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Difference between revisions of "Cooling rack"
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|zh-cn=冷却室槽 | |zh-cn=冷却室槽 | ||
|ua=Плата охолодження | |ua=Плата охолодження | ||
|jp=冷却ラック | |||
}}{{SB Infobox Begin | }}{{SB Infobox Begin | ||
|{{SB Infobox Header | |{{SB Infobox Header | ||
| Line 13: | Line 14: | ||
|{{SB Infobox Device General Information | |{{SB Infobox Device General Information | ||
|type=Power device | |type=Power device | ||
|function=Provides [[ | |function=Provides [[Small cooling cell|coolant]] to [[Generator_(Assembly)|generators]] | ||
|size=96×96×48 cm | |size=96×96×48 cm | ||
|mass=731.23 | |mass=731.23 | ||
| Line 22: | Line 23: | ||
|suppressUnitsKv | |suppressUnitsKv | ||
|subComponents= | |subComponents= | ||
|primaryMaterial=Bastium | |||
}} | }} | ||
| Line 29: | Line 31: | ||
|energyCapacity= | |energyCapacity= | ||
|coolantIn= | |coolantIn= | ||
|coolantOut= | |coolantOut=5,000 per second | ||
|coolantCapacity= | |coolantCapacity=30,000 (3 [[Small cooling cell|cooling cells]]) | ||
|coolantRefresh= | |coolantRefresh= | ||
|heatGeneration= | |heatGeneration= | ||
|heatDissipation= | |heatDissipation= | ||
|propellantIn= | |propellantIn= | ||
|propellantOut= | |propellantOut= | ||
| Line 42: | Line 44: | ||
|sockets= | |sockets= | ||
|YOLOLchips= | |YOLOLchips= | ||
|modInterfaces= | |modInterfaces=1 | ||
|deviceInterfaces= | |deviceInterfaces= | ||
|enhancement | |enhancement | ||
}} | }} | ||
|{{SB Infobox Device Construction | |{{SB Infobox Device Construction | ||
|headerOverride= | |headerOverride= | ||
|aegisium= | |aegisium= | ||
|ajatite= | |ajatite=15% | ||
|arkanium= | |arkanium= | ||
|bastium= | |bastium=65% | ||
|charodium= | |charodium= | ||
|corazium= | |corazium= | ||
| Line 66: | Line 68: | ||
|oninum= | |oninum= | ||
|surtrite= | |surtrite= | ||
|tengium= | |tengium= | ||
|ukonium= | |ukonium= | ||
|valkite= | |valkite= | ||
|vokarium= | |vokarium=20% | ||
|xhalium= | |xhalium= | ||
}} | }} | ||
}}<section begin=summary/>The cooling rack | }}<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 == | ||
| Line 78: | Line 80: | ||
* 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. | ||
* | * 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 [[heat mechanics]] for more info. | |||
* There is only one connector on the cooling board. | * There is only one connector on the cooling board. | ||
== Device fields == | == Device fields == | ||
<section begin=deviceFields/> | |||
{|class="wikitable" | {|class="wikitable" | ||
! YOLOL field | ! YOLOL field | ||
| Line 98: | Line 104: | ||
|0 - 100 | |0 - 100 | ||
|- | |- | ||
|} | |}<section end=deviceFields/> | ||
To learn more about how to use fields, consult these wiki pages: | To learn more about how to use fields, consult these wiki pages: | ||
| Line 108: | Line 114: | ||
*[[Generator (Assembly)]] | *[[Generator (Assembly)]] | ||
*[[ | *[[Small cooling cell]] | ||
*[[Heat mechanics]] | |||
[[Category:Devices and machines]] | [[Category:Devices and machines]] | ||
Latest revision as of 22:04, 5 May 2022
Cooling rack
Type Power device
Function Provides coolant to generators
Size 96×96×48 cm
Mass 731.23 kg
Volume 73.49 kv
Corrosion resistance 440
Primary material Bastium
Input / Output
Coolant output 5,000 per second
Coolant capacity 30,000 (3 cooling cells)
Modular interfaces 1
Composition
The cooling rack is a device used to provide a significant reduction in heat via 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.
Basic Usage
- The cooling board can hold up to three cooling cells.
- 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.
- 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 heat mechanics for more info.
- There is only one connector on the cooling board.
Device fields
| YOLOL field | Description | Range |
|---|---|---|
| CoolerUnitRateLimit | Upper limit for conversion rate for this cooler | 0 - 100 |
| CoolerUnitRate | Current conversion rate for this cooler. Conversion is being performed at 1 conversion * this percentage per second. | 0 - 100 |
To learn more about how to use fields, consult these wiki pages: