© 2022 JSC RPC INFOTRANS
47 Polevaya Str., Samara,
443001, Russia
Tel.: +7 (846) 337-51-26, 337-52-18
E-mail: office@infotrans-logistic.ru
47 Polevaya Str., Samara,
443001, Russia
Tel.: +7 (846) 337-51-26, 337-52-18
E-mail: office@infotrans-logistic.ru
Information and measuring system "INFOTRANS-Velaro Rus"
Integration of diagnostic systems into the Siemens Velaro RUS high-speed passenger electric train (EVS SAPSAN No. 1-106) in order to obtain the most relevant information for the high-speed track condition diagnostics.
A joint project of JSC Russian Railways, JSC RPC INFOTRANS and Siemens AG
Information and measuring system "INFOTRANS-Velaro Rus"
Integration of diagnostic systems into the Siemens Velaro RUS high-speed passenger electric train (EVS SAPSAN No. 1-106) in order to obtain the most relevant information for the high-speed track condition diagnostics.
A joint project of JSC Russian Railways, JSC RPC INFOTRANS and Siemens AG
The system provides rail and track geometry monitoring at speeds up to 250 km/h, video surveillance, remote transmission of information about detected defects.
It is for the first time when the diagnostic equipment of a wide range is installed on a scheduled passenger train. The installation is carried out without interfering with the train standard systems and practically without interfering with the design (without losing the passenger seats).
High-precision measurement systems are capable of operating at speeds up to 350 km/h.
It is for the first time when the diagnostic equipment of a wide range is installed on a scheduled passenger train. The installation is carried out without interfering with the train standard systems and practically without interfering with the design (without losing the passenger seats).
High-precision measurement systems are capable of operating at speeds up to 350 km/h.
The system provides the opportunity to obtain controlled parameters and assess them according to the standards of the Russian Federation and the European standards (EN).
Without limitations to the transportation process, a high frequency of high-speed track condition control allows efficient monitoring and forecasting of infrastructure development.
Diagnostics is carried out under the conditions of real interaction of high-speed rolling stock with track infrastructure and catenary.
The system ensures full automation of all control procedures for the diagnostic equipment management, measurement, processing and evaluation, which does not require the operator’s intervention.
Online automatic transmission of the results from the train to the specified users (a central direction, dispatcher, etc.).
Without limitations to the transportation process, a high frequency of high-speed track condition control allows efficient monitoring and forecasting of infrastructure development.
Diagnostics is carried out under the conditions of real interaction of high-speed rolling stock with track infrastructure and catenary.
The system ensures full automation of all control procedures for the diagnostic equipment management, measurement, processing and evaluation, which does not require the operator’s intervention.
Online automatic transmission of the results from the train to the specified users (a central direction, dispatcher, etc.).
