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    • Portable Air Scrubber
  • Kit (Portable Air Conditioner)
    • Portable Air Conditioner
• Kit (Atmospherics)
  • Structure (Air Conditioner)
  • Structure (Filtration)
  • Structure (Electrolyzer)
  • Structure (H2 Combustor)
  • Structure (Nitrolyzer)

---

This kit produces a Air Conditioner, Electrolyzer, Filtration, Nitrolyzer or H2Combustor.

Kit (Atmospherics)
____________ General ____________	____________	____________
Paintable	❌
Nameable	❌
Prefab Hash	1222286371
Prefab Name	ItemKitAtmospherics
______________ Item ______________	____________	____________
Stack Size	1
Class	None	0
SortingClass	Kits	1
____________ Durability ____________	____________	____________
Flashpoint Temperature	100℃
Autoignition Temperature	300℃

Made In	Hydraulic Pipe Bender T1	Hydraulic Pipe Bender T2
Time
Energy
Iron Fe	10g	10g
Gold Au	5g	5g
Copper Cu	20g	20g

---

Built using the {THING:ItemKitAtmospherics}, the {LINK:ExMin;ExMin-designed} air conditioner is used to raise or lower input gas temperature.

The unit has three pipe connections: input, output, and waste. Gas fed into the input will be heated or cooled to reach the target temperature, while the opposite will happen to gas on the waste network.

Multiple Efficiency Multipliers can effect the amount of energy the Air Conditioner uses, and these can be view on the unit's green Information Panel. As the temperature difference between input and waste increases, the Temperature Differential Efficiency Multiplier will decrease. If input or waste temperature is extremely hot or cold, the Operational Temperature Efficiency will decrease. If the input or waste pipe has approach low pressures, the Pressure Efficiency will decrease.

{THING:StructurePipeRadiator}s may be useful in bringing extreme pipe temperatures back towards normal world temperatures.

For more information on using the air conditioner, consult the {LINK:TemperatureControlPage;temperature control} Guides page.

• Starts losing efficiency when outside its optimal temperature range. (-50℃ to +100℃)

  
  
• Loses efficiency rapidly when the temperature differential between input and waste grows.

  
  
• Needs at least 100 kPa of pressure at the input and waste connection to operate efficiently.

  
  

Air Conditioner
____________ General ____________	____________	____________
Paintable	✔
Nameable	✔
Prefab Hash	-2087593337
Prefab Name	StructureAirConditioner
____________ Durability ____________	____________	____________
Flashpoint Temperature	NA
Autoignition Temperature	NA
_________ Construction _________	______________	______________
Placement Cost	Kit (Atmospherics)	1
.............................................................	.........................	.........................
Deconstruction Tool	Hand Drill
____________ Internal ____________	____________	____________
Volume	100 l
Max Pressure
Convection	0.52
Radiation	0.52
____________ Power ____________	____ Min ____	____ Max ____
Power Use	10W	355W
Heat Generation	0W	-8000W

Placement			Dimensions
Snapping	Small Grid		Length	1
Rotation	Horizontal Only		Height	3
Required Support	Frame		Width	2

Device Logic Variables	Type	Min	Max	Read	Write	Device Specific Behaviours
Power	bool	0	1	✔	❌
Open	bool	0	1	✔	✔	State of IC slot cover
Mode	bool	0	1	✔	✔	Idle / Active
Error	bool	0	1	✔	❌
Lock	bool	0	1	✔	✔
Setting	float	3.15	1272.15	✔	✔	Target temperature
Maximum	int	1272.15	1272.15	✔	❌
Ratio	float	0	1	✔	❌
On	bool	0	1	✔	✔
RequiredPower	int	0	10	✔	❌
PrefabHash	int	-2087593337	-2087593337	✔	❌
Pressure___	float	0		✔	❌
Temperature___	float	0		✔	❌
RatioOxygen___	float	0	1	✔	❌
RatioCarbonDioxide___	float	0	1	✔	❌
RatioNitrogen___	float	0	1	✔	❌
RatioPollutant___	float	0	1	✔	❌
RatioVolatiles___	float	0	1	✔	❌
RatioWater___	float	0	1	✔	❌
RatioNitrousOxide___	float	0	1	✔	❌
TotalMoles___	float	0		✔	❌
Combustion___	bool	0	1	✔	❌
OperationalTemperatureEfficiency	float	0	1	✔	❌
TemperatureDifferentialEfficiency	float	0	1	✔	❌
PressureEfficiency	float	0	1	✔	❌
ReferenceId	int			✔	❌

Mode	Name	Description
0	Idle
1	Active

Slot	Name	Class	Icon
0	Programmable Chip	Programmable Chip

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
Data	0
Pipe Input	1
Pipe Output	2
Pipe Waste	3
Power	4

---

The Filtration Unit is based on a long-standing {LINK:ExMin;ExMin} system, itself based on older designs of uncertain provenance. It is available in the {THING:ItemKitAtmospherics}.

The device has nonetheless proven indispensable for {LINK:Stationeers;Stationeer} atmospheric systems, as it can filter two {LINK:GasPage;gases} simultaneously from a single pipe network using a dual filter array. The unit has an input, and a filter output as well as an unfiltered outlet for any residual gases.

• Filtration speed depends on the pressure differential between the input and output connections.

  
  
  Filtration Speed
  Moles / Tick = ((max(Input_Pressure - max(Output_Pressure, Output_2_Pressure), 0) * (20265 - 101.325) / 60795 + 100) * 10 / (Input_Temperature * Ideal_Gas_Constant)

Filtration
____________ General ____________	_________________	____________
Paintable	✔
Nameable	✔
Prefab Hash	-348054045
Prefab Name	StructureFiltration
____________ Durability ____________	_________________	____________
Flashpoint Temperature	NA
Autoignition Temperature	NA
_________ Construction _________	______________	______________
Placement Cost	Kit (Atmospherics)	1
.............................................................	.........................	.........................
Deconstruction Tool	Hand Drill
____________ Power ____________	____ Min ____	____ Max ____
Power Use	10W	110W
Heat Generation	0W	0W

Placement			Dimensions
Snapping	Small Grid		Length	1
Rotation	Horizontal Only		Height	3
Required Support	Frame		Width	2

Device Logic Variables	Type	Min	Max	Read	Write	Device Specific Behaviours
Power	bool	0	1	✔	❌
Open	bool	0	1	✔	✔	State of IC slot cover
Mode	bool	0	1	✔	✔	Idle / Active
Error	bool	0	1	✔	❌
Lock	bool	0	1	✔	✔
Setting	int	0	100	✔	✔
Maximum	int	100	100	✔	❌
Ratio	float	0	1	✔	❌
On	bool	0	1	✔	✔
RequiredPower	int	-1		✔	❌
PrefabHash	int	-348054045	-348054045	✔	❌
Pressure___	float	0		✔	❌
Temperature___	float	0		✔	❌
RatioOxygen___	float	0	1	✔	❌
RatioCarbonDioxide___	float	0	1	✔	❌
RatioNitrogen___	float	0	1	✔	❌
RatioPollutant___	float	0	1	✔	❌
RatioVolatiles___	float	0	1	✔	❌
RatioWater___	float	0	1	✔	❌
RatioNitrousOxide___	float	0	1	✔	❌
TotalMoles___	float	0		✔	❌
Combustion___	bool	0	1	✔	❌
ReferenceId	int			✔	❌

Mode	Name	Description
0	Idle
1	Active

Slot	Name	Class	Icon	_______	Slot	Name	Class	Icon
0	Gas Filter	Filter			1	Gas Filter	Filter
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
FilterType	int			✔	❌	0,1

Connections
Data	0
Pipe Input	1
Pipe Output	2
Pipe Waste	3
Power	4

---

The Norsec-designed Electrolyzer splits Water into hydrogen and Oxygen. Employing unknown proprietary technology, the device uses water's latent heat as the energy to drive the electrosis process. If there is a downside to this near-miraculous fission, it's that the device is limited by the quantity of power available, which is used to maintain the temperature output. In other words, the machine works best with hot gas.

Electrolyzer
____________ General ____________	_________________	____________
Paintable	✔
Nameable	✔
Prefab Hash	-1668992663
Prefab Name	StructureElectrolyzer
____________ Durability ____________	_________________	____________
Flashpoint Temperature	NA
Autoignition Temperature	NA
_________ Construction _________	______________	______________
Placement Cost	Kit (Atmospherics)	1
.............................................................	.........................	.........................
Deconstruction Tool	Hand Drill
____________ Internal ____________	____________	____________
Volume	1000 l
Max Pressure
Convection	0.525
Radiation	0.525
____________ Power ____________	____ Min ____	____ Max ____
Power Use
Heat Generation

Placement			Dimensions
Snapping	Small Grid		Length	1
Rotation	Horizontal Only		Height	3
Required Support	Frame		Width	2

Device Logic Variables	Type	Min	Max	Read	Write	Device Specific Behaviours
Power	bool	0	1	✔	❌
Open	bool	0	1	✔	✔	State of IC slot cover
Mode	bool	0	1	✔	✔	Idle / Active
Error	bool	0	1	✔	❌
Pressure	float	0		✔	❌
Temperature	float	0		✔	❌
Activate	bool	0	1	✔	✔
Lock	bool	0	1	✔	✔
Setting	int	0	100	✔	✔
RatioOxygen	float	0	1	✔	❌
RatioCarbonDioxide	float	0	1	✔	❌
RatioNitrogen	float	0	1	✔	❌
RatioPollutant	float	0	1	✔	❌
RatioVolatiles	float	0	1	✔	❌
RatioWater	float	0	1	✔	❌
Maximum	int	100	100	✔	❌
Ratio	float	0	1	✔	❌
On	bool	0	1	✔	✔
RequiredPower	int	0	10	✔	❌
TotalMoles	float	0		✔	❌
RatioNitrousOxide	float	0	1	✔	❌
PrefabHash	int	-1668992663	-1668992663	✔	❌
Combustion	bool	0	1	✔	❌
Pressure___	float	0		✔	❌
Temperature___	float	0		✔	❌
RatioOxygen___	float	0	1	✔	❌
RatioCarbonDioxide___	float	0	1	✔	❌
RatioNitrogen___	float	0	1	✔	❌
RatioPollutant___	float	0	1	✔	❌
RatioVolatiles___	float	0	1	✔	❌
RatioWater___	float	0	1	✔	❌
RatioNitrousOxide___	float	0	1	✔	❌
TotalMoles___	float	0		✔	❌
Combustion___	bool	0	1	✔	❌
ReferenceId	int			✔	❌

Mode	Name	Description
0	Idle
1	Active

Slot	Name	Class	Icon
0	Programmable Chip	Programmable Chip

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
Data	0
PipeLiquid Input	1
Pipe Output	2
Power	3

---

Adapted slightly from its original Recurso design, the Volatiles Combustor does exactly what its name suggests - it burns a mixture of volatiles and Oxygen to create water. Extremely useful in hot or arid environments, users need to be aware that the combustor outputs considerable waste heat. The device is also less than perfectly efficient, resulting in the autoignition of volatiles in the chamber, and the production of waste gases which must be dealt with.

H2 Combustor
____________ General ____________	_________________	____________
Paintable	✔
Nameable	✔
Prefab Hash	1840108251
Prefab Name	H2Combustor
____________ Durability ____________	_________________	____________
Flashpoint Temperature	NA
Autoignition Temperature	NA
_________ Construction _________	______________	______________
Placement Cost	Kit (Atmospherics)	1
.............................................................	.........................	.........................
Deconstruction Tool	Hand Drill
____________ Internal ____________	____________	____________
Volume	100 l
Max Pressure
Convection	0.505
Radiation	0.505
____________ Power ____________	____ Min ____	____ Max ____
Power Use	10W	10W
Heat Generation

Placement			Dimensions
Snapping	Small Grid		Length	1
Rotation	Horizontal Only		Height	3
Required Support	Frame		Width	2

Device Logic Variables	Type	Min	Max	Read	Write	Device Specific Behaviours
Power	bool	0	1	✔	❌
Open	bool	0	1	✔	✔	State of IC slot cover
Mode	bool	0	1	✔	✔	Idle / Active
Error	bool	0	1	✔	❌
Pressure	float	0		✔	❌
Temperature	float	0		✔	❌
Activate	bool	0	1	✔	✔
Lock	bool	0	1	✔	✔
Setting	int	0	100	✔	✔
RatioOxygen	float	0	1	✔	❌
RatioCarbonDioxide	float	0	1	✔	❌
RatioNitrogen	float	0	1	✔	❌
RatioPollutant	float	0	1	✔	❌
RatioVolatiles	float	0	1	✔	❌
RatioWater	float	0	1	✔	❌
Maximum	int	100	100	✔	❌
Ratio	float	0	1	✔	❌
On	bool	0	1	✔	✔
RequiredPower	int	0	10	✔	❌
TotalMoles	float	0		✔	❌
RatioNitrousOxide	float	0	1	✔	❌
PrefabHash	int	1840108251	1840108251	✔	❌
Combustion	bool	0	1	✔	❌
Pressure___	float	0		✔	❌
Temperature___	float	0		✔	❌
RatioOxygen___	float	0	1	✔	❌
RatioCarbonDioxide___	float	0	1	✔	❌
RatioNitrogen___	float	0	1	✔	❌
RatioPollutant___	float	0	1	✔	❌
RatioVolatiles___	float	0	1	✔	❌
RatioWater___	float	0	1	✔	❌
RatioNitrousOxide___	float	0	1	✔	❌
TotalMoles___	float	0		✔	❌
Combustion___	bool	0	1	✔	❌
ReferenceId	int			✔	❌

Mode	Name	Description
0	Idle
1	Active

Slot	Name	Class	Icon
0	Programmable Chip	Programmable Chip

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
Data	0
Pipe Input	1
Pipe Output	2
Power	3

---

This device is used to create Nitrous Oxide from Oxygen, Nitrogen, and a large amount of energy. The process does not completely transform all the available gas at once, so the output is a mix of all three gasses, which may need further processing. More NOS will be created, if the gas inside the machine is close to a 1/1 ratio of Oxygen to Nitrogen. The second gas input line in optional, and not required if the gas is pre mixed.

Nitrolyzer
____________ General ____________	_________________	____________
Paintable	✔
Nameable	✔
Prefab Hash	1898243702
Prefab Name	StructureNitrolyzer
____________ Durability ____________	_________________	____________
Flashpoint Temperature	NA
Autoignition Temperature	NA
_________ Construction _________	______________	______________
Placement Cost	Kit (Atmospherics)	1
.............................................................	.........................	.........................
Deconstruction Tool	Hand Drill
____________ Internal ____________	____________	____________
Volume	10 l
Max Pressure
Convection	0.728
Radiation	0.728
____________ Power ____________	____ Min ____	____ Max ____
Power Use
Heat Generation

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

Device Logic Variables	Type	Min	Max	Read	Write	Device Specific Behaviours
Power	bool	0	1	✔	❌
Open	bool	0	1	✔	✔	State of IC slot cover
Mode	bool	0	1	✔	✔	Idle / Active
Error	bool	0	1	✔	❌
Pressure	float	0		✔	❌
Temperature	float	0		✔	❌
Activate	bool	0	1	✔	✔
Lock	bool	0	1	✔	✔
Setting	int	0	100	✔	✔
RatioOxygen	float	0	1	✔	❌
RatioCarbonDioxide	float	0	1	✔	❌
RatioNitrogen	float	0	1	✔	❌
RatioPollutant	float	0	1	✔	❌
RatioVolatiles	float	0	1	✔	❌
RatioWater	float	0	1	✔	❌
Maximum	int	100	100	✔	❌
Ratio	float	0	1	✔	❌
On	bool	0	1	✔	✔
RequiredPower	int	0	10	✔	❌
TotalMoles	float	0		✔	❌
RatioNitrousOxide	float	0	1	✔	❌
PrefabHash	int	1898243702	1898243702	✔	❌
Combustion	bool	0	1	✔	❌
Pressure___	float	0		✔	❌
Temperature___	float	0		✔	❌
RatioOxygen___	float	0	1	✔	❌
RatioCarbonDioxide___	float	0	1	✔	❌
RatioNitrogen___	float	0	1	✔	❌
RatioPollutant___	float	0	1	✔	❌
RatioVolatiles___	float	0	1	✔	❌
RatioWater___	float	0	1	✔	❌
RatioNitrousOxide___	float	0	1	✔	❌
TotalMoles___	float	0		✔	❌
Combustion___	bool	0	1	✔	❌
ReferenceId	int			✔	❌

Mode	Name	Description
0	Idle
1	Active

Slot	Name	Class	Icon
0	Programmable Chip	Programmable Chip

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
Data	0
Pipe Input	1
Pipe Input2	2
Pipe Output	3
Power	4

---