R&Rs and Route Knowledge Flashcards

1
Q

Explain Single Line Working:

Forms required?
People involved?
How would you be notified?
Process from entering to exiting?

A
  1. When one line of a double line becomes blocked, single line working by pilotman allows trains to travel over the other line in either direction.

Forms: RT3183
People involved: Driver / Pilotman / Hand Signaller
Notification: WON Section
Process:
Before entering the single line, you must make sure that you:
• can properly identify the pilotman who will wear the PILOTMAN armband
• clearly understand all the instructions the pilotman has given you
• have the personal authority of the pilotman to enter the single line.

You must also make sure the pilotman has given you a Driver’s Single Line Working Ticket (RT3193).

However, you do not need this ticket if your train is to enter the single line to:
• assist a failed train
• evacuate passengers from a failed train
• remove a portion of a divided train
• remove a train or vehicles that have proceeded without authority.

When instructed by the pilotman, you must make sure you clearly understand at which locations your train will be controlled by a handsignal.

You must stop at each of these locations unless a proceed handsignal is shown.

Right Directional Movements:
You must obey each signal when travelling over the single line in
the right direction.

Obey line speed - reduce speed at points and crossings.

Wrong Directional Movements:

Your train movement in the wrong direction will be controlled by handsignals, except where it is possible for shunting or position light signals to be worked.

A handsignaller will not be provided if there is a main aspect signal to return the train to the proper line at the end of the single line.

You must not exceed 50 mph or the permissible speed if lower.

You must disregard fixed signals on the obstructed line, except:
• on a TCB line, the signal protecting the crossover where trains return to the proper line
• on an absolute block line, the home signal worked from the signal box controlling that crossover.

Returning to the proper line:

If there is no main aspect signal or handsignaller to control wrong-direction movements returning to the proper line, the pilotman will accompany you and will instruct you to stop the train:
• on a TCB line, opposite the signal which applies to the obstructed line protecting the crossover where trains return to the proper line
• on an absolute block line, opposite the home signal worked from the signal box controlling that crossover.

If the crossover where trains return to the proper line is facing to movements, you must:
• get the signaller’s permission for your train to proceed over the crossover, or
• if a signal is provided for the movement, proceed when the signal is cleared.
If the crossover is trailing to movements, you must ask the signaller for instructions about drawing forward and then setting back over the crossover to return to the proper line.

First train over the single line:

a) When accompanied by the pilotman:

If you are the driver of the first train over the single line, you must stop, if instructed to do so, to allow the pilotman to:
• • •
tell anyone who is working on or near the line used for the single line working that single line working has been introduced
tell any crossing keeper about the single line working arrangements
check that points are properly secured.

When not accompanied by the pilotman:

If you are the driver of the first train over the single line you must, if instructed by the pilotman before you entered the single line, stop and tell anyone who is working on or near the line used for single line working:
• that single line working has been introduced, and
• the line over which it applies.

9.6 Disposing of the driver’s single line working ticket:

a) When accompanied by the pilotman:
On reaching the end of the single line you must:
• cancel your ticket by writing ‘CANCELLED’ across it
• give the ticket to the pilotman.

b) When not accompanied by the pilotman:

You do not need to stop at the end of the single line to give up the ticket unless specially instructed to do so.

However, you must:
• as soon as possible, cancel the ticket by writing ‘CANCELLED’ across it
• hand in the ticket as shown in your company’s instructions.

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2
Q

Explain Temporary Block Working:

Forms required?
People involved?
How would you be notified?
Process from entering to exiting?

A

Forms:
Temporary Block Working Ticket (RT3184).

People involved:
Driver / Hand Signaller - Entrance and Exit.

Notification:
General Broadcast via Signaller / Late Notice Case (up to 72h).

Process - Entering:

  1. Must receive RT3184 Form - Hand Signaller.
  2. Must reach clear understanding with Hand Signaller.
  3. Must Temporary Isolate TPWS.
  4. Must await authority from Hand Signaller - Yellow Flag / Lamp

Process During Movement:

Obey all restrictions should there be any (ESR / TSR)

If you are told that your train is the first to enter the temporary block section, you must:
• approach all points, switch diamonds and swing-nose crossings at caution
• check if possible that they are in the correct position
• not pass over any of these points or crossings at more than
15 mph.

You must not exceed 50 mph.

You must proceed at caution if you have to:
• examine the line
• assist a failed train
• evacuate passengers from a failed train
• remove a portion of a divided train
• remove a train or vehicles that have proceeded without authority.

Process - Exiting:

When your train arrives at the exit signal, you must:
• hand the temporary block working ticket to the handsignaller
• reinstate the TPWS.

You must not move your train, even if the signal clears, unless the handsignaller has given you permission to do so.

If you are required to pass this signal at danger, the handsignaller will authorise you to do this and show a yellow handsignal.

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3
Q

Explain Working within Possessions:

Forms required?
People involved?
How would you be notified?
Process from entering to exiting?

A

Notification:
Won Section B / Engineering Notice
Late Notice Case / Up to 72h - in emergency (T3 1.1)

Persons involved:
PICOP (Red on Yellow Left Armlet) - Responsible for setting up Possession (T3 2.1) Entering Possession / Exiting Worksite
Engineering Supervisor (ES) (Blue on Yellow Left Armlet) - Responsible for the Worksite area - Entering
Safe Working Leader (SWL) (Blue on Yellow Left Armlet) - Responsible for the Worksite area - Entering
Signaller - Controls signal protecting Possession / Exiting Possession
Driver - Follows all instructions given - if unsure seek clarification

Identification of Possession:
Possession Limit Boards

Identification of Worksite:
Worksite Marker Boards -
Red Flashing - Entering
Yellow Flashing - Exiting

Authorisation throughout process:
Step 1:
Signaller controls signal protecting possession.
Step 2:
Signaller controls movement from signal protecting possession up to detonators and PLB - Proceed at caution.
Step 3:
PICOP controls movement from PLB into the possession up to Worksite (40 mph - unless instructed otherwise).
Step 4:
ES / SWL control movement Worksite Marker Board into Worksite and up to Exit of Worksite (5 mph - unless instructed otherwise).
Step 5:
PICOP controls movement from Exiting Worksite up to detonators and PLB.
Step 6:
Signaller controls movement from leaving possession up to next signal and all signals that follow.

Speeds:
40 mph max from PLB to WMB.
5 mph max - unless otherwise instructed - WMB Entrance to Exit WMB.

Risks:
Overspeeding
SPAD
Derailment
Miscommunications
Striking a Worksite worker
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4
Q

Explain Temporary Speed Restriction:

How would you be notified?
Process from entering to exiting?

A

Notification: WON Section A / Late Notice Case
Process:
1. Acknowledge AWS (180m approx on approach to TSR).
2. Ensure speed is within TSR - do not exceed TSR until full length of train is clear.

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5
Q

Explain Emergency Speed Restriction:

How would you be notified?
Process from entering to exiting?

A

Notification: Late Notice Case / General Broadcast via Signaller
Process:
1. Acknowledge AWS (180m approx on approach to ESR).
2. Acknowledge AWS on entering ESR.
3. Ensure speed is within ESR - do not exceed ESR until full length of train is clear.

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6
Q

Explain Permissive Working:

How would you be notified?
Process from entering to exiting?

A

Principles:
Permissive working allows more than one train at a time to be on the same platform line.
Notification:
1. Home signal to station will be held at Red.
2. Position lights will come OFF (White lights).
3. If unsure - call signaller before proceeding to ensure your train can fit into platform line.
4. Proceed at caution - Be prepared to stop short of any obstructions.
5. Follow instructions from signaller.

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7
Q

Explain Situational Awareness (SA)

A

What has happened.
What is happening.
What might happen?

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8
Q

Definition of Operational Railway

A

The term operational railway includes the area called on the all Lineside and the area called on or near the line.

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9
Q

Definition of Lineside

A

You are on the Lineside if:
• you are between the railway boundary fence and the area called on or near the line, and
• you can be seen by the driver of an approaching train.
You are not on the lineside if you are on a station platform.

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10
Q

Definition of On or Near the Line

A

You are On or Near the Line if you are:
• within 3 metres (10 feet) of a line and there is no permanent fence or structure between you and the line
• on the line itself.
You are not on or near the line if you are on a station platform unless you are carrying out engineering or technical work within 1.25 metres (4 feet) of the platform edge.
You are not on or near the line if you are crossing the line at a level crossing.

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11
Q

Safe distances from On or Near the Line

A

A position of safety:

If the maximum speed is 100 mph (160 km/h) or less, you are in a position of safety if you are at least 1.25 metres (4 feet) from the nearest line on which a train can approach.

If the maximum speed is over 100 mph (160 km/h), the distance increases to 2 metres (6 feet 6 inches).

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12
Q

What is a PIC?

A

If more than one person is involved in train dispatch on any platform, one person must be designated the person in charge of the platform (PIC of platform).

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13
Q

What is a Rolling Stock Technician?

A

A person who is authorised and has the necessary technical competence to examine or repair specified items of equipment forming part of a train or vehicle.

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14
Q

Signals that control Permissive Working?

A

Shunt Limit Board
Limit of Shunt Board
Limit of Shunt Indicator - (2 Red Lights)

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15
Q

Where is Permissive Working allowed on our route?

A

Liverpool Street: PP

All platforms - However, platforms 16, 17 and 18 are the shortest and can only hold a maximum of 8 (17 and 18) and 9 (16) cars.

Platforms 1 - 15 can all hold 12 cars.

Stratford: PP-C

Platforms 5 and 8.

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16
Q

What Signals are used on entering and exiting Ilford Depot?

A

Entering LE:

L361:

Exiting LE:

L378:
L380:
L382:
L384:

Entering CE:

L392:
L5088:

Exiting CE:

L361:

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17
Q

What Signals are used on entering and exiting Gidea Park Depot and Middle Sidings?

A

Entering Gidea Park Depot LE:

L431 - Platform 4 - PLS + C = Carriage Sidings
L5113 - Platform 3 - PLS + C = Carriage Sidings

Exiting Gidea Park Depot LE:

L464 - Roads 5 to 1 - Main Aspect + UE / DE (Bi Directional)

Entering Gidea Park Depot CE:

L5125 - (UE) PLS to access DE then change ends and;
L5116 - (DE) PLS + C to access Carriage Sidings Roads 1 to 5.

Entering Gidea Park Middle Sidings:

L431 - PLS + S = Middle Sidings
L5113:
PLS + SU = Middle Sidings via UE
PLS + SD = Middle Sidings via DE

Exiting Gidea Park Middle Sidings:

L468:
Main + UE
PLS + UE
Main + DE
PLS + DE
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18
Q

External Lighting whilst entering and exiting depots and sidings?

A

Depots:
Marker and Tail lights - Entering and Exiting.
Switch on Head light when Exiting on to running line.

Sidings:
Head, Marker and Tail lights.
Entering and Exiting.

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19
Q

Occasions where DRA is used within depots and sidings?

A

Q

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20
Q

Explain Blanket Speed Restrictions?

A

A speed restriction which applies to an area rather than a geographical location.

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21
Q

Explain Enhanced Permissible Speed Restriction?

A

These speeds apply to class 221 and class 390 trains in tilting mode.

Where differential signs are provided, the bottom figure shows the higher speed and applies to class 390 trains in tilting mode.

The top figure applies to class 221 trains in tilting mode.

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22
Q

Principles of Route Learning?

A
  1. Stations in order
  2. Dispatching methods
  3. Speed limits
  4. Crossovers / Junctions - Speeds
  5. Neutral Sections
  6. Radio Changeover points / Workstations
  7. Depots / Sidings
  8. Bi Directional Working
  9. Low Adhesion Areas
  10. Platform Car Stop Signs
  11. Platform / Station help points
  12. Staff location at stations
  13. Step free access stations
  14. Other TOCs that share our Network
  15. Reference points / Braking areas
  16. SPAD Indicators
  17. Signal Number Sequence - Odds and Evens
  18. GSM-R & Headcodes
  19. Use of PIS
  20. Permissive working locations
  21. Understanding Time Tables - Make up lost time
  22. Special arrangement locations
  23. Sign on points and procedures
  24. SPTs / Lineside and Limited Clearance
  25. Gradients
  26. Sandite Markers / Coasting Boards / Countdown Markers
  27. TRTS / TPWS locations
  28. Signals on route
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23
Q

Import signals on UE?

A

L518 - Starting Signal @ Shenfield
L512 - Crossover to UM (Shenfield London End Junction)
L474 - Crossover to UM (Gidea Park Junction)
L470 - Protects trains leaving Gidea Park Middle Sidings
L442 - Starting Signal @ Romford / Crossover to UM
(Romford London End Junction)
L420 - Protects trains leaving Chadwell Heath Turn Back
L392 - Starting Signal @ Seven Kings / Access to Ilford Depot CE
L388 - Double Flashing Yellow - llford Yard LE Junction Crossover
L386 - Single Flashing Yellow - llford Yard LE Junction Crossover
L374 - Single Yellow JI R1 - llford Yard LE Junction Crossover UE to UM
L358 - Signal to pull up to when changing ends on Ilford Flyover
L330 - Crossover UE to DE / UM / DM
(Start of Bi Directional Work - Forest Gate Junction)
L310 - Crossover UE to DE / UM / DM (Maryland East)
L94 - Crossover UE to UM / US via DMR
(Bethnal Green West Junction)
L74 - Crossover UE to UM only (Wheeler Street Junction)
L60 - Co Actor Signal (Lime Street Control - Recently SPAD)

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24
Q

Important signals on DE?

A

L45 - Platform 15 - Liverpool Street Mid Platform Starting Signal
L59 - No AWS - Signal in the middle of nowhere (Liverpool Street)
L75 - Crossover DE to DM - JI R1 (Bethnal Green Junction West)
L95 - Crossover DE to DM - JI R1 (Bethnal Green Junction East) /
Last of 3 Main Aspect Signals
L203 - First of 4 Main Aspect Signals
L231 - Crossover DE to DM JI R1 (Bow Junction)
L257 - Crossover DE to UE (Bi Directional) RI + PLS / UE
(Carpenters Road South Junction)
L283 - Crossover DE to UM (Bi Directional) JI R1 / DM - JI R2
(Stratford Country End)
L285 - Crossover DE to UM (Bi Directional) JI R1
(Stratford Country End)
L293 - SPAD Indicator
L353 - Signal for entry to Ilford Yard London End
RI ‘G’ + PLS - Goods (Wash) Rd
RI ‘S’ + PLS - Sidings
RI ‘2’ + PLS - 2 Road
L357 - Crossover DE to UE (Bi Directional) RI UE
L387 - Access to Chadwell Heath Turn Back - Single Yellow + ‘T’
L431 - Access to Gidea Park CS and MS - PLS + CS / MS
(SPAD Indicator)
L433 - Crossover UE to UM (Gidea Park Junction) RI UM / Check Diagram if booked to go UM - Possible no ‘Check Down’
Signal Protects trains leaving Gidea Park Depot CE
L479 - Signal on RHS
L483 - Signal on RHS
L487 - Countdown Markers - Late Sighting Signal
L491 - Access to Platforms:
5 - Main Aspect only
4 - Main Aspect RI + 4
3 - If allocated DO NOT TAKE!
2 - Main Aspect + RI 2
1 - Main Aspect + RI 1

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25
Q

Important signals on DM?

A

L25 - Platform 9 - Liverpool Street Mid Platform Starting Signal
L29 - Platform 10 - Liverpool Street Mid Platform Starting Signal
L33 - Platform 11 - Liverpool Street Mid Platform Starting Signal
L37 - Platform 12 - Liverpool Street Mid Platform Starting Signal
L57 - No AWS

26
Q

What is the ‘8 point’ fault finding check?

A
  1. Train divided.
  2. Flashing BIL lights.
  3. TPWS Panel.
  4. Duplex Gauge (Main Res and Brake).
  5. Line Volt light.
  6. VCB light.
  7. Interlock light.
  8. Circuit Breakers (MCBs on Bulkhead).
27
Q

Explain Differential Speed Restrictions?

A

If there is a differential permissible speed, or a differential temporary or emergency speed restriction, the higher speed applies to passenger, parcels and postal trains (loaded or empty) and light locomotives.

The lower speed applies to all other trains.

28
Q

What are Cab Passes?

A

Green:
Able to Instruct and Assess - DI / DTL / DTM
Competent in Route, Rules and Regulations.
Allows 4+ the holder of pass in cab.

Blue:
Head of Departments / MD.
Competent in Rules and Regulations.
Allows 4+ the holder of pass in cab.

Yellow:
NR Staff / Fitters.
Not Competent in Rules and Regulations - PTS Trained.
Allows pass holder only.

Purple:
MTR HQ Staff.
Not Competent in Rules and Regulations or PTS.
Allows pass holder only.

29
Q

When should you use the DRA?

A
  1. Being held at a Red signal.
  2. Being held at any other Stop indication (Stop board etc)
  3. REGC (Rail Emergency Group Call)
  4. Entering Cab
  5. Exiting Cab
  6. Changing Ends
  7. Relieving another driver
  8. When entering a station with no starting signal, and previous aspect entering station was a Single Yellow
  9. Proceed on Sight of Authority
  10. Position Light Signal
  11. Passed signal with authority
30
Q

Explain SAS SPAD?

A

Starting Against Signal.

This type of SPAD presents a significant risk as not all signals are fitted with TPWS.

The driver often believes that the signal was showing a proceed aspect and accelerates the train accordingly.

This can be done very easily, by:

  1. Not checking the signal, assuming its OFF.
  2. Not using the DRA when coming into a Platform, when previous signal was a Single Yellow.
  3. Resetting DRA without checking signal.
  4. Looking at wrong signal.
  5. Failure to control distraction.
  6. Failure to remember the aspect of the signal just passed.
31
Q

Explain SOY SPAD?

A

Starting On Yellow.

This is where the previous signal was displaying a caution (Single Yellow) aspect, and the next signal is beyond the Station Platform.

This can be done very easily, by:

  1. Not checking the AWS Visualiser.
  2. Not using the DRA when coming into a Platform, when previous signal was a Single Yellow.
  3. Resetting DRA without looking at AWS Visualiser.
  4. Failure to control distraction.
  5. Failure to remember the aspect of the signal just passed.
32
Q

Explain AWS?

A

Provides Audio and Visual warnings to driver.

Should the driver fail to respond to a warning indication, an emergency brake application will be initiated.

Majority of signals are fitted with AWS.

AWS does not relieve the driver of the responsibility of observing and obeying lineside signals and indicators.

AWS consists of track and train equipment.

At through stations where the permitted speed is 30 mph or less and the layout is complex, AWS track equipment need not be provided. Where this occurs, these are called AWS gap areas.

Where a line is not fitted with AWS, this is shown in the Sectional Appendix.

Where a reduction in permissible speed is provided with a warning indicator (i.e. the permissible speed on the approach is 60 mph or more and the reduction in the permissible speed is at least one third) an AWS permanent magnet is provided 180 metres on the approach to the warning indicator.

AWS magnets are also used to alert the driver to the following:

• Level crossing warning boards or indicators.
• Temporary speed restriction warning boards.
• Emergency speed restriction warning boards and emergency indicators.

AWS Audio:
• a clear indication (bell or electronic equivalent).
• a warning indication (horn or electronic equivalent).

AWS Visuals:

The black indication advises the driver that the associated signal is showing a green aspect or ‘all clear’. It also advises the driver that the audible warning has not been acknowledged and, if not acknowledged, the brakes will be applied.

The yellow and black indication advises the driver that a warning indication has been acknowledged.

AWS/TPWS acknowledgement button:

The AWS/TPWS acknowledgement button is used to acknowledge an AWS audible warning. If an AWS audible warning is not acknowledged within two to three seconds an emergency brake application will occur.

AWS isolation/fault indicator:

Some traction units are fitted with a visual indicator to advise the driver of a fault with the AWS, and when the AWS has been isolated.

The yellow isolation/fault indicator gives three indications.
• Off - AWS state is normal.
• Flashing - A fault has been detected in the train AWS equipment.
• On (steady) - The train AWS equipment has been isolated.

The driver will receive a warning indication when passing over an AWS depot test magnet.

AWS is not capable of distinguishing between a red, double yellow or single yellow aspect.

33
Q

Explain TPWS

A

The purpose of TPWS is to stop the train by automatically initiating a brake demand, where TPWS track equipment is fitted, if the train has:
• passed a signal at danger without authority
• approached a signal at danger too fast
• approached a reduction in permissible speed too fast
• approached buffer stops too fast.

TPWS is not designed to prevent SPADs but to mitigate against the consequences of a SPAD, by preventing a train that has had a SPAD from reaching a conflict point ahead of the signal.

TPWS does not relieve the driver of responsibility for observing signals and speed restrictions.

TPWS is provided at certain signals, approaching some speed restrictions and all buffer stops on platform lines. Not all signals are provided with TPWS equipment as fitment is dependent on the risk involved.

The TPWS system consists of track and train equipment. The track equipment creates an electro-magnetic field which an aerial under the train detects.

TPWS is provided:
• on passenger lines, at all main running signals capable of showing a stop aspect (including some stop boards) which protect crossing or converging movements
• at any signal capable of showing a stop aspect on a non-passenger line, where that signal that protects a crossing of, or convergence with, a passenger line
• at stop signals where conflicting movements could take place in the overlap of the next stop signal ahead
• on the approach to the buffer stops at the end of passenger platforms. These are fitted approximately 65 metres (70 yards) from the buffer stops, and will trigger a brake application at speeds greater than 10 mph
• on the approach to permissible speed reductions, where the permissible speed on the approach is 60 mph or more and the reduction in the permissible speed is at least one third.

TPWS track equipment consists of a train stop system (TSS) and overspeed sensor system (OSS).

Train Stop System (TSS):

The TSS is mounted in the four-foot at the associated signal. It is energised when the signal is at danger. It is de-energised when the signal is showing a proceed aspect or indication.

An OSS comprises two transmitters: an arming loop and a trigger loop. When a train passes over an arming loop, the on-train equipment detects it and starts an internal timer. If the train passes over a trigger loop within a designated time period, indicating that the train is exceeding the ‘set speed’, then the on-train TPWS equipment will initiate a brake demand.

On-train TPWS equipment:
The following equipment is provided on each fitted traction unit.
• TPWS receiver.
• TPWS control panel (standard or enhanced version).
• AWS/TPWS acknowledgement button.
• TPWS temporary isolation switch.
• AWS/TPWS full isolation switch.

The TPWS control panel is found in the driving cab and has two indicators and one illuminated button as follows:
Brake demand indicator
The red brake demand indicator gives three indications.
• Off - No brake demand has been initiated.
• Flashing - TPWS or AWS has initiated a brake demand that has yet to be acknowledged by the driver.
• On (steady) - The brake demand has been acknowledged by the driver.

Temporary isolation/fault indicator:
The yellow temporary isolation/fault indicator gives three indications.
• Off - TPWS state is normal.
• Flashing - A fault has been detected in the train.
• On (steady) - TPWS equipment, or the start-up test has not been completed successfully or the train TPWS equipment has been temporarily isolated.

The on-train TPWS carries out a self-test whenever the driving cab is opened, to check that the equipment is functioning correctly. When this test starts, all three indicators illuminate.

If a fault is detected during the power-up test, or the test is not successful, then the ‘Temporary Isolation/Fault’ light flashes. This might happen if the TPWS receiver is over an active loop, in which case the test cannot be completed while the train remains over the loop.

Train stop override button:
Where authority has been given in accordance with the rules to pass a signal at danger, the yellow button is used to override the brake demand from the TSS loop for approximately 20 seconds (generally for passenger trains) or 60 seconds (generally for slower accelerating freight trains).

Once pressed the Train Stop Override button will illuminate. It will extinguish when the train passes over the TSS.

AWS/TPWS acknowledgement button:
In driving cabs fitted with the standard TPWS control panel, the AWS/TPWS acknowledgement button is used to acknowledge TPWS brake demands.

If the TPWS system initiates a brake demand, the TPWS brake demand indicator will flash and the brakes will apply. Note that there will be no audible warning.

Once the AWS/TPWS acknowledgement button is pressed and released, the TPWS brake demand indicator will go on (steady). The brakes will release and the indicator will clear, 60 seconds after the brake demand was initiated.

It is important to note that there is a potential for confusion over the cause of the emergency brake demand if the AWS/TPWS acknowledgement button is pressed 60 seconds or more after the initial brake demand. In these circumstances the brake demand indicator will immediately be extinguished.

The operation of the TPWS temporary isolation switch allows the driver to perform certain operational movements, which would otherwise cause an unintentional brake demand, such as movements during temporary block working, propelling or within T3 possessions.

The rules and regulations detail when the TPWS temporary isolation switch may be operated.

If the TPWS is temporarily isolated, this will not affect the AWS.

AWS/TPWS full isolation switch:
Traction units are fitted with AWS and TPWS full isolation switches.
It may be necessary to operate the AWS/TPWS full isolation switch when there is a fault with the AWS system.

If a train stops directly over an AWS magnet, then the driver will not be able to cancel the AWS. If no other option is available (for example, changing ends), it may be necessary for the driver to operate the AWS/TPWS full isolation switch.

In cabs fitted with the standard TPWS control panel, if the driver isolates the AWS, the TPWS will be isolated automatically.

34
Q

Explain Route Conducting?

A

Before moving, both parties must reach a clear understanding:

Job brief: Purpose of being conducted.
Has the driver that is being conducted ever used the current type of signalling?
Has the driver that is being conducted ever used AWS / TPWS?
Does the driver being conducted know the Line Speeds and Crossovers?
Does the driver being conducted know the Gradients and Curvatures of route?
Does the driver being conducted know the listed areas of Low Adhesion?
Does the Conductor know about the communication and safety equipment on board?

The Conductor is responsible for safe passage train.
The Conducted driver is responsible for safe braking of the train?
If a SPAD occurs, both drivers are responsible.

35
Q

What is Low Rail Adhesion?

A

Areas of known Low Rail Adhesion are listed in the Sectional Appendix.

If you experience Low Rail Head Adhesion within the listed areas, which is worse than expected, then this is to be reported as Exceptional Low Rail Head Adhesion conditions.

If you experience Low Rail Head Adhesion outside of the listed areas, this is to be reported as Low Rail Head Adhesion conditions.

Green Day - Below Average Leaf Fall - Normal Risk LRHA
Amber Day - Average Leaf Fall - Moderate Risk LRHA
Red Day - Above Average Leaf Fall - High Risk LRHA
Black Day - Exceptional Leaf Fall - Extremely High Risk LRHA

Drivers to drive defensively and brake much earlier and lighter than usual.

36
Q

Train classes?

A

Class 1:

Express passenger train Nominated postal or parcels train
Breakdown or overhead line equipment train going to clear the line (1Z99)
Traction unit going to assist a failed train (1Z99)
Snow plough going to clear the line (1Z99)

Class 2:

Ordinary passenger train
Officers’ special train (2Z01)

Class 3:

Freight train if specially authorised
A parcels train
Autumn-railhead treatment train
Empty coaching stock train if specially authorised

Class 4:

Freight train which can run up to 75 mph (120 km/h)

Class 5:

Empty coaching stock train

Class 6:

Freight train which can run up to 60 mph (95 km/h)

Class 7:

Freight train which can run up to 45 mph (70 km/h)

Class 8:

Freight train which can run up to 35 mph (55 km/h)

Class 9:

Class 373 train
Other passenger train if specially authorised

Class 0:

Light locomotive or locomotives

37
Q

Explain signal irregularities

A
  1. Stop and secure train immediately.
  2. Call signaller to confirm aspect.
  3. Fill out RT3185 form (Part 4) - Go through this with signaller.
  4. Make PA to passengers to keep them informed.
38
Q

Explain Passing a Signal at Danger?

A

You may be authorised to pass a signal at danger or an end of authority (EoA) to be passed without a movement authority (MA) only in the following circumstances.

  1. The signal is defective or disconnected.
  2. ERTMS equipment is defective or disconnected and is
    preventing an MA from being issued.
  3. The signal cannot be cleared or an MA cannot be sent because signalling or level crossing equipment has failed.
  4. The signal is to be passed at danger or an EoA passed without an MA for shunting purposes.
  5. The signal cannot be cleared because a train or movement which has reversed is then required to start from beyond that signal.
  6. An electric train is to pass the signal or EoA protecting an isolated section and proceed towards the limiting point.
  7. A train has been accepted using restricted acceptance because the line is clear only up to the home signal of the next signal box and the section signal cannot be cleared.
  8. In an emergency, and then only when authorised by the signal box supervisor or Operations Control, on a TCB or ERTMS line a signal or EoA is to be passed, so that a train carrying passengers can enter an occupied section to use a station platform.
  9. An engineering train is to:
    • move towards a possession, or
    • leave a line under possession at an intermediate point.
  10. A train is to pass the signal or EoA protecting engineering work under the requirements of module TS1 General Signalling Regulations, regulation 13.2 to gain access to:
    • a station where the train is required to start back
    • a line under single line working
    • a siding.
  11. The line is to be examined to check that it is clear.
  12. A train is to proceed at caution through an absolute block section from the signal box in rear when a failed train has been removed.
  13. A train is to enter the section after:
    • a train or vehicle that has proceeded without authority has been removed, or
    • the front portion of a divided train has passed through the section.
  14. A train is to enter the section to:
    • assist a failed train
    • evacuate passengers from a failed train
    • remove a portion of a divided train
    • remove a train or vehicles that have proceeded without authority.
  15. Single line working applies.
  16. Working by pilotman or modified working applies.

Driver getting authority:

You can only pass a signal at danger or an EoA without an MA in driver
any of the circumstances described in section 1.1 of this module.

Before passing a signal at danger or an EoA without an MA, you must get the personal authority of:
• the signaller, or
• the shunter acting on the signaller’s instructions when making a
shunting movement, or
• the pilotman or handsignaller acting on the signaller’s instructions, or
• another competent person where authorised in the rules.

39
Q

Explain Assistance Protection?

A

You must place three detonators 20 metres apart on the line on which your failed train is standing 300 metres from your train in the direction from which the assistance will approach.

You must place the protection at the stop signal or block marker in the direction from which the assisting train will approach, if:
• the signal or block marker is less than 300 metres from where your failed train is standing, and
• the signaller can confirm that this stop signal or block marker is protecting your failed train.

40
Q

Explain Emergency Protection?

A

You need to carry out emergency protection only if:
• the signaller cannot be contacted immediately, and
• your train has failed within a temporary block working section.

After placing standard assistance protection in rear of your train,
you must continue until:
• you have reached the full protection distance of 2 kilometres, where you must place three detonators on the line 20 metres apart, or
• you can communicate with the signaller.
If a train approaches before you reach the full protection distance, you must immediately place three detonators on the line and show a hand danger signal to the driver.
If you reach a telephone linked to a signal box, or reach a signal box, within the full protection distance, you must:
• first place three detonators on the line at the telephone or at the signal box
• speak to the signaller.
If you reach a tunnel entrance before reaching the full protection
distance, you must place three detonators at the tunnel entrance.
If the full protection distance then falls inside the tunnel, you must continue through the tunnel to the far end and place three detonators there.

41
Q

General principles of rescuing a failed train?

A

Secure the failed train.
Contact signaller / control - follow instructions - Detrain or Assistance.
Make continuous PA’s to keep passengers informed - every 5 minutes.
Check on passenger welfare - every 15 minutes.
Have a SSOW (Safe State of Working) in place - Plan - Do I need to block adjacent lines - Liaise with MOM.
MOM / TOLO / RIO to be involved - Dependant on severity.
At least 2 competent people required to Detrain.

42
Q

What is a MOM / TOLO / RIO?

A

MOM - Mobile Operations Manager.
TOLO - Train Operator Liaison Officer.
RIO - Railway Incident Officer.

43
Q

What would be the head code for an assisting train?

A

1Z99

44
Q

What is LORT / SLORM?

A

LORT - Line of Route Technician.

SLORM - Shift Line of Route Manager.

45
Q

Bi Directional working on our route?

A

Up Road in Down Road Direction:

Bow Junction:

DM - UTM only - 40 mph LS / 40 mph COS.

Carpenters Road South Junction:

DE - UE only - 20 mph LS / 40 mph COS.
DM - UM only - 50 mph LS / 50 mph COS.

Stratford Country End Crossovers:

End of Bi Directional on UE - But can access UM via DE -
50 mph LS / 50 mph COS.

Forest Gate Junction:

End of Bi Directional on UM - DE only - 70 mph LS / 50 mph COS.

Ilford Platform 4 - From Ilford Yard LE:

DE to UE - JI R1 - 30 mph LS into Platform 4 / 20 mph COS /
40 mph LS

Gidea Park Station Platform 4:

DE to UE - JI R1 - 30 mph LS into Platform 4 / 15 mph COS /
70 mph LS

Brentwood Station Platform 4:

DE to UE - RI UE - 40 mph LS / 40 mph COS

Down Road in Up Road Direction:

Forest Gate Junction:
UE - DE 70 mph LS / 50 mph COS
UE - DM 90 mph LS / 50 mph COS
UM - DM 90 mph LS / 50 mph COS

Carpenters Road South Junction:
End of Bi Direction on DE - UE only.

Bow Junction:
End of Bi Directional on DM - UM and UE.

46
Q

Explain Passing an intermediate block home signal at danger?

A

If you cannot contact the signaller by any means, you may pass an intermediate block home signal at danger on your own authority.

Before starting:
You must operate the TPWS train stop override button.

During the movement:
You must proceed at caution, even if the line appears to be clear.
You must not exceed 10 mph through any tunnel.
You must pass over any automatic level crossing only if you are sure it is safe to do so.

At the next stop signal:
You must stop at the next stop signal and contact the signaller
even if the signal is displaying a proceed aspect.
If the signal is displaying a proceed aspect and you are not able to contact the signaller by any means, you may proceed at caution towards the next stop signal or signal box.
If the signal is at danger, you must contact the signaller in the quickest possible way before proceeding.

46
Q

Explain passing a signal at danger controlled from a signal box that is closed?

A

Preconditions:
You may only pass a controlled signal at danger on your own authority if you have confirmed that the controlling signal box is closed.

Before starting:
You must make sure that any points, switch diamonds or swing-nose crossings worked from the signal box that is closed are set correctly for the movement.
You must operate the TPWS train stop override button.

During the movement:
You must proceed at caution, even if the line appears to be clear.
You must not pass over any points, switch diamonds or swing-nose crossings at more than 15 mph.
You must not exceed 10 mph through any tunnel.
You must pass over any automatic level crossing only if you are sure it is safe to do so.

At the next stop signal
You must repeat the requirements of sections as above of this module at any other controlled signal at danger that is operated from the same signal box.

At the next signal box:
When you reach the next signal box, you must contact the signaller there at the first opportunity.:

47
Q

Explain Bell Buzzer Codes?

A
  1. Stop
    1-2. Close power-operated doors
  2. Ready to start
    2-2. Do not open doors (driver and guard to speak to one another)
  3. Set back
    3-1. Lock central door locking
    3-2-1. Testing doors
    3-3. Guard required by driver, or guard or driver to speak on the telephone
    3-3-1. Release central door locking
  4. Slow down
  5. Draw forward
  6. Police assistance required
48
Q

What are the codes for AWS / TPWS faults?

A
Clear:
01. Horn and Bell (Bell) 
02. Horn instead of Bell
03. None

Warning (Horn):
04. Bell and Horn
05. Bell instead of Horn
06. Brake without Horn
07. None
Indicator did not change to 7a Yellow and Black (this is not a fault if it occurs after cancelling the AWS indication received when setting a driving cab into service)

None:
08. Horn 
09. Bell
10. Unable to cancel 
11. Indicator did not change to all black
12. AWS failed to arm 
13. AWS failed to disarm 
14. ATP/TVM failed to arm 
15. ATP/TVM failed to disarm 
16. TPWS failed to activate 
17. TPWS operated when not required
49
Q

Explain PoSA?

A

A Proceed-on-Sight Authority (PoSA) is a signal aspect that can be associated with a stop signal.

When it displays two flashing white lights at 45 degrees this means:
• the signal itself, or the signalling equipment, has failed
• the points are in the correct position for the train
• the driver is authorised to proceed at caution
• the driver must obey other signals or indications on the driver machine interface (DMI).

If you have stopped or nearly stopped at a signal at danger and the PoSA is displayed, you may proceed past the signal even though the main aspect is at danger or is unlit.

The signaller may need to give you instructions before clearing a PoSA signal. You must carry out these instructions.

You must tell the signaller immediately, stopping the train specially if necessary, if you see any of the following failures or irregularities at a PoSA signal:
• Only one white light is showing.
• When it is illuminated, it is not flashing.
• A route indicator is not displayed when one should be.

You must complete a Reporting a signal/AWS//TPWS/ERTMS/ATP/ TVM Failure or Irregularity form (RT3185) at the first convenient opportunity without causing delay and send or hand it to the person shown in your company’s instructions before leaving duty.

You must proceed at caution throughout the section to the next stop signal (or buffer stops if there is no stop signal ahead) unless full supervision (FS) mode is received before the next stop signal.

You must set the driver’s reminder appliance (DRA) when stopping, or stopped at a station platform after having passed a PoSA aspect.

You must only reset the DRA when:
• there is a platform starting signal and it shows a proceed aspect
• there is a platform starting signal and you have been given permission to pass it at danger
• you have authority to start the train where there is no platform starting signal.

On lines signalled in both directions, due to the nature of the signalling failure, the AWS equipment may not be suppressed for movements in the opposite direction to your train and you may receive a warning indication. You must cancel and disregard this AWS indication.

After passing through the affected section, when you arrive at the
next signal, you must obey the aspect displayed.

If no main aspect is shown at this signal but a PoSA aspect is displayed, you may obey the PoSA aspect.

A Signaller can:

Operate a PoSA control to allow a train to approach a signal with a defective main aspect.

The Signaller must tell the driver what is happening and that the signal or signals ahead are defective, unless you are sure the defective signal is:
• showing a red aspect, or
• showing the correct aspect.

A Signaller can:

Operate a PoSA control to allow a train to examine the line in a section that is affected by a track circuit that has failed to clear or shows occupied for some other reason.

Operate a PoSA control to allow a train to approach a signal ahead where the TPWS equipment has failed and is preventing the main aspect of the signal fitted with a PoSA from showing a proceed aspect.
The Signaller must:

Make sure the line ahead is clear under the same conditions as it would be for the main aspect to be cleared.
Must tell the driver what is happening and that the TPWS equipment at the signal ahead has failed.

50
Q

Explain Passed Signal with Authority?

A

This is when a signal cannot be cleared when held at danger.

Authority MUST be given by signaller to proceed past a signal at danger.

The driver must use Train Stop Override Button before passing the signal at danger (allowing 20 seconds to pass).

You must only pass 1 signal held at danger, upon being given authority at a time.

You must follow all instructions given by signaller.

51
Q

How many LOS (Limit of Shunt) on route and locations?

A
  1. USD Shenfield - LOS
  2. DM Shenfield - LOS
  3. DE Shenfield - LOS
  4. DGL Romford - LOS
  5. DM Romford - LOS
  6. UM Chadwell Heath - LOS
  7. C Inlet Road Ilford - LOS
52
Q

Stations on route with ‘No’ starting signal?

A

UE:
Brentwood - Platform 3

DE:
None

UM:
Brentwood - Platform 1
Gidea Park - Platform 1
Forest Gate - Platform 3

DM:
Forest Gate - Platform 4
Manor Park - Platform 4
Ilford - Platform 2
Gidea Park - Platform 2
53
Q

Stations on route that use CD RA and platform numbers?

A
Shenfield:
Platform 1 - UPL
Platform 2 - UM
Platform 4 - UE
Platform 5 - DE for Up Road

Gidea Park:
Platform 3 - UE
Platform 4 - DE

Ilford:
Platform 3 - UE

Stratford:
Platform 5 - UE
Platform 8 - DE

Liverpool Street:
All Platforms

54
Q

Stations on route that DOO Monitors and Look Back?

A

UE:
Manor Park
Maryland

DE:
Maryland
Chadwell Heath
Romford
Harold Wood
Brentwood - Up and Down Road movements.
UM:
Romford - Mirrors
llford
Maryland - Stop beyond Monitors
Stratford - Mirrors / Monitors / Baton
DM:
Stratford - Mirrors / Monitors / Baton
Maryland
Forest Gate
Manor Park
55
Q

High speed Crossovers on route?

A

Up Road:

Seven Kings Station Country End - UE to UM - 50 mph JI R4
Ilford London End Junction - UE to UM - 50 mph JI R1
Ilford Station London End - UM to UPA - 50 mph JI R1
Up Passenger Avoiding Ilford - UPA to UM - 50 mph JI R4

Down Road:

Seven Kings Station End Country - DE to DM - 50 mph JI R4

56
Q

What is a Controlled Test Stop?

A

Can be requested by the signaller after reports of Low Rail Adhesion conditions have been reported by another driver.

Before a controlled test stop is made, you must arrange and agree with the signaller:
• for the signal, where provided, to be cleared
• for an MA to be issued beyond the EoA, if there is one
• where permissive working is authorised, make sure the platform line is clear.

In the case of a dead-end platform, you must not carry out a test stop unless you have been told that the rail head has been treated.

When the signaller tells you to make a controlled test stop, you must brake the train using the technique that you would normally use for the weather and rail adhesion conditions at the location, rather than that used for the low or exceptionally poor rail-head adhesion conditions.

57
Q

What is in the WON?

A

Weekly Operating Notice.

Safety Notices.

Section A - Temporary Speed Restrictions:
Location / Speed / Traffic

Section B - Engineering Arrangements:
Time / Location / Traffic / Protection Limits / General Remarks

Section C - Signalling and Permanent Way Alterations:
Signal Number / Location / Work to be carried out

Section D - General Instructions and Notices:
Rule Book Amendments / Sectional Appendix Amendments
Multi SPAD Signals Table

58
Q

What is in the PON?

A

Periodical Operating Notice.

Published Quarterly on first Saturday:
March
June
September
December

Part 1 - Items published for the first time in this notice:
National Operating Instructions
Rule Book Amendments

Part 2 - Items previously published in this notice
Rule Book Amendments
Miscellaneous Instructions

59
Q

What is in the SON?

A

Supplement to weekly Operating Notice - SON.

Additions to Temporary Speed Restrictions
Cancellations and Amendments to Temporary Speed Restrictions
Additions to Engineering Arrangements
Cancellations and Amendments to Engineering Arrangments
Additions, Cancellations and Amendments to Section C and D

60
Q

What is a Multi SPAD signal and how many on our route?

A

At any point in time, a signal is said to be a Multi SPAD signal if there has been 2 or more SPADs at that particular signal within a 5 year period prior to that point.

Maryland - DE / DM
Shenfield - DE

61
Q

Where do we have manual TRTS on our route?

A

Gidea Park Country End Spur
Gidea Park Middle Sidings
Aldersbrook Sidings - All Roads