Difference between revisions of "Template:Stats Table BG Hinges"
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{| class="wikitable sortable" | {| class="wikitable sortable" | ||
− | {{Stats Table Header|| | + | {{Stats Table Header|r||}} |
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<ref group="{{dict|Note}}" name="conf">{{lang | <ref group="{{dict|Note}}" name="conf">{{lang | ||
− | |en=The hinges can be configured to have a reduced torque, in which case their mass and cost are reduced linearly down to the | + | |en=The hinges can be configured to have a reduced torque, in which case their mass and cost are reduced linearly down to the minimum values (given in parentheses). The max. electricity consumption is reduced linearly down to zero. |
− | |de=Die Scharniere können so konfiguriert werden, dass sie ein reduziertes Drehmoment haben, wobei ihre Masse und Kosten linear bis auf die | + | |de=Die Scharniere können so konfiguriert werden, dass sie ein reduziertes Drehmoment haben, wobei ihre Masse und Kosten linear bis auf die Mindestwerte (in Klammern angegeben) reduziert werden. Der Stromverbrauch wird linear bis auf null reduziert. |
|es=Las bisagras se pueden configurar para tener un par reducido, en cuyo caso su masa y costo se reducen linealmente hasta los valores mínimos (dados entre paréntesis). El consumo eléctrico máximo se reduce linealmente hasta cero. | |es=Las bisagras se pueden configurar para tener un par reducido, en cuyo caso su masa y costo se reducen linealmente hasta los valores mínimos (dados entre paréntesis). El consumo eléctrico máximo se reduce linealmente hasta cero. | ||
|fr=Les charnières peuvent être configurées pour avoir un couple réduit, auquel cas leur masse et leur coût sont réduits linéairement jusqu'aux valeurs minimales (données entre parenthèses). La consommation maximale d'électricité est réduite linéairement jusqu'à zéro. | |fr=Les charnières peuvent être configurées pour avoir un couple réduit, auquel cas leur masse et leur coût sont réduits linéairement jusqu'aux valeurs minimales (données entre parenthèses). La consommation maximale d'électricité est réduite linéairement jusqu'à zéro. | ||
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! {{Dict/header|Max. Temp}} | ! {{Dict/header|Max. Temp}} | ||
! {{Dict/header|Tolerance}} | ! {{Dict/header|Tolerance}} | ||
+ | |||
+ | ! {{lang | ||
+ | |en=Attachment node size | ||
+ | |de=Montageknotengröße | ||
+ | |es=tamaño del nodo adjunto | ||
+ | |fr=Taille du nœud d'attachement | ||
+ | |ru=Размер узла вложения | ||
+ | }} | ||
! {{lang | ! {{lang | ||
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| {{Formatnum/SortCell|50}} | | {{Formatnum/SortCell|50}} | ||
| {{Formatnum/SortCell|1.3|1}} | | {{Formatnum/SortCell|1.3|1}} | ||
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| {{Formatnum/SortCell|5.3|1}} | | {{Formatnum/SortCell|5.3|1}} | ||
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| {{Formatnum/SortCell|2000}} | | {{Formatnum/SortCell|2000}} | ||
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| {{Formatnum/SortCell|21.3|1}} | | {{Formatnum/SortCell|21.3|1}} | ||
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| {{Formatnum/SortCell|2000}} | | {{Formatnum/SortCell|2000}} | ||
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| {{Formatnum/SortCell|32.0|1}} | | {{Formatnum/SortCell|32.0|1}} |
Latest revision as of 18:09, 19 October 2022
Image | Part | Radial size | Cost () |
Mass (t) |
Max. Temp. (K) |
Tolerance (m/s) |
Attachment node size | Max. Torque (kN) |
Electricity (⚡/s) |
---|---|---|---|---|---|---|---|---|---|
G-00 Hinge | Tiny, Radial mounted | 100 (50) |
0.02 (0.01) |
2 000 | 12 | Tiny | 50 | 1.3 | |
G-11 Hinge | Tiny, Radial mounted | 270 (120) |
0.14 (0.08) |
2 000 | 12 | Small | 200 | 5.3 | |
G-01L Alligator Hinge | Small, Radial mounted | 270 (120) |
0.14 (0.08) |
2 000 | 12 | Tiny | 200 | 5.3 | |
G-12L Alligator Hinge | Large, Radial mounted | 760 (360) |
0.52 (0.20) |
2 000 | 12 | Small | 800 | 21.3 | |
G-32W Hinge | Large, Radial mounted | 1 080 (480) |
0.88 (0.40) |
2 000 | 12 | Small | 1 200 | 32.0 |
- ↑ 1.0 1.1 1.2 The hinges can be configured to have a reduced torque, in which case their mass and cost are reduced linearly down to the minimum values (given in parentheses). The max. electricity consumption is reduced linearly down to zero.
- ↑ These values are shown in the game as "kN", but the physically correct unit should be "kn * m". It is unknown whether this is just a misspelling or whether the actual values are wrong.