Usage
{{Infobox tram | name = | image = | caption = | manufacturer = | designer = | assembly = | constructed = | number built = | number in service= | fleet numbers = | depots = | designer = | predecessor = | successor = | articulations = | length = | width = | height = | wheelbase = | weight = | passenger capacity seats = | passenger capacity standing = | maximum speed = | acceleration = | deceleration = | doors = | lowfloor = | floor height = | power = | traction motors = | axleload = | powersupply = | collectionmethod = | electricsystem = | wheels driven = | wheel arrangement= | steep gradient = | bogies = | minimum curve = | gauge = {{RailGauge}} }}
Parameters
- manufacturer = company producing the tram
- designer = if another company designed the tram
- assembly = where the trams were produced (city, country)
- constructed = years, from x to y, the tram was constructed
- number built = number of the trams produced (ignore if table is provided)
- fleet numbers = the fleet or road numbers of the trams in service
- articulations = number of articulations the tram has
- length, width and height = length preferably without couplings (note if with), all best in mm
- weight = preferably in metric tons
- passenger capacity seats and passenger capacity standing = capacity of passengers (seats and standing)
- lowfloor = percentage of the tram being low-floor
- floor height = height above rail, if it differs minimum and maximum
- power = first of all the engines, then in brackets number of engines and power of each
- traction motors = type of traction motors
- wheels driven = percentage (x/y)
- steep gradient = at per thousand – ‰
- bogies = type of the bogies: fixed or pivoting, if pivoting, what type (i.e. jacobs bogie)
- minimum curve = minimal size of a curve the tram can pass
- gauge = rail gauge for the tram, preferably in mm or {{Rail gauge}}
Example
Škoda 15T ForCity (Prague) | |
---|---|
Skoda 15 T Škoda 15 T in Prague | |
Manufacturer | Škoda Works |
Designer | TEST |
Assembly | Plzeň, Czech Republic |
Constructed | 2009–present |
Number built | TEST |
Predecessor | Škoda Elektra 14 T |
Successor | TEST |
Specifications | |
Articulations | 3 |
Length | 31,400 mm (Prague) |
Width | 2,460 mm (Prague) |
Height | 3,600 mm |
Weight | 42 t |
Passenger capacity seats | 69 |
Passenger capacity standing | 231 |
Maximum speed | 80–100 km/h |
Doors |
6 double 1 single to driver's cabin |
Low-floor | 100% |
Floor height | 350/450 mm |
Engine power | 16 × 45 kW |
Power supply | (?) |
Electric system(s) | Overhead catenary |
Current collection method | Pantograph |
Wheels driven | 100% (16/16) |
Axle load | (?) |
Steep gradient | 85‰ |
Bogies | pivoting Jacobs |
Minimum turning radius | TEST |
Gauge | 1,435 mm |
{{Infobox tram | name = Škoda 15T ForCity<br/>(Prague) | image = [[File:Škoda_15T,_DOD_Střešovice._levá_přední_strana.jpg|250px|Skoda 15 T]] | caption = Škoda 15 T in Prague | manufacturer = [[Škoda Works]] | designer = TEST | assembly = [[Plzeň]], [[Czech Republic]] | constructed = 2009–present | number built = TEST | predecessor = [[Škoda 14 T|Škoda Elektra 14 T]] | successor = TEST | articulations = 3 | length = 31,400 mm (Prague) | width = 24,60 mm (Prague) | height = 3,600 mm | weight = 42 t | passenger capacity seats = 69 | passenger capacity standing = 231 | maximum speed = 80 – 100 km/h | doors = 6 double<br/>1 single to driver's cabin | lowfloor = 100% | floor height = 350/450 mm | power = 16 × 45 kW | axleload = (?) | powersupply = (?) | collectionmethod = [[Pantograph (rail)|Pantograph]] | electricsystem = [[Overhead lines|Overhead catenary]] | wheels driven = 100% (16/16) | steep gradient = 85‰ | bogies = pivoting [[Jacobs_bogie|Jacobs]] | minimum curve = TEST | gauge = {{RailGauge|1435mm}} }}
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