Gas Vents - Niilo007/Stationeers-Research GitHub Wiki

Gas Vents

Kit (Active Vent)

When constructed, this kit places an Active Vent on any support structure.

Kit (Active Vent)
____________ General ____________ ____________ ____________
Paintable ✔
Prefab Hash -842048328
Prefab Name ItemActiveVent
______________ Item ______________ ____________ ____________
Stack Size 5
Class None 0
SortingClass Kits 1
____________ Durability ____________ ____________ ____________
Flashpoint Temperature 1200℃
Autoignition Temperature 8000℃
Made In Hydraulic Pipe Bender T1 Hydraulic Pipe Bender T2
alt text alt text
Time
Energy 500
Iron Fe 5g 5g
Gold Au 1g 1g
Copper Cu 5g 5g

Structure (Active Vent)

The active vent is a powered device for maintaining gas pressure by pumping gas into (or out of) a pipe network. The vent has two modes: 'Outward' sets it to pump gas into a space until pressure is reached; 'Inward' sets it to pump gas out until pressure is reached. The pressure parameter can be set on a connected Console. Default pressure is 101kPa for Outward; 0kPa for Inward ...

Active Vent AV
alt text
____________ General ____________ ______________ ______________
Paintable ✔
Prefab Hash -1129453144
Prefab Name StructureActiveVent
____________ Durability ____________ ______________ ______________
Flashpoint Temperature 100℃
Autoignition Temperature 300℃
_________ Construction _________ ______________ ______________
Placement Cost Kit (Active Vent) 1
............................................................. ......................... .........................
Deconstruction Tool Hand Drill
____________ Power ____________ ____ Min ____ ____ Max ____
Power Use 100W 100W
Heat Generation 20W 20W
Placement Dimensions
Snapping Small Grid Length 1
Rotation Any Height 1
Required Support Wall Width 1
Device Logic Variables Type Min Max Read Write Device Specific Behaviours
Power bool 0 1 ✔ ❌
Open bool 0 1 ✔ ❌ Unknown
Mode bool 0 1 ✔ ✔ Outward / Inward
Error bool 0 1 ✔ ❌
PressureExternal float 0 ✔ ✔ Max/min pressure in the room
PressureInternal float 0 ✔ ✔ Max/min pressure in the pipe
Lock bool 0 1 ✔ ✔
Setting int 0 100 ✔ ✔
Maximum int 100 100 ✔ ❌
Ratio float 0 1 ✔ ❌
On bool 0 1 ✔ ✔
RequiredPower int -1 100 ✔ ❌
PrefabHash int -1129453144 -1129453144 ✔ ❌
Mode Name Description
0 Outward Push gas from the pipe into the world atmosphere if pipe pressure is above PressureInternal. until external pressure reaches PressureExternal.
1 Inward Pull gas from the world atmosphere into the pipe, until external pressure reaches PressureExternal or pipe pressure reaches PressureInternal.
Slot Name Class Icon
0 DataDiskSlot Data Disk
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
Power And Data 0
Pipe 1

Kit (Passive Vent)

This kit creates a Passive Vent among other variants.

Passive Vent
____________ General ____________ ____________ ____________
Paintable ✔
Prefab Hash 238631271
Prefab Name ItemPassiveVent
______________ Item ______________ ____________ ____________
Stack Size 5
Class None 0
SortingClass Kits 1
____________ Durability ____________ ____________ ____________
Flashpoint Temperature 700℃
Autoignition Temperature 1200℃
Made In Hydraulic Pipe Bender T1 Hydraulic Pipe Bender T2
alt text alt text
Time
Energy 500
Iron Fe 3g 3g

Structure (Passive Vent)

Passive vents allow gases to move into and out of pipe networks, which are closed systems unless connected to a device or structure. Passive vents are not powered, merely an aperture, essentially turning an enclosed space into part of the pipe network.

Passive Vent PV
alt text
____________ General ____________ ______________ ______________
Paintable ✔
Prefab Hash 335498166
Prefab Name StructurePassiveVent
____________ Durability ____________ ______________ ______________
Flashpoint Temperature NA
Autoignition Temperature NA
_________ Construction _________ ______________ ______________
Placement Cost Kit (Passive Vent) 1
............................................................. ......................... .........................
Deconstruction Tool Wrench
____________ Internal ____________ ____________ ______________
Volume 100 l
Max Pressure 60,800 kPa
Convection 0.011
Radiation 0.001
Placement Dimensions
Snapping Small Grid Length 1
Rotation Any Height 1
Required Support Wall Width 1
Connections Port Description
Pipe 0

Structure (Wall Vent)

Used to mix atmospheres passively between two walls.

Wall Vent
____________ General ____________ ______________ ______________
Paintable ✔
Prefab Hash -1177469307
Prefab Name StructureWallVent
____________ Durability ____________ ______________ ______________
Flashpoint Temperature 100℃
Autoignition Temperature 300℃
_________ Construction _________ ______________ ______________
Placement Cost Kit (Passive Vent) 1
............................................................. ......................... .........................
Deconstruction Tool Wrench
Placement Dimensions
Snapping Small Grid Length 1
Rotation Any Height 1
Required Support Wall Width 1

Kit (Pipe Cowl)

This creates a Pipe Cowl that can be placed on the end of pipes to expose them to the world atmospheres.

Kit (Pipe Cowl)
____________ General ____________ ____________ ____________
Paintable ✔
Prefab Hash -38898376
Prefab Name ItemPipeCowl
______________ Item ______________ ____________ ____________
Stack Size 20
Class None 0
SortingClass Kits 1
____________ Durability ____________ ____________ ____________
Flashpoint Temperature 700℃
Autoignition Temperature 1200℃
Made In Hydraulic Pipe Bender T1 Hydraulic Pipe Bender T2
alt text alt text
Time
Energy
Iron Fe 3g 3g

Structure (Pipe Cowl)

Pipe Cowl
____________ General ____________ ______________ ______________
Paintable ✔
Prefab Hash 465816159
Prefab Name StructurePipeCowl
____________ Durability ____________ ______________ ______________
Flashpoint Temperature NA
Autoignition Temperature NA
_________ Construction _________ ______________ ______________
Placement Cost Kit (Pipe Cowl) 1
............................................................. ......................... .........................
Deconstruction Tool Wrench
____________ Internal ____________ ____________ ______________
Volume 10 l
Max Pressure 60,795 kPa
Convection 0.003
Placement Dimensions
Snapping Small Grid Length 1
Rotation Any Height 1
Required Support None Width 1
Connections Port Description
Pipe 0

Kit (Powered Vent)

Kit (Powered Vent)
____________ General ____________ ____________ ____________
Paintable ✔
Prefab Hash 2015439334
Prefab Name ItemKitPoweredVent
______________ Item ______________ ____________ ____________
Stack Size 5
Class None 0
SortingClass Kits 1
____________ Durability ____________ ____________ ____________
Flashpoint Temperature NA
Autoignition Temperature NA
Made In Hydraulic Pipe Bender T2
alt text
Time
Energy 1000
Steel 5g
Electrum 5g
Invar 2g

Structure (Powered Vent)

Great for moving large quantities of air into a pipe network. Its primary purpose is for the creation of multi-grid airlocks. It can effeciently pull a vacuum on a small to medium sized room.

Powered Vent AVM
alt text
____________ General ____________ ______________ ______________
Paintable ✔
Prefab Hash 938836756
Prefab Name StructurePoweredVent
____________ Durability ____________ ______________ ______________
Flashpoint Temperature NA
Autoignition Temperature NA
_________ Construction _________ ______________ ______________
Placement Cost Kit (Powered Vent) 1
............................................................. ......................... .........................
Deconstruction Tool Hand Drill
Upgrade Tool Screwdriver
............................................................. ......................... .........................
Deconstruction Tool Wrench
Upgrade Tool Welding Torch
Upgrade Cost Plastic Sheets 2
............................................................. ......................... .........................
Deconstruction Tool Angle Grinder
____________ Power ____________ ____ Min ____ ____ Max ____
Power Use 250W 250W
Heat Generation
Placement Dimensions
Snapping Small Grid Length 1
Rotation Any Height 2
Required Support Wall Width 2
Device Logic Variables Type Min Max Read Write Device Specific Behaviours
Power bool 0 1 ✔ ❌
Mode bool 0 1 ✔ ✔ Outward / Inward
Error bool 0 1 ✔ ❌
PressureExternal float 0 ✔ ✔ Max/min pressure in the room
Lock bool 0 1 ✔ ✔
On bool 0 1 ✔ ✔
RequiredPower int -1 250 ✔ ❌
PrefabHash int 938836756 938836756 ✔ ❌
Mode Name Description
0 Outward Push gas from the pipe into the world atmosphere, until external pressure reaches PressureExternal.
1 Inward Pull gas from the world atmosphere into the pipe, until external pressure reaches PressureExternal.
Connections Port Description
Data 0
Pipe Output 1
Power 2

Structure (Powered Vent Large)

For building large scale airlock systems and pressurised hangers, a bigger and bolder version of the Powered Vent that can effeciently pull a vacuum in large room.

Powered Vent Large AVL
alt text
____________ General ____________ ______________ ______________
Paintable ✔
Prefab Hash -785498334
Prefab Name StructurePoweredVentLarge
____________ Durability ____________ ______________ ______________
Flashpoint Temperature NA
Autoignition Temperature NA
_________ Construction _________ ______________ ______________
Placement Cost Kit (Powered Vent) 2
............................................................. ......................... .........................
Deconstruction Tool Hand Drill
Upgrade Tool Screwdriver
............................................................. ......................... .........................
Deconstruction Tool Wrench
Upgrade Tool Welding Torch
Upgrade Cost Plastic Sheets 2
............................................................. ......................... .........................
Deconstruction Tool Angle Grinder
____________ Power ____________ ____ Min ____ ____ Max ____
Power Use 500W 500W
Heat Generation
Placement Dimensions
Snapping Small Grid Length 1
Rotation Any Height 3
Required Support Wall Width 3
Device Logic Variables Type Min Max Read Write Device Specific Behaviours
Power bool 0 1 ✔ ❌
Mode bool 0 1 ✔ ✔ Outward / Inward
Error bool 0 1 ✔ ❌
PressureExternal float 0 ✔ ✔ Max/min pressure in the room
Lock bool 0 1 ✔ ✔
On bool 0 1 ✔ ✔
RequiredPower int -1 500 ✔ ❌
PrefabHash int -785498334 -785498334 ✔ ❌
Mode Name Description
0 Outward Push gas from the pipe into the world atmosphere, until external pressure reaches PressureExternal.
1 Inward Pull gas from the world atmosphere into the pipe, until external pressure reaches PressureExternal.
Connections Port Description
Data 0
Pipe Output 1
Power 2
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