Difference between revisions of "Rotor"
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| − | Note: What is actually built is the Stator. The rotor needs to be built separately after the stator is completed. | + | *Note: What is actually built is the Stator. The rotor needs to be built separately after the stator is completed. |
| + | *Note: rotor is named motor in the youtube videos. | ||
{{#ev:youtube|BuPrara_gis|300|right|Space Engineers - 64-bit version, large and small Rotor}} | {{#ev:youtube|BuPrara_gis|300|right|Space Engineers - 64-bit version, large and small Rotor}} | ||
{{#ev:youtube|cgwtc0NvV3g|300|right|Space Engineers - Advanced Rotor Settings}} | {{#ev:youtube|cgwtc0NvV3g|300|right|Space Engineers - Advanced Rotor Settings}} | ||
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The Rotor is a powered block that has ability to rotate one of its sides. | The Rotor is a powered block that has ability to rotate one of its sides. | ||
== Controls == | == Controls == | ||
Revision as of 20:18, 29 May 2014
Large Ship / Station
RotorComponents
Required
Mass (kg):
0
Integrity:
0
Build time (seconds):
20
Active power consumption (MW):
0.002
Small Ship
RotorComponents
Required
Mass (kg):
0
Integrity:
0
Build time (seconds):
10
Active power consumption (MW):
0.0002
This article is a
- Note: What is actually built is the Stator. The rotor needs to be built separately after the stator is completed.
- Note: rotor is named motor in the youtube videos.
The Rotor is a powered block that has ability to rotate one of its sides.
Controls
A rotor may be configured with the following options:
File:Motor-controls.jpg
Motor cotrols interface
| Title | Upper limit | Lower limit | Description |
|---|---|---|---|
| Torque | 0 Nm | 33.6 MNm | Strength of the rotor, how fast it will accelerate; applied when the rotor is turned on |
| Braking torque | 0 Nm | 33.6 MNm | Braking strength of the rotor, how fast it will stop; applied when the rotor is turned off |
| Velocity | -30 rpm | 30 rpm | Target velocity of the rotor; rotor will accelerate until target velocity is reached |
| Lower limit | unlimited | 360° | Lower angular limit |
| Upper limit | -360° | unlimited | Upper angular limit |
These settings can be used in order to create different functions with the rotors such as building gates.
