71-911
71-911 “City Star” is a Russian four-axle four-door single-sided tram with a completely low level floor, created by LLC “PC Transport Systems” at the facilities of Tver Carriage Works.
71-911 | |
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«City Star» in Rostov-on-Don | |
Interior of 71-911E | |
Manufacturer | PK Transportnye Sistemy Tverskoy Vagonostroitelniy Zavod |
Constructed | 2014-OT |
Number built | 38 |
Capacity | 33 seats/119 standing |
Specifications | |
Train length | 16,400 mm (53 ft 10 in) |
Width | 2,500 mm (8 ft 2 in) |
Height | 3,500 mm (11 ft 6 in) |
Doors | 4 |
Articulated sections | 1 |
Maximum speed | 75 |
Power supply | 550 V |
Current collection method | Pantograph |
AAR wheel arrangement | Bo-Bo |
Bogies | 2 |
Braking system(s) | Electric, disc, magnetic |
Track gauge | 1,524 mm (5 ft) |
The first 100% low floor tram car in the CIS. It is an analogue of planned 71-625 tram of Ust-Katav Wagon-Building Plant.
Operation by cities
As of January 2019, the City Star trams are operated in the following cities:[1]
Modofications
- 71-911 — track gauge 1524 mm
- 71-911E — Track gauge 1435 mm
- 71-911ЕМ «Lionet» — track gauge 1524 mm, updated
Participation in exhibitions
- Innoprom. July 9-12, 2014. (Ekaterinburg).
- ExpoCityTrans. October 29 - November 1, 2014. (Moscow)
gollark: > If you make the temperature higher, then the frequency increases. No, you keep ignoring me on this.> Thus meaning the amount of photons emited is related/proportional to the temperature increasing.Also no, the amount is a different thing.
gollark: Also wrong, objects emit multiple frequencies at once and the relationship is more complex than that.
gollark: The energy is a property of the photon similarly to frequency and stuff, the energy doesn't have frequency either, but can I just say that trying to brute-force your way to coherent-sounding wording is not a path to great understanding.
gollark: Why does the energy have a wavelength now?
gollark: It isn't a wording problem.
References
- "71-911 «City Star» — Список подвижного состава — TransPhoto". TransPhoto. Retrieved 2016-08-31. (in Russian)
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