History crossing and speed control systemThe principle is simple: a change in the track signal status to the driver's cab of a train triggers an alarm that the driver must respond to within 5 seconds, otherwise the emergency brake is triggered.
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Each rail car has its own brake system. The brake components include a brake cylinder, brake shoes, a dual air reservoir, and a control or AB valve. The AB valve is used to route air from the reservoirs (auxiliary and emergency) to the brake cylinder.
Generally, you won't have to worry about opening train doors because the train operator opens them automatically. Some trains, however, require you to use a button or handle to open the door. You may also need to open doors to cross cars or to exit the train in an emergency.
Trains can't stop quickly or swerve. The average freight train is about 1 to 1¼ miles in length (90 to 120 rail cars). When it's moving at 55 miles an hour, it can take a mile or more to stop after the locomotive engineer fully applies the emergency brake.
a magnet on the track, when the train runs over the magnet it will warn the driver to stop; a transmission loop that tells the train the signal is red, this will trigger the train computer to apply the brake.
Traffic lights, or rather trainline lights. Well before the train gets anywhere near the station it has lights that tell it to slow down, and stop. Depending on which lights are lit, depends on the drivers actions.
The braking system in a train is designed so that the loss of pressure at any point along the trainline will trigger the brakes -- an end-of-train-device, distributed-power locomotive, cab car/cabbage, or a passenger car emergency brake handle can still operate the brakes (service and emergency, or emergency only, ...