System for maintaining and analyzing train schedules
Designed for automated control of floor objects - switches, traffic lights, crossings, etc. – at railway stations in order to organize train movement using modern microprocessor technology.About the product
The microprocessor centralization system MPC-TEG is designed for automated control of floor objects - switches, traffic lights, crossings, etc. – at railway stations in order to organize train movement using modern microprocessor technology.
Electrical signaling, safety and traffic control devices for railways, equipment for monitoring the condition of railway tracks, hauls and checking the safety of train traffic.
This system can be used on sections with any track development and type of traction, as well as with any signaling and communication means used in federal and industrial railway transport.
Automation facilities
- arrows and traffic lights of electric centralization;
- devices for monitoring the vacancy of track and switch sections (rail chains, axle counters);
- automatic locomotive signaling and safety devices;
- automatic crossing alarm devices and automatic barriers;
- automatic warning systems for approaching trains;
- means of automatic monitoring of the technical condition of rolling stock while the train is moving;
- devices for preventing spontaneous exit of rolling stock onto train routes;
- rolling stock derailment control devices.
Interaction with systems
- interval regulation of train traffic;
- dispatch centralization and dispatch control;
- automatic dispatch control over the status of signaling devices;
- information and control systems of railway transport (ACS) of various levels and purposes.
Functions
MPC-TEG provides the functions of managing and monitoring the condition of objects, diagnosing the technical condition of devices, self-diagnosis, and logging work.
MPC-TEG is a hardware and software complex that makes it possible to implement various configurations of electrical centralization in accordance with a specific station design with the possibility of their subsequent adjustment when track development changes. Hardware of the MPC-TEG system is implemented in the form of a hierarchical structure with an information support level, a logical information processing level and an input/output interface level.