch values

2022-04-28T14:27:51Z

Adjusted to future patch values

← Older revision		Revision as of 17:27, 28 April 2022
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	\|energyCapacity=		\|energyCapacity=
	\|coolantIn=		\|coolantIn=
	\|coolantOut=4 per second		\|coolantOut=5,000 per second
	\|coolantCapacity=15,000		\|coolantCapacity=15,000
	\|coolantRefresh=		\|coolantRefresh=

DustyFB at 18:39, 23 April 2022

2022-04-23T18:39:16Z

← Older revision		Revision as of 21:39, 23 April 2022
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	\|modInterfaces=1		\|modInterfaces=1
	\|deviceInterfaces=		\|deviceInterfaces=
	\|enhancement=<li>50% efficiency (1x)</li><li>75% efficiency (2x)</li><li>87.5% efficiency (3x)</li>		\|enhancement=<ul><li>50% efficiency (1x)</li><li>75% efficiency (2x)</li><li>87.5% efficiency (3x)</li></ul>
	}}		}}

Chaos: Added enhancer data to sidebar and updated blurb about enhancers (last update was to correct coolant output, sorry for no summary!)

2022-02-17T07:05:45Z

Added enhancer data to sidebar and updated blurb about enhancers (last update was to correct coolant output, sorry for no summary!)

← Older revision		Revision as of 10:05, 17 February 2022
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	\|modInterfaces=1		\|modInterfaces=1
	\|deviceInterfaces=		\|deviceInterfaces=
	\|enhancement=		\|enhancement=<li>50% efficiency (1x)</li><li>75% efficiency (2x)</li><li>87.5% efficiency (3x)</li>
	}}		}}

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	* There is only one connector on the cooling board.		* There is only one connector on the cooling board.
	* If an enhancement effect is used on the cooling board, the efficiency rate of reducing '''Heat''' from processing '''Coolant''' increases.		* If an enhancement effect is used on the cooling board, the efficiency rate of reducing '''Heat''' from processing '''Coolant''' increases by increasing the maximum heat dissipation without increasing the coolant output. Only three enhancers will effect the coolant rack, and their maximum head dissipations are 300, 450, 525, and 562.5 for zero to three enhancers respectively.

	== Device fields ==		== Device fields ==