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CDU used on Metro-North is integrated with the speedometer indicating the train speed, and the signals indicate the speed limit. The ETCS driver machine interface. The cab display unit (CDU), (also called a driver machine interface (DMI) in the ERTMS standard) is the interface between the train operator and the cab signalling system. Early CDU ...
A simple system used separable train staffs which fit together when intermediate block posts are closed, so that a driver receives the train staff for two or more consecutive sections from the first signalman. An alternative system employs special long-section token systems; when long section working is to be instituted, all the short section ...
Unlike ordinary signals, there may be a series of identical signals installed along the track so that at least one is always visible to the train driver at any time. All signals in the same group display the same indication simultaneously. A 'stop' indication means "stop immediately", even if the train is not at the signal. The signals can also ...
A train running over the permanent magnet will deliver an AWS warning indication to the train driver. The optional electromagnet can be used to provide the train driver with an AWS clear indication. If the train AWS detects a second magnetic field of a certain polarity after the first permanent magnet, then the AWS displays a clear indication ...
A train driver is a person who operates a train, railcar, or other rail transport vehicle. The driver is in charge of and is responsible for the mechanical operation of the train, train speed, and all of the train handling (also known as brake handling). Train drivers must follow certain guidelines for driving a train safely. [1]
Communications-based train control (CBTC) is a railway signaling system that uses telecommunications between the train and track equipment for traffic management and infrastructure control. CBTC allows a train's position to be known more accurately than with traditional signaling systems. This can make railway traffic management safer and more ...
A driver's cab with an ETCS Driver-Machine Interface amongst other instruments and displays. Operation under ETCS requires that each train be fitted with a number of interlinked on-board systems that monitor the position and the status of the train, and that allow the driver to receive Movement Authorities and interact with the ETCS system.
To illustrate this, long running trains like Eurostar or Thalys must have 6 to 8 different train protection systems. [2] Technical targets of ERTMS are: [2] Creation of an unified, standardised European train protection system to enhance interoperability and to quickly replace outdated systems, Unifying and enhancement of driver cab signalling,