Transformers - Niilo007/Stationeers-Research GitHub Wiki

Transformers

Transformers are used to limit power to protect cables.

Kit (Transformer)

Kit (Transformer)
____________ General ____________ ____________ ____________
Paintable ✔
Nameable ❌
Prefab Hash 665194284
Prefab Name ItemKitTransformerSmall
______________ Item ______________ ____________ ____________
Stack Size 5
Class None 0
SortingClass Kits 1
____________ Durability ____________ ____________ ____________
Flashpoint Temperature 100℃
Autoignition Temperature 300℃
Made In Electronics Printer T1 Electronics Printer T2
alt text alt text
Time
Energy 500
Iron Fe 10g 10g
Gold Au 1g 1g
Copper Cu 3g 3g

Structure (Transformer (Small))

Transformers control the maximum power that will flow down a cable subnetwork, to prevent overloading electrical systems. Output on small transformers can be set from 0 to 5000W.

Note that transformers operate as data isolators, preventing data flowing into any network beyond it.

Transformer (Small) TrS
alt text
____________ General ____________ ______________ ______________
Paintable ✔
Nameable ✔
Prefab Hash -890946730
Prefab Name StructureTransformerSmall
____________ Durability ____________ ______________ ______________
Flashpoint Temperature NA
Autoignition Temperature NA
_________ Construction _________ ______________ ______________
Placement Cost Kit (Transformer) 1
............................................................. ......................... .........................
Deconstruction Tool Hand Drill
____________ Power ____________ ____ Min ____ ____ Max ____
Power Use
Heat Generation
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 ✔ ❌
Error bool 0 1 ✔ ❌
Lock bool 0 1 ✔ ✔
Setting float 0 5000 ✔ ✔ Output wattage.
Maximum int 5000 5000 ✔ ❌
Ratio float 0 1 ✔ ❌
On bool 0 1 ✔ ✔
RequiredPower float 0 ✔ ❌
PrefabHash int -890946730 -890946730 ✔ ❌
ReferenceId int ✔ ❌
Connections Port Description
PowerAndData Input 0 Right side.
Power Output 1 Left side.

Structure (Transformer Reversed (Small))

Transformers control the maximum power that will flow down a cable subnetwork, to prevent overloading electrical systems. Output on small transformers can be set from 0 to 5000W.

Note that transformers operate as data isolators, preventing data flowing into any network beyond it.

Transformer Reversed (Small) TrS
alt text
____________ General ____________ ______________ ______________
Paintable ✔
Nameable ✔
Prefab Hash 1054059374
Prefab Name StructureTransformerSmallReversed
____________ Durability ____________ ______________ ______________
Flashpoint Temperature NA
Autoignition Temperature NA
_________ Construction _________ ______________ ______________
Placement Cost Kit (Transformer) 1
............................................................. ......................... .........................
Deconstruction Tool Hand Drill
____________ Power ____________ ____ Min ____ ____ Max ____
Power Use
Heat Generation
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 ✔ ❌
Error bool 0 1 ✔ ❌
Lock bool 0 1 ✔ ✔
Setting float 0 5000 ✔ ✔ Output wattage.
Maximum int 5000 5000 ✔ ❌
Ratio float 0 1 ✔ ❌
On bool 0 1 ✔ ✔
RequiredPower float 0 ✔ ❌
PrefabHash int 1054059374 1054059374 ✔ ❌
ReferenceId int ✔ ❌
Connections Port Description
Power Output 0 Right side.
PowerAndData Input 1 Left side.

Structure (Transformer (Medium))

Transformers control the maximum power that will flow down a sub-network of cables, to prevent overloading electrical systems.

Medium transformers are used in larger setups where more than 5000W is required, with output that can be set to a maximum of 25000W.

Note that transformers also operate as data isolators, preventing data flowing into any network beyond it.

Transformer (Medium) TrM
alt text
____________ General ____________ ______________ ______________
Paintable ✔
Nameable ✔
Prefab Hash -1065725831
Prefab Name StructureTransformerMedium
____________ Durability ____________ ______________ ______________
Flashpoint Temperature NA
Autoignition Temperature NA
_________ Construction _________ ______________ ______________
Placement Cost Kit (Transformer) 3
............................................................. ......................... .........................
Deconstruction Tool Hand Drill
____________ Power ____________ ____ Min ____ ____ Max ____
Power Use
Heat Generation
Placement Dimensions
Snapping Small Grid Length 1
Rotation Any Height 2
Required Support Wall Width 1
Device Logic Variables Type Min Max Read Write Device Specific Behaviours
Power bool 0 1 ✔ ❌
Error bool 0 1 ✔ ❌
Lock bool 0 1 ✔ ✔
Setting float 0 25,000 ✔ ✔ Output wattage.
Maximum int 25,000 25,000 ✔ ❌
Ratio float 0 1 ✔ ❌
On bool 0 1 ✔ ✔
RequiredPower float 0 ✔ ❌
PrefabHash int -1065725831 -1065725831 ✔ ❌
ReferenceId int ✔ ❌
Connections Port Description
Power Input 0 Left side.
PowerAndData Output 1 Right side.

Structure (Transformer Reversed (Medium))

Transformers control the maximum power that will flow down a sub-network of cables, to prevent overloading electrical systems.

Medium transformers are used in larger setups where more than 5000W is required, with output that can be set to a maximum of 25000W.

Note that transformers also operate as data isolators, preventing data flowing into any network beyond it.

Transformer Reversed (Medium) TrM
alt text
____________ General ____________ ______________ ______________
Paintable ✔
Nameable ✔
Prefab Hash 833912764
Prefab Name StructureTransformerMediumReversed
____________ Durability ____________ ______________ ______________
Flashpoint Temperature NA
Autoignition Temperature NA
_________ Construction _________ ______________ ______________
Placement Cost Kit (Transformer) 3
............................................................. ......................... .........................
Deconstruction Tool Hand Drill
____________ Power ____________ ____ Min ____ ____ Max ____
Power Use
Heat Generation
Placement Dimensions
Snapping Small Grid Length 1
Rotation Any Height 2
Required Support Wall Width 1
Device Logic Variables Type Min Max Read Write Device Specific Behaviours
Power bool 0 1 ✔ ❌
Error bool 0 1 ✔ ❌
Lock bool 0 1 ✔ ✔
Setting float 0 25,000 ✔ ✔ Output wattage.
Maximum int 25,000 25,000 ✔ ❌
Ratio float 0 1 ✔ ❌
On bool 0 1 ✔ ✔
RequiredPower float 0 ✔ ❌
PrefabHash int 833912764 833912764 ✔ ❌
ReferenceId int ✔ ❌
Connections Port Description
Power Output 0 Left side.
PowerAndData Input 1 Right side.

Kit (Transformer (Large))

Kit Transformer (Large)
____________ General ____________ ____________ ____________
Paintable ❌
Nameable ❌
Prefab Hash -453039435
Prefab Name ItemKitTransformer
______________ Item ______________ ____________ ____________
Stack Size 1
Class None 0
SortingClass Kits 1
____________ Durability ____________ ____________ ____________
Flashpoint Temperature 100℃
Autoignition Temperature 300℃
Made In Electronics Printer T1 Electronics Printer T2
alt text alt text
Time
Energy 500
Steel 10g 10g
Electrum 5g 5g

Structure (Transformer (Large))

The large Norsec transformer is a critical component of extended electrical networks, controlling the maximum power that will flow down a cable. To prevent overloading, output can be set from 0 to 50,000W.

Note that transformers operate as data isolators, preventing data flowing into any network beyond it.

Transformer (Large) Tr
alt text
____________ General ____________ ______________ ______________
Paintable ✔
Nameable ✔
Prefab Hash -1423212473
Prefab Name StructureTransformer
____________ Durability ____________ ______________ ______________
Flashpoint Temperature NA
Autoignition Temperature NA
_________ Construction _________ ______________ ______________
Placement Cost Kit (Transformer (Large)) 1
............................................................. ......................... .........................
Deconstruction Tool Hand Drill
____________ Power ____________ ____ Min ____ ____ Max ____
Power Use 0W 0W
Heat Generation 0W 2500W
Placement Dimensions
Snapping Small Grid Length 2
Rotation Horizontal Only Height 3
Required Support None Width 2
Device Logic Variables Type Min Max Read Write Device Specific Behaviours
Power bool 0 1 ✔ ❌
Error bool 0 1 ✔ ❌
Lock bool 0 1 ✔ ✔
Setting float 0 50,000 ✔ ✔ Output wattage.
Maximum int 50,000 50,000 ✔ ❌
Ratio float 0 1 ✔ ❌
On bool 0 1 ✔ ✔
RequiredPower float 0 ✔ ❌
PrefabHash int -1423212473 -1423212473 ✔ ❌
ReferenceId int ✔ ❌
Connections Port Description
Data 0
Power Input 1
Power Output 2
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