ETCS HU
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ETCS
ERTMS ("European Rail Traffic Management System") is a major industrial project being implemented by the European Union, a project which will make rail transport safer and more competitive.
Over the last years, ERTMS has become a trending topic when talking about European railways. But what is it exactly and what are its goals?
ERTMS, which stands for ‘European Railway Traffic Management System’, is the European standard for the Automatic Train Protection (ATP) and command and control systems. It creates an interoperable railway system in Europe that is more efficient and safer. It contributes to making rail operation between the Member States much easier and is an essential element of the Single European Railway Area.
ETCS functionality
The Radio Block Centre (RBC) and the Eurobalises in the second application level form the trackside part of ETCS. The RBC monitors and communicates with individual trains. It knows the position, direction of travel and speed of the trains and reserves a clear, safe space for their onward movement. It monitors whether the driver of the train maintains the speed and reacts correctly to the situation on the track. Knows how to stop a train before a stop signal or when the driver is indisposed. For the system to work well, the infrastructure and vehicles of all carriers wishing to run on such a line must be equipped over time.
There is also a simpler version of the track-side part of ETCS (first application level) which does not require GSM-R radio system to communicate with trains and is particularly suitable for less congested routes.
ETCS levels Level 0
Level 0 applies when an ETCS-fitted vehicle is used on a non-ETCS route. The trainborne equipment monitors the maximum speed of that type of train. The train driver observes the trackside signals. Since signals can have different meanings on different railways, this level places additional requirements on drivers' training. If the train has left a higher-level ETCS, it might be limited in speed globally by the last balises encountered.
Level 1
involves continuous supervision of train movement (i.e. the onboard computer is continuously supervising the maximum permitted speed and calculating the braking curve to the end of movement authority) while non-continuous communication occurs between train and trackside, generally through Eurobalises.
Lineside signals are necessary. Train detection and train integrity checks (i.e. the train is complete and has not been accidentally split) are performed by the trackside equipment beyond the scope of ERTMS.
Level 2
Involves continuous supervision of train movement with constant communication via GSM-R between the train and trackside.
Lineside signals are optional in this case, and train detection and train integrity checks are performed by the trackside equipment beyond the scope of ERTMS.
Level 3
Involves continuous train supervision with continuous communication between the train and trackside. The main difference with Level 2 is that train location and integrity are managed within the scope of the ERTMS system, i.e. there is no need for lineside signals or train detection systems on the trackside other than Eurobalises. Train integrity is supervised by the train.
In addition, there are two more levels: Level 0, which applies to trains equipped with ETCS running on non-equipped lines; and Level STM, which is meant for trains equipped with ETCS running on tracks where the Class B system needs to be operated. With regard to the STM level, ETCS acts as an interface between the driver and the national ATP.
ETCS LC
Low cost option for local routes. The system should work the same as L3, only the number of balises would be minimized. The balises would be used only in circuits with track branching, satellite navigation for locating the position of the train on the line is also considered.
What does ETCS consist of?
The ETCS equipment consists of a track-side and an on-board part. The information between them is in the form of data transmissions.
Mobile or on-board part is mounted on vehicles Trackside or infrastructure part is installed along the tracks
Some variants of ETCS also use the GSM-R wireless network for communication between the track-side and mobile parts.
Screenshot of the Driver Machine Interface of ETCS, highlighting the areas of the display. Operation modes in ETCS Abbreviation DMI symbol Full name Used
in level
Description FS Full Supervision 1, 2, 3 The locomotive pulls the train, ETCS has all required information LS Limited Supervision 1, 2, 3 This mode is new to SRS 3.0.0 OS On Sight 1, 2, 3 On-sight ride SR Staff Responsible 1, 2, 3 The driver was granted permission to pass faulty signals SH Shunting 0, 1, 2, 3 PS (no symbol) Passive Shunting 0, NTC, 1, 2, 3 This mode is new to SRS 3.0.0 UN Unfitted 0 The line is not fitted with ETCS: the system will only observe master speed limit and train protection is left to older systems SL (no symbol) Sleeping 0, NTC, 1, 2, 3 Second locomotive controlled from the leading one SB Stand By 0, NTC, 1, 2, 3 Override EOA is active TR Trip NTC, 1, 2, 3 PT Post Trip 1, 2, 3 The train overpassed the order to stop, full braking will be executed SF System Failure 0, NTC, 1, 2, 3 Trainborne ETCS equipment detected its failure IS (no symbol) Isolation 0, NTC, 1, 2, 3 Driver disconnected ETCS NP (no symbol) No Power 0, NTC, 1, 2, 3 NL Non Leading 0, NTC, 1, 2, 3 Second locomotive with its own driver SE (no symbol) STM European NTC This mode has not been implemented by any vendor and was removed by SRS 3.1.0 SN National System NTC RV Reversing 1, 2, 3 DMI symbols Other symbols Limited Supervision frame Geographical Position LX not protected Acknowledgement Toggling function for speed/distance information Toggling function for tunnel stopping area Track Ahead Free Level symbols Level 0 Level 2, Continuous transmission level NTC announcement Level 1 announcement, Intermittent transmission level NTC Level 3, Continuous transmission level NTC announcement Level 1 announcement, Intermittent transmission level NTC Level 0 announcement level NTC announcement Level 2 announcement, Continuous transmission; level NTC Level 0 announcement level NTC announcement Level 2 announcement, Continuous transmission; level NTC level NTC announcement level NTC announcement Level 3 announcement, Continuous transmission Level 1, Intermittent transmission level NTC announcement level NTC announcement Level 3 announcement, Continuous transmission Status symbols Service brake intervention or emergency brake intervention Adhesion factor “slippery rail” Safe radio connection “Connection Up” Safe radio connection “Connection Lost/SetUp failed” Hour glass Reversing permitted Planing area / Track Condition symbols Pantograph lowered Non stopping area announcement Close air conditioning intake announcement New traction system and Change of Traction system announcement “DC 1.5 kV” Lower pantograph Radio hole Open air conditioning intake Change of Traction system announcement “DC 1.5 kV” Lower pantograph Inhibition of magnetic shoe brake and Inhibition of magnetic shoe brake announcement New traction system and Change of Traction system announcement “the line is not fitted with any traction system” New traction system and Change of Traction system announcement “DC 600/750 V”; Raise pantograph Inhibition of magnetic shoe brake announcement Change of Traction system announcement “the line is not fitted with any traction system” Change of Traction system announcement “DC 600/750 V” Raise pantograph Inhibition of eddy current brake and Inhibition of eddy current brake announcement; New traction system and Change of Traction system announcement “AC 25 kV 50 Hz” Sound horn Neutral section and Neutral section announcement Inhibition of eddy current brakes announcement Change of Traction system announcement “AC 25 kV 50 Hz Tunnel stopping area Neutral section and Neutral section announcement Inhibition of regenerative brake and Inhibition of regenerative brake announcement New traction system and Change of Traction system announcement “AC 15 kV 16.7 Hz Tunnel stopping area announcement End of neutral section Inhibition of regenerative brake announcement Change of Traction system announcement “AC 15 kV 16.7 Hz” Speed increase End of neutral section Air conditioning intake closed and Close air conditioning intake announcement New traction system and Change of Traction system announcement “DC 3 kV” Speed decrease Non stopping area Open air conditioning intake Change of Traction system announcement “DC 3 kV” Speed decrease to the target related to indication marker DMI - Planning area
ETCS in SimRail
In Poland, the Full Control - L2 mode is used only on part of the CMK Włoszczowa Północ - Zawiercie. L1 mode is used on the part (Grodzisk Mazowiecki - Idzikowice).
ETCS-equipped locomotives and units
- ED250
- Dragon
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Used materials:
Wikipedia, SZDC (CZ), ec.europa.eu, ERA_ERTMS_015560