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  • Kit (Centrifuge)
    • Structure (Centrifuge)
  • Kit (Combustion Centrifuge)
    • Structure (Combustion Centrifuge)

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This kit produces a single Centrifuge.

Kit (Centrifuge)
____________ General ____________	____________	____________
Paintable	❌
Nameable	❌
Prefab Hash	578182956
Prefab Name	ItemKitCentrifuge
______________ Item ______________	____________	____________
Stack Size	1
Class	None	0
SortingClass	Kits	1
____________ Durability ____________	____________	____________
Flashpoint Temperature	100℃
Autoignition Temperature	300℃

Made In	Autolathe	Autolathe T2
Time
Energy	500
Iron Fe	20g	20g
Copper Cu	5g	5g

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If a Recycler or unbalanced Furnace outputs reagent mixture rather than the desired ingots, a centrifuge allows you to reclaim the raw ore. It also refines Dirty Ore produced from the Deep Miner. Its bigger brother Combustion Centrifuge can be used to process items significantly faster.

Items processed by the centrifuge will be de-gassed.

• Degassing the ores releases the gasses into the room.
  • Dirty Ore produced by the Deep Miner does not contain any gas.

Exhausts Toxins!

Centrifuge
____________ General ____________	______________	______________
Paintable	✔
Nameable	✔
Prefab Hash	690945935
Prefab Name	StructureCentrifuge
____________ Durability ____________	______________	______________
Flashpoint Temperature	NA
Autoignition Temperature	NA
_________ Construction _________	______________	______________
Placement Cost	Kit (Centrifuge)	1
.............................................................	.........................	.........................
Deconstruction Tool	Crowbar
Upgrade Tool	Wrench
Upgrade Cost	Steel Sheets	2
.............................................................	.........................	.........................
Deconstruction Tool	Hand Drill
Upgrade Tool	Welding Torch
Upgrade Cost	Steel Sheets	2
.............................................................	.........................	.........................
Deconstruction Tool	Angle Grinder
____________ Power ____________	____ Min ____	____ Max ____
Power Use	100W	100W
Heat Generation	20W	20W

Placement			Dimensions
Snapping	Small Grid		Length	2
Rotation	Horizontal Only		Height	3
Required Support	None		Width	3

Device Logic Variables	Type	Min	Max	Read	Write	Device Specific Behaviours
Power	bool	0	1	✔	❌
Open	bool	0	1	✔	✔	Export lever.
Error	bool	0	1	✔	❌
Reagents				✔	❌
On	bool	0	1	✔	✔
RequiredPower	int	0		✔	❌
ClearMemory	bool	0		❌	✔
ExportCount	int	0		✔	❌
ImportCount	int	0		✔	❌
PrefabHash	int	690945935	690945935	✔	❌
ReferenceId	int			✔	❌

Slot	Name	Class	Icon	_______	Slot	Name	Class	Icon
0	Import	None			1	Export	None

Logic Slots	Type	Min	Max	Read	Write	Slots	Device Specific Behaviours
Occupied	bool	0	1	✔	❌	0
OccupantHash	int			✔	❌	0
Quantity		0		✔	❌	0
Damage	float	0	1	✔	❌	0
Class ?	int	0	34	✔	❌	0
MaxQuantity		0		✔	❌	0
PrefabHash	int			✔	❌	0
SortingClass ?	int	0	7	✔	❌	0

Connections	Port	Description
Chute Input	0
Chute Output	1
Data	2
Power	3

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Kit (Combustion Centrifuge)
____________ General ____________	____________	____________
Paintable	✔
Nameable	❌
Prefab Hash	231903234
Prefab Name	KitStructureCombustionCentrifuge
______________ Item ______________	____________	____________
Stack Size	1
Class	None	0
SortingClass	Default	0
____________ Durability ____________	____________	____________
Flashpoint Temperature	NA
Autoignition Temperature	NA

Made In	Autolathe T2
Time
Energy	4000
Steel	20g
Invar	10g
Constantan	5g

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The Combustion Centrifuge is a gas powered version of the Centrifuge. A combustible fuel mix should be supplied to the gas input, and waste gasses should be vented from the output. The machine's RPMs must be controlled via the throttle and combustion limiter levers. If the Combustion Centrifuge gains, or looses, RPMs too fast it will experience stress, and eventually grind to a halt. Higher RPMs directly result in faster processing speeds.

The throttle lever controls the amount of fuel being pulled into the machine, increasing the temperature inside the engine, and leading to an increase in RPM. The limiter lever influences the speed of the combustion, and how much uncombusted gas is in the exhaust.

Ejecting ore from the Combustion Centrifuge while it is at high RPMs will result in additional stress build up. If turned off while not stressed, the machine will automatically start to brake, and reduce RPMs in a controlled manner.

• Degassing the ores releases the gasses into the room.
  • Dirty Ore produced by the Deep Miner does not contain any gas.
• Processing rate depends on the RPM of the centrifuge. Ejecting ore causes more stress at higher RPMs.

  
  
• Acceleration above ~1 RPM/Tick causes stress to rise.

  
  
• The throttle directly controls fuel consumption.

  
  
• Increasing the combustion limiter increases RPMs and fuel efficiency.

  
  

Exhausts Toxins!

Combustion Centrifuge
____________ General ____________	______________	______________
Paintable	✔
Nameable	✔
Prefab Hash	1238905683
Prefab Name	StructureCombustionCentrifuge
____________ Durability ____________	______________	______________
Flashpoint Temperature	NA
Autoignition Temperature	NA
_________ Construction _________	______________	______________
Placement Cost	Kit (Combustion Centrifuge)	1
.............................................................	.........................	.........................
Deconstruction Tool	Hand Drill
Upgrade Tool	Welding Torch
Upgrade Cost	Steel Sheets	2
.............................................................	.........................	.........................
Deconstruction Tool	Angle Grinder
Upgrade Cost	Cable Coil	1
.............................................................	.........................	.........................
Deconstruction Tool	Wire Cutters
____________ Power ____________	____ Min ____	____ Max ____
Power Use	50W	50W
Heat Generation

Placement			Dimensions
Snapping	Small Grid		Length	2
Rotation	Horizontal Only		Height	3
Required Support	Frame		Width	4

Device Logic Variables	Type	Min	Max	Read	Write	Device Specific Behaviours
Power	bool	0	1	✔	❌
Open	bool	0	1	✔	✔	Export lever.
Error	bool	0	1	✔	❌
Pressure	float	0		✔	❌
Temperature	float	0		✔	❌
Lock	bool	0	1	✔	✔
RatioOxygen	float	0	1	✔	❌
RatioCarbonDioxide	float	0	1	✔	❌
RatioNitrogen	float	0	1	✔	❌
RatioPollutant	float	0	1	✔	❌
RatioVolatiles	float	0	1	✔	❌
RatioWater	float	0	1	✔	❌
On	bool	0	1	✔	✔
RequiredPower	int	-1	50	✔	❌
ClearMemory	bool	0		❌	✔
ExportCount	int	0		✔	❌
ImportCount	int	0		✔	❌
TotalMoles	float	0		✔	❌
RatioNitrousOxide	float	0	1	✔	❌
PrefabHash	int	1238905683	1238905683	✔	❌
Combustion	bool	0	1	✔	❌
PressureInput	float	0		✔	❌
TemperatureInput	float	0		✔	❌
RatioOxygenInput	float	0	1	✔	❌
RatioCarbonDioxideInput	float	0	1	✔	❌
RatioNitrogenInput	float	0	1	✔	❌
RatioPollutantInput	float	0	1	✔	❌
RatioVolatilesInput	float	0	1	✔	❌
RatioWaterInput	float	0	1	✔	❌
RatioNitrousOxideInput	float	0	1	✔	❌
TotalMolesInput	float	0		✔	❌
TemperatureOutput	float	0		✔	❌
RatioOxygenOutput	float	0	1	✔	❌
RatioCarbonDioxideOutput	float	0	1	✔	❌
RatioNitrogenOutput	float	0	1	✔	❌
RatioPollutantOutput	float	0	1	✔	❌
RatioVolatilesOutput	float	0	1	✔	❌
RatioWaterOutput	float	0	1	✔	❌
RatioNitrousOxideOutput	float	0	1	✔	❌
TotalMolesOutput	float	0		✔	❌
CombustionInput	bool	0	1	✔	❌
CombustionOutput	bool	0	1	✔	❌
CombustionLimiter	int	0	100	✔	✔
Throttle	int	0	100	✔	✔
Rpm	float	0		✔	❌
Stress	float	0	100	✔	❌
ReferenceId	int			✔	❌

Slot	Name	Class	Icon	_______	Slot	Name	Class	Icon
0	Import	None			1	Export	None
2	Programmable Chip	Programmable Chip

Logic Slots	Type	Min	Max	Read	Write	Slots	Device Specific Behaviours
Occupied	bool	0	1	✔	❌	0,1,2
OccupantHash	int			✔	❌	0,1,2
Quantity		0		✔	❌	0,1,2
Damage	float	0	1	✔	❌	0,1,2
Class ?	int	0	34	✔	❌	0,1,2
MaxQuantity		0		✔	❌	0,1,2
PrefabHash	int			✔	❌	0,1,2
SortingClass ?	int	0	7	✔	❌	0,1,2

Connections	Port	Description
Chute Input	0
Chute Output	1
Data	2
Power	3
Pipe Input	4	Fuel input port.
Pipe Output	5	Exhaust port.

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