# Full Supervision (FS)

FS-[L12].1The Full Supervision (FS) mode is the mode with which a complete supervision of the train is achieved. The ETCS on-board equipment is fully responsible for the train protection in this mode.

The FS mode cannot be selected by the driver. It is entered automatically when all necessary conditions are fulfilled.

## FS.RUNRunning in FS (RUN)

FS.RUN-[L12].1When the FS mode is entered, the Full Supervision symbol (MO11) is displayed:

MO11: Full Supervision

In this mode, the driver shall not exceed the permitted speed.

The driver is only responsible for:

1. Respecting the EOA when approaching an EOA with a release speed.
2. Respecting speed restrictions that are not covered, when message “Entering FS” is displayed.

The driver shall comply with speed restrictions lower than the permitted speed indicated on the DMI. The driver is informed by the signaller or by a dedicated document or computer about these speed limitations.

FS.RUN-[L1].1In ETCS level 1 with trackside signals, the driver is authorised to proceed without a new MA when the trackside signal shows a proceed aspect.

FS.RUN-[L1.T].1The DMI appearance when the FS mode is active is included in Figure FS.RUN-[L1.T].F1:

Figure FS.RUN-[L1.T].F1: FS mode active (touch screen technology)

FS.RUN-[L2.T].1The DMI appearance when the FS mode is active is included in Figure FS.RUN-[L2.T].F1:

Figure FS.RUN-[L2.T].F1: FS mode active (touch screen technology)

FS.RUN-[L1.S].1The DMI appearance when the FS mode is active is included in Figure FS.RUN-[L1.S].F1:

Figure FS.RUN-[L1.S].F1: FS mode active (soft key technology)

FS.RUN-[L2.S].1The DMI appearance when the FS mode is active is included in Figure FS.RUN-[L2.S].F1:

Figure FS.RUN-[L2.S].F1: FS mode active (soft key technology)

FS.RUN-[L12].2If in addition to the FS mode symbol (MO11) the following text message “Entering FS” is displayed. The driver shall not exceed the speed restrictions.

FS.RUN-[L12].3The driver is responsible for respecting the EOA when approaching an EOA with a release speed.

If the driver overpasses the EOA/LOA marked on the DMI screen, the train changes to Trip mode, see section TR - Trip / Post Trip (TR). The transition to Trip mode is also triggered when receiving an order from trackside.

If driver proceeds beyond the EoA indicated on the DMI, the brakes will be applied. Tripping the train would only happen when the min safe front end of the train overpasses the EoA, which can be several meters in advance of the EoA marked on the screen.

If the train apsses the "physical" EoA marked on the lineside by a Stop Marker/signal, it will be tripped

Therefore, the driver must respect the earliest between:

1. the EoA indicated on the DMI
2. the “physical” EOA marked by a Stop Marker/signal.

FS.RUN-[L2].1If, while being in release speed monitoring, the on-board receives a balise group whose first possible location is known by linking information to be in rear of the EOA by a distance shorter than the distance between the active Eurobalise antenna and the front end of the train, at the EOA or in advance of the EOA and ERTMS/ETCS level is 2, the train changes to Trip mode, see section TR - Trip / Post Trip (TR).

FS.RUN-[L12].4Additionally to the transition mentioned previously (i.e. FS → TR), the following mode transitions can be triggered from FS mode:

1. NP mode. Transition triggered when the ETCS on-board is powered off, see section OFF.PWR Power off the ETCS on-board (PWR).
2. SB mode. Transition triggered when the desk is closed, see section OFF.CLS Close the desk (CLS).
3. SH mode. Transition initiated either manually by the Driver, see section SH.MAN Manual entry into SH (MAN), or automatically by an order from the Trackside, see section SH.AUT Automatic entry into SH (AUT).
4. LS mode. Transition automatically initiated by an order from the Trackside, see section LS.APP Approaching an LS area (APP).
5. SR mode. Transition manually initiated by the Driver when override, see section OVR.RUL Rules to pass an EOA (RUL).
6. OS mode. Transition automatically initiated by an order from the Trackside, see section OS.APP Approaching an OS area (APP).
7. NL mode. Transition manually initiated by the Driver (see section NL - Non-Leading (NL).
8. UN mode. Transition usually initiated by an order from the Trackside, see section UN - Unfitted (UN). This transition also includes a transition to level 0 initiated either manually by the Driver, see section LTR.TRS.DRV Level transition initiated by driver (DRV)) or ordered by the Trackside, see section LTR.TRS Level transitions (TRS).
9. SF mode. Automatic transition triggered in case of a fault, see section SF - System Failure (SF).
10. IS mode. Transition triggered when the driver isolates the ETCS on-board equipment, see section IS.ENT Entering Isolation mode (ENT).
11. SN mode. Transition usually initiated by an order from the Trackside, see section SN - National System (SN). This transition also includes a transition to level NTC either initiated manually by the Driver, see section LTR.TRS.DRV Level transition initiated by driver (DRV) or ordered by the Trackside, see section LTR.TRS Level transitions (TRS).
12. RV mode. Transition initiated after the driver´s acknowledgement of the RV mode as indicated in section RV - Reversing (RV).
13. SM mode. Transition initiated manually by the Driver, see section SM.ENT Entry into SM (ENT).
14. AD mode. Transition initiated manually by the Driver, see section AD.ENG Engaging the Automatic Driving (ENG).

FS.RUN-[30].1If the valid Train Data is stored on-board and the safe consist length in front the engine becomes different from zero the transition to SB is triggered (see section SB - Stand-By (SB)).

## FS.ATOAutomatic Train Operation in FS mode (ATO)

FS.ATO-[2230.L12].1If the ATO-OB is powered on but not yet engaged, ATO functions may be available in FS mode, i.e. during manual driving of the train. The DMI may display the "ATO selected" or "ATO Ready for engagement" indications depending on its configuration state and fulfilment of ATO Operational Conditions.

ATO01: ATO status “ATO selected”

ATO021: ATO status “ATO ready for engagement”

Depending on the conditions, the DMI may display the following information:

1. ATO status,
2. At stopping points:

- Stopping accuracy,
- Dwell time,
- Door information,

3. Between stopping points:

- Next stopping point name and estimated arrival time,
- Skip stopping point status,

4. Upcoming stopping point in the planning area,
5. Coasting advice OR Target speed advice,
6. Distance to next advice change marker.

FS.ATO-[2230.L12].2Illustrations for these indications can be found in section CNT.DMI.ATO Automatic Train Operation information displayed on the DMI (ATO).

FS.ATO-[2230.L12].3In FS mode, the driver may, if DAS information is available on-board:

1. follow the target advice speed when displayed on the DMI
2. coast when / is displayed
3. respect the stopping points if indicated
4. request a stopping point to be skipped if instructed and this option is available on the DMI
5. operate the doors when invited to do so by relevant DMI indications.

### FS.ATO.DASRunning with Driving Advisory System (DAS)

FS.ATO.DAS-[2230.L12].1When the DMI is displaying the "ATO Ready for engagement" indication, the ATO-OB is ready to control train operation as all technical and operational conditions for engagement are fulfilled but the ATO-OB is waiting for driver action to start automatic driving. The driver may also choose to drive manually, using the DAS. While driving with DAS, the driver, not the ATO-OB, is responsible for train movements and the ETCS-OB remains responsible for the automatic safety protection (overspeed, EOA, etc..).

As long as the "ATO Ready for engagement" indication is displayed on the DMI, the driver may press the button to request the start of automatic driving, whether at departure of the train or by engagement on the move.

FS.ATO.DAS-[2230.L1.T].1While the ATO Operational Conditions remain fulfilled and the ETCS-OB is not in AD mode, the driver may drive with DAS. The DMI displays, as shown in Figure FS.ATO.DAS-[2230.L1.T].F1, the following DAS information:

1. The “Target Advice Speed” (1) in the CSG as long as the “Target Advice Speed” is not zero AND,
2. “Distance to next advice change” in the planning area (2).

Figure FS.ATO.DAS-[2230.L1.T].F1: Driving with DAS showing target advice speed (touch screen technology)

FS.ATO.DAS-[2230.L1.T].2When the driver has reached the desired speed computed in the ATO onboard for optimal consumption, the “Coasting advice” () symbol (1) is displayed under the pointer instead of the “Target advice speed” as indicated in Figure FS.ATO.DAS-[2230.L1.T].F2:

Figure FS.ATO.DAS-[2230.L1.T].F2: Driving with DAS showing coasting advice (touch screen technology)

FS.ATO.DAS-[2230.L2.T].1While the ATO Operational Conditions remain fulfilled and the ETCS-OB is not in AD mode, the driver may drive with DAS. The DMI displays, as shown in Figure FS.ATO.DAS-[2230.L2.T].F1, the following DAS information:

1. The “Target Advice Speed” (1) in the CSG as long as the “Target Advice Speed” is not zero AND,
2. “Distance to next advice change” in the planning area (2).

Figure FS.ATO.DAS-[2230.L2.T].F1: Driving with DAS showing target advice speed (touch screen technology)

FS.ATO.DAS-[2230.L2.T].2When the driver has reached the desired speed computed in the ATO onboard for optimal consumption, the “Coasting advice” () symbol (1) is displayed under the pointer instead of the “Target advice speed” as indicated in Figure FS.ATO.DAS-[2230.L2.T].F2:

Figure FS.ATO.DAS-[2230.L2.T].F2: Driving with DAS showing coasting advice (touch screen technology)

FS.ATO.DAS-[2230.L1.S].1While the ATO Operational Conditions remain fulfilled and the ETCS-OB is not in AD mode, the driver may drive with DAS. The DMI displays, as shown in Figure FS.ATO.DAS-[2230.L1.S].F1, the following DAS information:

1. The “Target Advice Speed” (1) in the CSG as long as the “Target Advice Speed” is not zero AND,
2. “Distance to next advice change” in the planning area (2).

Figure FS.ATO.DAS-[2230.L1.S].F1: Driving with DAS showing target advice speed (soft key technology)

FS.ATO.DAS-[2230.L1.S].2When the driver has reached the desired speed computed in the ATO onboard for optimal consumption, the “Coasting advice” () symbol (1) is displayed under the pointer instead of the “Target advice speed” as indicated in Figure FS.ATO.DAS-[2230.L1.S].F2:

Figure FS.ATO.DAS-[2230.L1.S].F2: Driving with DAS showing coasting advice (soft key technology)

FS.ATO.DAS-[2230.L2.S].1While the ATO Operational Conditions remain fulfilled and the ETCS-OB is not in AD mode, the driver may drive with DAS. The DMI displays, as shown in Figure FS.ATO.DAS-[2230.L2.S].F1, the following DAS information:

1. The “Target Advice Speed” (1) in the CSG as long as the “Target Advice Speed” is not zero AND,
2. “Distance to next advice change” in the planning area (2).

Figure FS.ATO.DAS-[2230.L2.S].F1: Driving with DAS showing target advice speed (soft key technology)

FS.ATO.DAS-[2230.L2.S].2When the driver has reached the desired speed computed in the ATO onboard for optimal consumption, the “Coasting advice” () symbol (1) is displayed under the pointer instead of the “Target advice speed” as indicated in Figure FS.ATO.DAS-[2230.L2.S].F2:

Figure FS.ATO.DAS-[2230.L2.S].F2: Driving with DAS showing coasting advice (soft key technology)

FS.ATO.DAS-[2230.L12].2The driver may follow these driving advice to respect the Optimum Speed Profile.

FS.ATO.DAS-[2230.L12].3The ATO Operational Conditions are the following :

1. The ETCS-OB is in AD Mode or FS Mode and conditions for displaying “Entering FS” no longer exist;
2. The ETCS-OB is not commanding the Emergency Brake or Full Service Brake;
3. There is no Emergency Brake application by another system or the driver;
4. The “End of Journey” point as transmitted by the ATO-TS has not been reached or passed ;
5. No data inconsistency in the information coming from the ATO-TS is detected;
6. The train is not located within an ATO Inhibition Zone;
7. The ETCS Data and ATO Specific Data are valid.

FS.ATO.DAS-[2230.L1.T].3While driving with DAS, the DMI also displays the following ATO-OB information, as indicated in Figure FS.ATO.DAS-[2230.L1.T].F3:

1. The name and the estimated arrival time at the next Stopping Point or Stopping Point to be skipped in local time (1),
2. The distance to the next Stopping Points or Stopping Points to be skipped in the planning area (2).

Figure FS.ATO.DAS-[2230.L1.T].F3: Driving with DAS showing upcoming stopping points (touch screen technology)

FS.ATO.DAS-[2230.L2.T].3While driving with DAS, the DMI also displays the following ATO-OB information, as indicated in Figure FS.ATO.DAS-[2230.L2.T].F3:

1. The name and the estimated arrival time at the next Stopping Point or Stopping Point to be skipped in local time (1),
2. The distance to the next Stopping Points or Stopping Points to be skipped in the planning area (2).

Figure FS.ATO.DAS-[2230.L2.T].F3: Driving with DAS showing upcoming stopping points (touch screen technology)

FS.ATO.DAS-[2230.L1.S].3While driving with DAS, the DMI also displays the following ATO-OB information, as indicated in Figure FS.ATO.DAS-[2230.L1.S].F3:

1. The name and the estimated arrival time at the next Stopping Point or Stopping Point to be skipped in local time (1),
2. The distance to the next Stopping Points or Stopping Points to be skipped in the planning area (2).

Figure FS.ATO.DAS-[2230.L1.S].F3: Driving with DAS showing upcoming stopping points (soft key technology)

FS.ATO.DAS-[2230.L2.S].3While driving with DAS, the DMI also displays the following ATO-OB information, as indicated in Figure FS.ATO.DAS-[2230.L2.S].F3:

1. The name and the estimated arrival time at the next Stopping Point or Stopping Point to be skipped in local time (1),
2. The distance to the next Stopping Points or Stopping Points to be skipped in the planning area (2).

Figure FS.ATO.DAS-[2230.L2.S].F3: Driving with DAS showing upcoming stopping points (soft key technology)

FS.ATO.DAS-[2230.L12].4The ATO-OB shall consider a Stopping Point as passed when the train has passed the “Stopping Point reached distance” beyond the Stopping Point or when the stopping point is considered as reached and the speed of the train is greater than 10 km/h, taking into account the Timing Point alignment required in the ATO-TS provided information.

Once a Stopping Point (including a Stopping Point to be skipped) is considered as reached or passed, the DMI no longer displays the name, estimated arrival time and distance for that Stopping Point.

FS.ATO.DAS-[2230.L12].5In case a Routing Error is detected, i.e. a discrepancy in balise linking between ATO-OB and ETCS-OB information, the ATO-OB shall lose the ATO Operational Conditions and the driver shall drive without DAS. The DMI shall then stop displaying any ATO information on the DMI except for the “ATO Selected” status indication.

FS.ATO.DAS-[2230.L12].6The ATO-OB shall terminate the communication session with a given ATO-TS when one of the following conditions is fulfilled:

1. End of Journey is reached;
2. ATO-TS sends a termination session request;
3. The rear of the train has left the current ATO-TS area;
4. Cab is closed;
5. Train Running Number or train length are not valid;
6. ETCS-OB is in NL Mode or in SH Mode.

In case the cabin is still open, the ATO-OB is no longer operation and the DAS is deactivated.

FS.ATO.DAS-[2230.L12].7In case of failure of the ATO-OB, the "ATO Failure" indication is displayed on the DMI. In this case, the driver shall resume manual driving without DAS and any other ATO indications (driving advice, stopping point, Train Door Operation, …) on the DMI.

### FS.ATO.SKPRequesting/revoking a Stopping Point Skip (SKP)

FS.ATO.SKP-[2230.L1.T].1While the next Stopping Point is not to be skipped and the doors are closed and locked, the DMI displays the “Skip Stopping Point Inactive” () indication until the train has stopped at a Stopping Point considered as reached or the Skip Stopping Point has been requested.

If instructed and the option is available, the driver may request to skip the next Stopping Point by pressing the "Skip stopping point" () icon as indicated in Figure FS.ATO.SKP-[2230.L1.T].F1.

Figure FS.ATO.SKP-[2230.L1.T].F1: Skip Stopping Point Inactive (touch screen technology)

FS.ATO.SKP-[2230.L2.T].1While the next Stopping Point is not to be skipped and the doors are closed and locked, the DMI displays the “Skip Stopping Point Inactive” () indication until the train has stopped at a Stopping Point considered as reached or the Skip Stopping Point has been requested.

If instructed and the option is available, the driver may request to skip the next Stopping Point by pressing the "Skip stopping point" () icon as indicated in Figure FS.ATO.SKP-[2230.L2.T].F1.

Figure FS.ATO.SKP-[2230.L2.T].F1: Skip Stopping Point Inactive (touch screen technology)

FS.ATO.SKP-[2230.L1.S].1While the next Stopping Point is not to be skipped and the doors are closed and locked, the DMI displays the “Skip Stopping Point Inactive” () indication until the train has stopped at a Stopping Point considered as reached or the Skip Stopping Point has been requested.

If instructed and the option is available, the driver may request to skip the next Stopping Point by pressing the "Skip stopping point" () icon as indicated in Figure FS.ATO.SKP-[2230.L1.S].F1.

Figure FS.ATO.SKP-[2230.L1.S].F1: Skip Stopping Point Inactive (soft key technology)

FS.ATO.SKP-[2230.L2.S].1While the next Stopping Point is not to be skipped and the doors are closed and locked, the DMI displays the “Skip Stopping Point Inactive” () indication until the train has stopped at a Stopping Point considered as reached or the Skip Stopping Point has been requested.

If instructed and the option is available, the driver may request to skip the next Stopping Point by pressing the "Skip stopping point" () icon as indicated in Figure FS.ATO.SKP-[2230.L2.S].F1.

Figure FS.ATO.SKP-[2230.L2.S].F1: Skip Stopping Point Inactive (soft key technology)

FS.ATO.SKP-[2230.L12].1The "Skip stopping point" button is available while the ATO is active (i.e. the DMI is displaying either the "ATO selected" () , "ATO ready for engagement" () , "ATO engaged" () or "ATO disengaging" () icon) and the DMI is displaying the “Skip Stopping Point Inactive” () indication.

FS.ATO.SKP-[2230.L1.T].2Once the driver has requested to skip the next Stopping Point, the "Skip Stopping Point inactive" icon is replaced by the “Skip Stopping point Requested by the driver” () indication as indicated in Figure FS.ATO.SKP-[2230.L1.T].F2.

Figure FS.ATO.SKP-[2230.L1.T].F2: Skip Stopping Point requested by driver (touch screen technology)

FS.ATO.SKP-[2230.L2.T].2Once the driver has requested to skip the next Stopping Point, the "Skip Stopping Point inactive" icon is replaced by the “Skip Stopping point Requested by the driver” () indication as indicated in Figure FS.ATO.SKP-[2230.L2.T].F2.

Figure FS.ATO.SKP-[2230.L2.T].F2: Skip Stopping Point requested by driver (touch screen technology)

FS.ATO.SKP-[2230.L1.S].2Once the driver has requested to skip the next Stopping Point, the "Skip Stopping Point inactive" icon is replaced by the “Skip Stopping point Requested by the driver” () indication as indicated in Figure FS.ATO.SKP-[2230.L1.S].F2.

Figure FS.ATO.SKP-[2230.L1.S].F2: Skip Stopping Point requested by driver (soft key technology)

FS.ATO.SKP-[2230.L2.S].2Once the driver has requested to skip the next Stopping Point, the "Skip Stopping Point inactive" icon is replaced by the “Skip Stopping point Requested by the driver” ()indication as indicated in Figure FS.ATO.SKP-[2230.L2.S].F2.

Figure FS.ATO.SKP-[2230.L2.S].F2: Skip Stopping Point requested by driver (soft key technology)

FS.ATO.SKP-[2230.L12].2Once the driver has requested to skip the next Stopping Point, the ATO-OB considers that Stopping Point as a Stopping Point to be skipped until one of the following conditions is met:

1. The concerned Stopping Point is passed;
2. The driver revokes their own Stopping Point skip request (the indication reverts to "Skip Stopping point Inactive" (), i.e. icon is no longer filled);
3. Further to an update from the ATO-TS, the concerned Stopping Point is no longer the next stopping point;
4. Further to an update from the ATO-TS, the concerned Stopping Point is requested to be skipped by the ATO-TS.

FS.ATO.SKP-[2230.L12.T].1As long as the Stopping Point skip request by driver is stored, the driver may request a Stopping Point skip to be revoked after previously requesting to skip it by pressing the “Skip Stopping Point requested by the driver” () indication while it is displayed.

FS.ATO.SKP-[2230.L12.S].1As long as the Stopping Point skip request by driver is stored, the driver may request a Stopping Point skip to be revoked after previously requesting to skip it by pressing the button associated with “Skip Stopping Point requested by the driver” () indication while it is displayed.

FS.ATO.SKP-[2230.L12].3When either ATO17 or ATO19 is displayed on the DMI, the button to Request or Revoke skipping the next stopping point is a delay-type button, meaning that the driver must remain pressing during 2 seconds for the Request/Revoke to be considered by the DMI. If the button is pressed by the driver for less than the 2 seconds, no valid request/revocation shall be considered by the onboard.

ATO17, ATO19: Skip Stopping point inactive, Skip Stopping point requested by driver

FS.ATO.SKP-[2230.L1.T].3The ATO-TS may request to skip Stopping Points in real time by updating the information sent to the ATO-OB.

When the ATO-OB receives a request to skip the next Stopping Point coming from the ATO-TS, the DMI displays the “Skip Stopping Point requested by the ATO-TS” () indication until the “Stopping Point to be skipped” is passed or the request is revoked by ATO-TS, as indicated in Figure FS.ATO.SKP-[2230.L1.T].F3.

Figure FS.ATO.SKP-[2230.L1.T].F3: Skip Stopping Point requested by trackside (touch screen technology)

FS.ATO.SKP-[2230.L2.T].3The ATO-TS may request to skip Stopping Points in real time by updating the information sent to the ATO-OB.

When the ATO-OB receives a request to skip the next Stopping Point coming from the ATO-TS, the DMI displays the “Skip Stopping Point requested by the ATO-TS” () indication until the “Stopping Point to be skipped” is passed or the request is revoked by ATO-TS, as indicated in Figure FS.ATO.SKP-[2230.L2.T].F3.

Figure FS.ATO.SKP-[2230.L2.T].F2: Skip Stopping Point requested by trackside (touch screen technology)

FS.ATO.SKP-[2230.L1.S].3The ATO-TS may request to skip Stopping Points in real time by updating the information sent to the ATO-OB.

When the ATO-OB receives a request to skip the next Stopping Point coming from the ATO-TS, the DMI displays the “Skip Stopping Point requested by the ATO-TS” () indication until the “Stopping Point to be skipped” is passed or the request is revoked by ATO-TS, as indicated in Figure FS.ATO.SKP-[2230.L1.S].F3.

Figure FS.ATO.SKP-[2230.L1.S].F3: Skip Stopping Point requested by trackside (soft key technology)

FS.ATO.SKP-[2230.L2.S].3The ATO-TS may request to skip Stopping Points in real time by updating the information sent to the ATO-OB.

When the ATO-OB receives a request to skip the next Stopping Point coming from the ATO-TS, the DMI displays the “Skip Stopping Point requested by the ATO-TS” () indication until the “Stopping Point to be skipped” is passed or the request is revoked by ATO-TS, as indicated in Figure FS.ATO.SKP-[2230.L2.S].F3.

Figure FS.ATO.SKP-[2230.L2.S].F3: Skip Stopping Point requested by trackside (soft key technology)

FS.ATO.SKP-[2230.L12].4If the Stopping Point skip is revoked by the ATO-TS, the DMI indication reverts to "Skip Stopping Point Inactive" ().

FS.ATO.SKP-[2230.L12.V].1Whatever the DMI technology used, the Skip Stopping Point request/revoke button(s) may also be positioned in an ergonomic location on the driver’s desk.

### FS.ATO.DWLDwell time, hold and stopping management (DWL)

FS.ATO.DWL-[2230.L12].1When a train comes to a stop at a Stopping Point, the DMI displays the stopping accuracy information in the form of:

1. "Inside stopping window" icon if an accurate stop has been achieved or;
2. "Undershoot stopping window" if the train has undershot the stopping window or;
3. "Overshoot stopping window" icon if the train has overshot the stopping.

ATO08, ATO07, ATO06: Stopping accuracy (inside/undershoot/overshoot stopping window)

It is a manual operation, by the driver, to align the train or to take other actions, if necessary, depending on local procedures.

FS.ATO.DWL-[2230.L1.T].1When the driver has achieved a stop within the stopping window, the DMI displays the corresponding indication as indicated in Figure FS.ATO.DWL-[2230.L1.T].F1.

Figure FS.ATO.DWL-[2230.L1.T].F1: Inside stopping window (touch screen technology)

FS.ATO.DWL-[2230.L1.T].2When the driver has undershot the stopping window, the DMI displays the corresponding indication as indicated in Figure FS.ATO.DWL-[2230.L1.T].F2.

Figure FS.ATO.DWL-[2230.L1.T].F2: Undershoot stopping window (touch screen technology)

FS.ATO.DWL-[2230.L1.T].3When the driver has overshot the stopping window, the DMI displays the corresponding indication as indicated in Figure FS.ATO.DWL-[2230.L1.T].F3.

Figure FS.ATO.DWL-[2230.L1.T].F3: Overshoot stopping window (touch screen technology)

FS.ATO.DWL-[2230.L2.T].1When the driver has achieved a stop within the stopping window, the DMI displays the corresponding indication as indicated in Figure FS.ATO.DWL-[2230.L2.T].F1.

Figure FS.ATO.DWL-[2230.L2.T].F1: Inside stopping window (touch screen technology)

FS.ATO.DWL-[2230.L2.T].2When the driver has undershot the stopping window, the DMI displays the corresponding indication as indicated in Figure FS.ATO.DWL-[2230.L2.T].F2.

Figure FS.ATO.DWL-[2230.L2.T].F2: Undershoot stopping window (touch screen technology)

FS.ATO.DWL-[2230.L2.T].3When the driver has overshot the stopping window, the DMI displays the corresponding indication as indicated in Figure FS.ATO.DWL-[2230.L2.T].F3.

Figure FS.ATO.DWL-[2230.L2.T].F3: Overshoot stopping window (touch screen technology)

FS.ATO.DWL-[2230.L1.S].1When the driver has achieved a stop within the stopping window, the DMI displays the corresponding indication as indicated in Figure FS.ATO.DWL-[2230.L1.S].F1.

Figure FS.ATO.DWL-[2230.L1.S].F1: Inside stopping window (soft key technology)

FS.ATO.DWL-[2230.L1.S].2When the driver has undershot the stopping window, the DMI displays the corresponding indication as indicated in Figure FS.ATO.DWL-[2230.L1.S].F2.

Figure FS.ATO.DWL-[2230.L1.S].F2: Undershoot stopping window (soft key technology)

FS.ATO.DWL-[2230.L1.S].3When the driver has overshot the stopping window, the DMI displays the corresponding indication as indicated in Figure FS.ATO.DWL-[2230.L1.S].F3.

Figure FS.ATO.DWL-[2230.L1.S].F3: Overshoot stopping window (soft key technology)

FS.ATO.DWL-[2230.L2.S].1When the driver has achieved a stop within the stopping window, the DMI displays the corresponding indication as indicated in Figure FS.ATO.DWL-[2230.L2.S].F1.

Figure FS.ATO.DWL-[2230.L2.S].F1: Inside stopping window (soft key technology)

FS.ATO.DWL-[2230.L2.S].2When the driver has undershot the stopping window, the DMI displays the corresponding indication as indicated in Figure FS.ATO.DWL-[2230.L2.S].F2.

Figure FS.ATO.DWL-[2230.L2.S].F2: Undershoot stopping window (soft key technology)

FS.ATO.DWL-[2230.L2.S].3When the driver has overshot the stopping window, the DMI displays the corresponding indication as indicated in Figure FS.ATO.DWL-[2230.L2.S].F3.

Figure FS.ATO.DWL-[2230.L2.S].F3: Overshoot stopping window (soft key technology)

FS.ATO.DWL-[2230.L12].2Before a Stopping Point is considered as reached, the DMI displays a null distance in case its Stopping Point distance becomes negative (e.g. in case of overshoot). Once reached (i.e. the train stops) the DMI no longer displays the Stopping Point, distance, name and estimated arrival time for that Stopping Point.

FS.ATO.DWL-[2230.L1.T].4When a train comes to a stop at a Stopping Point within the stopping window, the DMI starts displaying the dwell time for that Stopping Point in the form of a countdown (remaining dwell time) as indicated in Figure FS.ATO.DWL-[2230.L1.T].F4.

Figure FS.ATO.DWL-[2230.L1.T].F4: Dwell time (touch screen technology)

FS.ATO.DWL-[2230.L2.T].4When a train comes to a stop at a Stopping Point within the stopping window, the DMI starts displaying the dwell time for that Stopping Point in the form of a countdown (remaining dwell time) as indicated in Figure FS.ATO.DWL-[2230.L2.T].F4.

Figure FS.ATO.DWL-[2230.L2.T].F4: Dwell time (touch screen technology)

FS.ATO.DWL-[2230.L1.S].4When a train comes to a stop at a Stopping Point within the stopping window, the DMI starts displaying the dwell time for that Stopping Point in the form of a countdown (remaining dwell time) as indicated in Figure FS.ATO.DWL-[2230.L1.S].F4.

Figure FS.ATO.DWL-[2230.L1.S].F4: Dwell time (soft key technology)

FS.ATO.DWL-[2230.L2.S].4When a train comes to a stop at a Stopping Point within the stopping window, the DMI starts displaying the dwell time for that Stopping Point in the form of a countdown (remaining dwell time) as indicated in Figure FS.ATO.DWL-[2230.L2.S].F4.

Figure FS.ATO.DWL-[2230.L2.S].F4: Dwell time (soft key technology)

FS.ATO.DWL-[2230.L12].3Once the dwell time is expired, the displayed remaining dwell time shall remain at zero.

FS.ATO.DWL-[2230.L1.T].5If the computed dwell time value is equal to or higher than 100 minutes, the DMI displays the “Train Hold” indication as indicated in Figure FS.ATO.DWL-[2230.L1.T].F5.

Figure FS.ATO.DWL-[2230.L1.T].F5: Train hold (touch screen technology)

FS.ATO.DWL-[2230.L2.T].5If the computed dwell time value is equal to or higher than 100 minutes, the DMI displays the “Train Hold” indication as indicated in Figure FS.ATO.DWL-[2230.L2.T].F5.

Figure FS.ATO.DWL-[2230.L2.T].F5: Train hold (touch screen technology)

FS.ATO.DWL-[2230.L1.S].5If the computed dwell time value is equal to or higher than 100 minutes, the DMI displays the “Train Hold” indication as indicated in Figure FS.ATO.DWL-[2230.L1.S].F5.

Figure FS.ATO.DWL-[2230.L1.S].F5: Train hold (soft key technology)

FS.ATO.DWL-[2230.L2.S].5If the computed dwell time value is equal to or higher than 100 minutes, the DMI displays the “Train Hold” indication as indicated in Figure FS.ATO.DWL-[2230.L2.S].F5

Figure FS.ATO.DWL-[2230.L2.S].F5: Train hold (soft key technology)

FS.ATO.DWL-[2230.L12].4While the train is stopped at a Stopping Point within the stopping window, the ATO-TS or the Control Centre may send a Train Hold command (via Update from the ATO-TS) at a Stopping Point for operational reasons for one or several trains. When Train Hold is requested, the Train Hold icon is displayed on the DMI as indicated above.

FS.ATO.DWL-[2230.L12].5If there is any remaining dwell time or the dwell time is set to hold, the DMI stops displaying the stopping accuracy indication and the dwell time/“Train Hold” indication once the train starts moving at a speed greater than 10km/h. This is to avoid a reset of the dwell time if the driver is, e.g. jogging to adjust the stopping position of the train.

### FS.ATO.TDOManual Train Door Operation (TDO)

FS.ATO.TDO-[2230.L12].1The Train Door Operation (TDO) is an ATO function that provides the opening and closing commands/information of train doors for passenger exchange.

FS.ATO.TDO-[2230.L12].2If the ATO-TS requests the ATO-OB to manage the doors opening, the doors opening process may allow the following alternatives depending on static train configuration:

1. Manual door opening and closing commands executed by the driver following the displayed information;
2. Automatic door opening and closing commands sent by the ATO-OB to the train in accordance with the information contained in the information sent by the ATO-TS.

The latter is only available in Automatic Driving mode.

FS.ATO.TDO-[2230.L12].3When the start condition is triggered for any door indication, the corresponding indication immediately replaces any previously displayed door indication on the DMI.

FS.ATO.TDO-[2230.L12].4The driver’s door commands shall always override the ATO door commands. A train shall always be provided with door release controls which allow the train crew, or an automatic device associated with the stop at a platform, to control the release of doors separately on each side. This allows them to be opened by passengers or, if available, by a central opening command when the train is at a standstill.

FS.ATO.TDO-[2230.L1.T].1When a train comes to a stop at Stopping Point and the train is within the stopping window, the DMI may display the “Request driver to open doors on both sides” indication and the driver shall press the corresponding button on the driver’s desk to send the command to open the passenger doors as indicated in Figure FS.ATO.TDO-[2230.L1.T].F1.

Figure FS.ATO.TDO-[2230.L1.T].F1: Request driver to open doors on both sides (touch screen technology)

FS.ATO.TDO-[2230.L1.T].2When a train comes to a stop at Stopping Point and the train is within the stopping window, the DMI may display the “Request driver to open right doors” indication and the driver shall press the corresponding button on the driver’s desk to send the command to open the passenger doors as indicated in Figure FS.ATO.TDO-[2230.L1.T].F2.

Figure FS.ATO.TDO-[2230.L1.T].F2: Request driver to open right doors (touch screen technology)

FS.ATO.TDO-[2230.L1.T].3When a train comes to a stop at Stopping Point and the train is within the stopping window, the DMI may display the “Request driver to open left doors” indication and the driver shall press the corresponding button on the driver’s desk to send the command to open the passenger doors as indicated in Figure FS.ATO.TDO-[2230.L1.T].F3.

Figure FS.ATO.TDO-[2230.L1.T].F3: Request driver to open left doors (touch screen technology)

FS.ATO.TDO-[2230.L2.T].1When a train comes to a stop at Stopping Point and the train is within the stopping window, the DMI may display the “Request driver to open doors on both sides” indication and the driver shall press the corresponding button on the driver’s desk to send the command to open the passenger doors as indicated in Figure FS.ATO.TDO-[2230.L2.T].F1.

Figure FS.ATO.TDO-[2230.L2.T].F1: Request driver to open doors on both sides (touch screen technology)

FS.ATO.TDO-[2230.L2.T].2When a train comes to a stop at Stopping Point and the train is within the stopping window, the DMI may display the “Request driver to open right doors” indication and the driver shall press the corresponding button on the driver’s desk to send the command to open the passenger doors as indicated in Figure FS.ATO.TDO-[2230.L2.T].F2.

Figure FS.ATO.TDO-[2230.L2.T].F2: Request driver to open right doors (touch screen technology)

FS.ATO.TDO-[2230.L2.T].3When a train comes to a stop at Stopping Point and the train is within the stopping window, the DMI may display the “Request driver to open left doors” indication and the driver shall press the corresponding button on the driver’s desk to send the command to open the passenger doors as indicated in Figure FS.ATO.TDO-[2230.L2.T].F3.

Figure FS.ATO.TDO-[2230.L2.T].F3: Request driver to open left doors (touch screen technology)

FS.ATO.TDO-[2230.L1.S].1When a train comes to a stop at Stopping Point and the train is within the stopping window, the DMI may display the “Request driver to open doors on both sides” indication and the driver shall press the corresponding button on the driver’s desk to send the command to open the passenger doors as indicated in Figure FS.ATO.TDO-[2230.L1.S].F1.

Figure FS.ATO.TDO-[2230.L1.S].F1: Request driver to open doors on both sides (soft key technology)

FS.ATO.TDO-[2230.L1.S].2When a train comes to a stop at Stopping Point and the train is within the stopping window, the DMI may display the “Request driver to open right doors” indication and the driver shall press the corresponding button on the driver’s desk to send the command to open the passenger doors as indicated in Figure FS.ATO.TDO-[2230.L1.S].F2.

Figure FS.ATO.TDO-[2230.L1.S].F2: Request driver to open right doors (soft key technology)

FS.ATO.TDO-[2230.L1.S].3When a train comes to a stop at Stopping Point and the train is within the stopping window, the DMI may display the “Request driver to open left doors” indication and the driver shall press the corresponding button on the driver’s desk to send the command to open the passenger doors as indicated in Figure FS.ATO.TDO-[2230.L1.S].F3.

Figure FS.ATO.TDO-[2230.L1.S].F3: Request driver to open left doors (soft key technology)

FS.ATO.TDO-[2230.L2.S].1When a train comes to a stop at Stopping Point and the train is within the stopping window, the DMI may display the “Request driver to open doors on both sides” indication and the driver shall press the corresponding button on the driver’s desk to send the command to open the passenger doors as indicated in Figure FS.ATO.TDO-[2230.L2.S].F1.

Figure FS.ATO.TDO-[2230.L2.S].F1: Request driver to open doors on both sides (soft key technology)

FS.ATO.TDO-[2230.L2.S].2When a train comes to a stop at Stopping Point and the train is within the stopping window, the DMI may display the “Request driver to open right doors” and the driver shall press the corresponding button on the driver’s desk to send the command to open the passenger doors as indicated in Figure FS.ATO.TDO-[2230.L2.S].F2.

Figure FS.ATO.TDO-[2230.L2.S].F2: Request driver to open right doors (soft key technology)

FS.ATO.TDO-[2230.L2.S].3When a train comes to a stop at Stopping Point and the train is within the stopping window, the DMI may display the “Request driver to open left doors” indication and the driver shall press the corresponding button on the driver’s desk to send the command to open the passenger doors as indicated in Figure FS.ATO.TDO-[2230.L2.S].F3.

Figure FS.ATO.TDO-[2230.L2.S].F3: Request driver to open left doors (soft key technology)

FS.ATO.TDO-[2230.L1.T].4The DMI displays the “Doors are open” indication when doors are no longer closed and locked, as indicated in Figure FS.ATO.TDO-[2230.L1.T].F4.

Figure FS.ATO.TDO-[2230.L1.T].F4: Doors are open (touch screen technology)

FS.ATO.TDO-[2230.L2.T].4The DMI displays the “Doors are open” indication when doors are no longer closed and locked, as indicated in Figure FS.ATO.TDO-[2230.L2.T].F4.

Figure FS.ATO.TDO-[2230.L2.T].F4: Doors are open (touch screen technology)

FS.ATO.TDO-[2230.L1.S].4The DMI displays the “Doors are open” indication when doors are no longer closed and locked, as indicated in Figure FS.ATO.TDO-[2230.L1.S].F4.

Figure FS.ATO.TDO-[2230.L1.S].F4: Doors are open (soft key technology)

FS.ATO.TDO-[2230.L2.S].4The DMI displays the “Doors are open” indication when doors are no longer closed and locked, as indicated in Figure FS.ATO.TDO-[2230.L2.S].F4.

Figure FS.ATO.TDO-[2230.L2.S].F4: Doors are open (soft key technology)

FS.ATO.TDO-[2230.L1.T].5The ATO-OB then starts the count-down of the dwell time.

When the remaining dwell time is equal to the time to close the doors and the doors are not yet closed and locked, the DMI displays the “Request driver to close doors” indication, as indicated in Figure FS.ATO.TDO-[2230.L1.T].F5.

Figure FS.ATO.TDO-[2230.L1.T].F5: Request to close doors (touch screen technology)

FS.ATO.TDO-[2230.L2.T].5The ATO-OB then starts the count-down of the dwell time.

When the remaining dwell time is equal to the time to close the doors and the doors are not yet closed and locked, the DMI displays the “Request driver to close doors” indication, as indicated in Figure FS.ATO.TDO-[2230.L2.T].F5.

Figure FS.ATO.TDO-[2230.L2.T].F5: Request to close doors (touch screen technology)

FS.ATO.TDO-[2230.L1.S].5The ATO-OB then starts the count-down of the dwell time.

When the remaining dwell time is equal to the time to close the doors and the doors are not yet closed and locked, the DMI displays the “Request driver to close doors” indication, as indicated in Figure FS.ATO.TDO-[2230.L1.S].F5.

Figure FS.ATO.TDO-[2230.L1.S].F5: Request to close doors (soft key technology)

FS.ATO.TDO-[2230.L2.S].5The ATO-OB then starts the count-down of the dwell time.

When the remaining dwell time is equal to the time to close the doors and the doors are not yet closed and locked, the DMI displays the “Request driver to close doors” indication, as indicated in Figure FS.ATO.TDO-[2230.L2.S].F5.

Figure FS.ATO.TDO-[2230.L2.S].F5: Request to close doors (soft key technology)

FS.ATO.TDO-[2230.L12].5The driver shall press the corresponding button on the driver’s desk to send the command to close the passenger doors.

FS.ATO.TDO-[2230.L1.T].6Once the doors are closed and locked, the DMI displays the “Doors are closed” indication, as indicated in Figure FS.ATO.TDO-[2230.L1.T].F6.

Figure FS.ATO.TDO-[2230.L1.T].F6: Doors are closed (touch screen technology)

FS.ATO.TDO-[2230.L2.T].6Once the doors are closed and locked, the DMI displays the “Doors are closed” indication, as indicated in Figure FS.ATO.TDO-[2230.L2.T].F6.

Figure FS.ATO.TDO-[2230.L2.T].F6: Doors are closed (touch screen technology)

FS.ATO.TDO-[2230.L1.S].6Once the doors are closed and locked, the DMI displays the “Doors are closed” indication, as indicated in Figure FS.ATO.TDO-[2230.L1.S].F6.

Figure FS.ATO.TDO-[2230.L1.S].F6: Doors are closed (soft key technology)

FS.ATO.TDO-[2230.L2.S].6Once the doors are closed and locked, the DMI displays the “Doors are closed” indication, as indicated in Figure FS.ATO.TDO-[2230.L2.S].F6.

Figure FS.ATO.TDO-[2230.L2.S].F6: Doors are closed (soft key technology)

FS.ATO.TDO-[2230.L12].6Traction power can be applied only when all doors are closed and locked.

While the train is moving, the DMI stops displaying any door indication.