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GWS.X > 3.2 > Flashcards

3.2 Flashcards

1
Q

Log IN to OTDR

A

Enter
2217
Enter

Headcode
Enter x2

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2
Q

Log OUT of OTDR

A

Enter x2
Clear x4
Enter x2

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3
Q

Log in to GSM-R

A

Registration button (top right)
Headcode
3 digit signal number

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4
Q

Log out of GSM-R

A

Remove drivers key

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5
Q

Explain the electricity supply (…… National Grid 400,000 volts - Power Station 3 phase supply…….)

A

National Grid provides 400,000 volts to the Power Station
The Power Station has a 3 phase A/C supply. One feed goes to domestic and industrial use…. the other 2 feeds go to the railway industry
Sub Station Transformer
Passes to feeder stations
25,000 v overhead supply
Pantograph
Transformer
1,500 v to Traction Convertor
240 AC to…..
240 AC also passes through Auxiliary Convertor which converts it to 110 DC for….

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6
Q

240 AC =

A

Auxiliary Convertor Case

Main Tranformer Oil Pump
Main Compressor

Cab Heater
Saloon Heating
Immersion Heater
Retention tank Heater

Traction Convertor Fans
Toilet Extraction Fan

Cleaners socket outlet
Voltage Transformer in toilet

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7
Q

110 DC =

A

110v 72 cell batteries
Batter charger

AWS/TPWS/DSD Vigilance/DRA

Cab lights
Saloon lights
Emergency lights
Headlight, marker, tail lights

GSM-R
PA and Passcomms

PBC
Brake Unit

Auxiliary Compressor
Air Con (cab)
Door control unit
Wheelslip equipment

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8
Q

323 Isolating switches =

A

ATPIS
AWSIS
EBS
PCIS
TIS
VIS
DSDIS

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9
Q

What are your immediate actions if the ADD operates?

A

Pan down immediately
Stop immediately
Contact signaller

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10
Q

Vehicle numbers for DMS A, TS, DMS B

A

DMS A - 64xxx
TS = 72xxx
DMS B = 65xxx

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11
Q

323 max speed =

A

90mph

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12
Q

323 can be coupled with…. (5)

A

Another 323
Train with Tightlock Automatic Coupler
Train with a Buckeye
Train with “Emergency Adapter Coupling”
Loco with a “Match” vehicle

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13
Q

TAC stands for?

A

Tightlock Automatic Coupler

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14
Q

Explain the layout of the Neutral Section…..

A

155 feet
APC magnet - 100ft run in - 15ft dead section - 40ft run out - APC magnet

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15
Q

DSD released if in motion =

A

5 seconds before EBA
60 seconds and a DSD alarm gets sent to the signaller

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16
Q

Emergency cupboard contents =

A

Saw
7lb Lump hammer

Crowbar
Axe
Rope

Ladder
First Aid kit
Emergency Schrader hose
Mushroom coupling pin

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17
Q

Raise Pantograph =
(What do you look out for after the Pantograph has been raised?)

A

Driver key in and turn
Direction Selector to Neutral (press AWS button)
Auxiliaries ON
Pan up 10 seconds
….
Then watch out for:
Line light comes on
VCB light goes off
Batter charger light goes blue
Passcom light goes off
Main air rises to 7 bar and Brake res air rises to 4.5 bar

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18
Q

Air system =

A

Pan up, Compressor starts
Compressor Governor starts and stops the Compressor at 8.5 and 10 bar

Air goes through Main Reservoir Tank
Through a reducing valve at 7 bar

Air is then passed through the After Cooler and Twin Tower Air Dryer into the Main Reservoir Pipe

Air is then passed through flexible hoses and the MRPCC from the Main Reservoir Pipes to…..

Both of the DMS vehicles to things like…..
Brakes, Parking Brake
VCB, Pantograph, ADD
Air suspension
Horn
Windscreen washers
Sanders

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19
Q

Brake Frame DMS

A

ASIC 1
ASIC 2
BIC
ASIC
BSRIC

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20
Q

Auxiliary Frame TS

A

ASIC
MRIC
ASIC 2
ASIC 1

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21
Q

Brake Frame TS

A

CGIC
BIC
MRIC
BSRIC

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22
Q

Sand button =

A

Press for 10 seconds, then wait 50 seconds before more is available

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23
Q

Isolate air suspension speeds =

A

Vehicle empty = Linespeed
Passengers in affected vehicle = 45mph

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24
Q

VCB opens =
VCB closes =

A

VCB opens = Line light off, VCB light on
VCB closes = Line light on, VCB light off

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25
Q

Transformer windings =

A

Primary - 25,000 volts
Secondary 1 and 2 - 1,500 volts - 1 for each Traction Convertor
Tertiary - 240 volts

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26
Q

Transformer fault indications =

A

Primary Overload - if overvoltage in the primary winding, VCB opens
Secondary overload 1 and 2 - overvoltage in 1 or both of the Secondary Windings, it will not allow traction power to the relevant traction motors
Transformer over temperature - Too high then power is lost - VCB remains closed to allow oil to pump. Power regained at 110 degrees

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27
Q

Reset MCB max of how many times?

A

3 with 30 second break in between

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28
Q

Traction Convertor taking power =

A

Power is distributed from the Transformer Secondary Windings (1500V) via Jumper Cables to the Traction Converter and then power is distributed to the 4 Traction motors on each DMS
(Transformer - Traction Converter - Traction motors)

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29
Q

Traction Convertor when braking =

A

Traction motors reverse…. they act as AC generators supplying power for regenerative braking between 0 - 1950 AC (depending on what level of brake applied). Power not used is sent back to OLE via Transformer

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30
Q

Can’t take power?

A

AWS/TPWS activation
DSD/Vigilance activation

Emergency plunger
PBC in emergency
Key in both cabs
Drum switch wrong position
Main Reservoir air pressure falls below 5.2 bar

Passcomm pulled
Emergency Egress handle pulled
Doors open

Auxiliary Supply MCB
Train Brake MCB
Local Brake MCB
Train Door Control MCB
TPWS MCB

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31
Q

Parking brake =

A

Spring applied, air released at 4.5 bar

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32
Q

Secure cab =

A

Windows closed
DRA set
PBC in step 3
Direction Selector is OFF
Remove key
Set lights

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33
Q

Drum switch positions =

A

Uncoupled
Air
Coupled air and electric

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34
Q

Couple button =

A

Press for 5 seconds
Operates Drum switch, provides electrical continuity through formation

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35
Q

Passcom activates, driver speaks….

A

“This is the driver speaking
Please state the nature of your emergency
Speak clearly into the microphone next to the red alarm handle
Please speak now”

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36
Q

Operate BIC, remember to….?

A

Do rotational test

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37
Q

Operate TIS, remember to…..?

A

Physically check all doors on both sides. Re-check every time doors are released and closed on whatever side it applies to

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38
Q

Main Reservoir Governor =
Brake Reservoir Governor =
Auxiliary Compressor Governor =
Compressor Governor =
Safety valve =

A

Main Reservoir Governor = 5.2 / 6.7 bar
Brake Reservoir Governor = 5.2 / 6.5 bar
Auxiliary Compressor Governor = 5.4 / 6.5 bar
Compressor Governor = 8.5 / 10 bar
Safety valve = 10.7 bar

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39
Q

How many traction motors on each DMS?

A

4

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40
Q

Isolate the PAN =

A

PANIC in the TS roof

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41
Q

Isolate the VCB or ADD =

A

Pan air system cubicle in TS alongside the emergency equipment cupboard

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42
Q

What do you do with TIS when changing ends?

A

Put TIS in the normal position and then reinstate it at the opposite end you will now be driving from

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43
Q

Explain the coupling procedure…..

A

Stop the train at 2 metres short. PBC into full service & DRA on.

Leave the cab and do the following checks:-
• Signals
• No non multiple stickers in either cab
• Doors closed and all BIL lights off
• Coupling jaw open on at least one unit
• Couplers in-line and level
• Electrical covers closed

Then return to the driving cab & make sure doors are closed
Draw train to 2 feet and stop
Draw forward in power notch 1 only and at no more than 2 mph and make gentle contact with the units
Do a push and pull test to ensure coupling has been successful
Then secure cab

Leave the cab and ensure the butterfly flaps are at a angle of 45 degrees and check the electrical covers have opened fully

Re enter cab, close doors, and hold couple button for at least 5 seconds.
Move Direction Selector to Forward OR Reverse, and the PBC into step 2 and then direction controller back to neutral

Go to the other cab and check that is registering step 2 in the cab ENSURING BRAKE CONTINUITY

Ensure correct frontal lights in both cabs (external lights OFF) and secure both cabs

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44
Q

What indications do you receive when your Auxiliary Control trips? What light do you get in the cab? What is the main thing you lose? How long do you have before your unit is a failure?

A

Battery charger from BLUE to RED
General fault light in cab when you key out
FIP fault lights in TS (Local and Auxiliary Control)
Saloon lights go out
Lose your 110v supply
Lose aux converter
Only 40 mins to clear the line

(Stop in a safe space (REMEMBER YOU STILL HAVE POWER) - 3X Pan Up - 3X MCB reset - Contact signaller/Control - Pan Down - AUX OFF - Direction Selector to OFF - Then reverse - Inform signaller and act on instructions)

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45
Q

How is the compressor driven?

A

Electrically

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46
Q

What happens to the Main Compressor, and what should you do, if you isolate the Compressor Governor?

A

The Main Compressor will run continuously but will be restricted by a SAFETY VALVE set at 10.7 bar. You must check the safety valve to check it is working…. otherwise the compressor might blow up!

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47
Q

How is the transformer cooled?

A

It is cooled by pumped oil which is contained in the transformer
Also cooled by forced air via the fins around the casing

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48
Q

Explain un-coupling procedure……

A

Ensure you have permission from relevant person.
Check :-
• Signals
• Make sure there is room for the move
• Make sure all doors are closed
• Make sure main res is at least at 5.5 bar

Make sure Direction Selector is in Neutral, then press “Uncouple button” for at least 5 seconds
Place PBC into reverse and apply no more than power notch 1 and move units apart the maximum of 2ft
Master switch into Neutral and PBC into full service

Leave cab and check electrical covers are closed

Set correct frontal lights

Inform relevant person that uncoupling has been completed

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49
Q

If the uncouple button is pressed, what must you ensure?

A

That the Units are separated

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50
Q

What would be the remedy if the Train Control MCB trips in BOTH DMS cabs?

A

Try and reset MCB 3x
Contact signaller and WMT control

You will need to be assisted so….
Lay assistance protection

When assisting train arrives…..
MECHANICALLY COUPLE to the other Unit (by putting drum switches in middle position)

BIC the brakes on failed unit (because you have not coupled electrically, there is still an EBA on the failed train and this is the only way of releasing the brakes)
(Temporary Isolate TPWS on assisting train if in the rear)

Driver and conductor of failed train travel in leading cab of failed unit…. So they can apply the parking brake in an emergency (i.e. unit detachment)
Proceed at 5 mph (no brake continuity due to mechanical coupling)

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51
Q

What is the difference between step 3 and emergency?

A

Emergency provides the train with 1 extra bar of brake. Must be used if you feel the train may not stop in time (stop signal or station)

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52
Q

What do we do to the train wires to apply the brakes?

A

De-energise them

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53
Q

How can we prevent air going into the brake cylinders on a vehicle?

A

By use of the BIC

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54
Q

There are two secondary windings in the Transformer…. what voltage do they run at?

A

There is one for each Traction Converter at 1500v AC

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55
Q

What is the function of the QUALITROL VALVE? What does it discharge? How would you know it has operated? What happens if it doesn’t reset by itself?

A

Operates to vent excess air pressure from the Transformer and will also discharge coolant
You would know it has operated because there would be a yellow pin coming out the bottom
The set will be a failure

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56
Q

What is the function of the over temperature relay and what symptoms will you receive in the cab? What will happen to VCB?

A

Power lost if the Transformer has overheated.
The VCB will remain set to allow the oil pump to still run to cool down the transformer
Key Out - General Fault Light in the cab
On the FIP in the TS vehicle you will have a Local and Transformer fault

Will only regain power when temperature falls below 110c
Must be reported

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57
Q

What does the VCB require to work correctly?

A

Minimum air pressure of 4.5 Bar
A battery voltage of at least 65v to close and work correctly

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58
Q

What symptoms do you receive when the Local Brake MCB trips in the LEADING CAB? What happens to the speedo? What fault lights x3?
Remedy?

A

Emergency brake on affected vehicle
Speedo to zero
Passcom alarm flashing
External BIL lights on affected vehicle
Cab door and affected vehicle doors not operating

Key out…..
General fault light
Local fault light on FIP
Wheel slide fault light on FIP

REMEDY….
3x MCB - Contact signaller & WMT Control, follow instructions - BIC vehicle - PCIS - Transfer PAX and lock vehicle out of use - EBS (ONLY if leading DMS) - 5mph due to no brake continuity

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59
Q

If the ADD occurs what indications will you receive in the cab?

A

The VCB light will flash and the Line Light will go out

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60
Q

What ensures the VCB is open when passing through a neutral section?

A

Automatic Power Control magnets

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61
Q

Where is the pantograph located?

A

It is on the TS Vehicle no 1 end closest to the DMS A

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62
Q

How far from the first APC magnet to the dead section?

A

100 feet

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63
Q

How long is the dead section roughly?

A

15 feet

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64
Q

What’s the distance from the dead section to the second set of APC magnets?

A

40 feet

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65
Q

Explain manual coupling…….

A

Stop the train at 2 metres short. PBC into full service & DRA on.

Leave the cab and do the following checks:-
• Signals
• No non multiple stickers in either cab
• Doors closed and all hazard lights off
• Coupling jaw open on at least one unit
• Couplers in-line and level
• Electrical covers closed

Then return to the driving cab & make sure doors are closed
Draw train to 2 feet and stop
Draw forward in power notch 1 only and at no more than 2 mph and make gentle contact with the units
Do a push and pull test to ensure coupling has been successful
Then secure cab and go and ensure the butterfly flaps are at a angle of 45 degrees and check the electrical covers have opened fully
MANUALLY OPERATE THE DRUM SWITCH ON BOTH UNITS!!!
Move direction controller to forward/reverse and then PBC into step 2 and then direction controller back to neutral
Go to the other cab and check that is registering step 2 in the cab ENSURING BRAKE CONTINUITY.
Switch to relevant lights in cabs.
Ensure correct frontal lights in both cabs and secure both cabs

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66
Q

What symptoms do you receive if the Traction Control MCB trips in TS Vehicle? What main light in the cab goes out? (Think loss of power = OLE). Battery light….?
Remedy?
(Hint, you do NOT get an EBA)

A

Total loss of traction power
Line light goes out, VCB light comes on
Battery light goes red after approx 15 secs

REMEDY
1x Pan Up - Stop in a suitable place - 3X MCB - Will need to be assisted - Lower Pantograph and PANIC once coupled

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67
Q

What are the three types of OLE?

A

Cantilever
Portal
Headspan

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68
Q

If you have stopped in the 100 foot run in section to the neutral section, what would you do?

A

Contact the signaller, then press Pan up/Reset button take power and gain power then shut off power before the dead section to coast through. Then press Pan up/Reset button again after the exiting APC magnet as it would be out of sync

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69
Q

What indications will you receive in the cab when your train goes over the first APC magnet?

A

Line light will go out and the VCB light will be illuminated

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70
Q

What is the overheight valve and how would you know it has operated?

A

The overheight valve stops the Pantograph from raising too high if there was a gap in OLE or a fault with the Pantograph

You will receive a flashing VCB light and the line light will go out

You must stop immediately and press the “Pan Down” button immediately and report to the signaller

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71
Q

What is the full procedure if the ADD occurs?

A

Press “Pan Down” button immediately
Stop
Contact the signaller

Have a look to see if there is any damage with the OLE or the Pantograph (in the down position)

If there is no obvious damage inform the signaller and……
PADIC
Raise Pantograph
Assess for damage again
Keep signaller informed

Max speed 100mph

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72
Q

If your Auxiliary Compressor does not start, what must you do to make it start?

A

Go to the TS MCB panel and operate the override push button which must be held for 2 minutes

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73
Q

How do the MCBs work on DC circuit?

A

Work on heat so if it exceeds the ampere rating it will trip

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74
Q

What indications will the driver receive if the Auxiliary Control MCB trips?
Remedy?

A

Battery charging light will go to red and your saloon lights go off.
Must key out to check General Fault light is on in DMS and Auxiliary Converter Fault light and Local Fault will be on in the TS

REMEDY
3x Pan Up - Safe space to stop - Contact signaller & WMT Control, follow instructions - 3X MCB - Then turn everything off and on again….. Pan Down, AUX OFF, Master switch OFF……

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75
Q

How is the Auxiliary Converter protected?

A

Auxiliary Control MCB located in the TS MCB panel

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76
Q

What does the variable load valve do?

A

It recognises the load inside the train and adjusts the brake pressures accordingly
This is referred to as variable load braking

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77
Q

What air pressure does the Main Compressor supply the Main Reservoir at? What does it then pass through to limit the pressure before going through the Main Reservoir Pipes?

A

8.5 bar to 10 bar
Passes through a REDUCING VALVE to limit the air in the main res to 7 Bar

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78
Q

How will the air suspension influence the brake cylinder pressure?

A

The variable load on the vehicle will be reflected in the brake cylinder pressure

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79
Q

What isolation cock must be operated to allow another traction unit to be coupled to it in the event of a damaged pipe or rupture?

A

Drum Isolation Cock

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80
Q

In terms of air pressure….. when would there be an emergency brake application? And then when would the brake release?

A

When main air gets below 5.2 bar
When air builds up to 6.7 bar

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81
Q

Where is the air suspension supplied from?

A

It is supplied from Main Res Pipe via ISO cocks

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82
Q

If a Train Brake Control MCB in a rear driving cab will not reset what isolation switch can be used to release the brakes and state the risks

A

EBS
The risk of people in rear of the driving cab not being able to use brake handles to apply an emergency brake. All unit emergency plungers are inoperative

Consider
Reduced brake force
No brake on an end vehicle
Passengers in an un braked vehicle

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83
Q

How is the Main Compressor protected?

A

Compressor Control MCB, located in the TS MCB panel
If MCB is tripped the Main Compressor won’t run

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84
Q

Why is there a primary overload valve fitted in the Transformer?

A

It senses over voltage in the primary winding (more than 165 amps).
If there is an over voltage then the VCB will open and there will be no power. If the switch is tripped externally on the Auxiliary Converter Case then the set is a Failure

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85
Q

If the air suspension is isolated on an individual vehicle or on the whole train…. what brake application will be applied in all steps?

A

In all steps a full brake application will be applied.
This means variable load braking is not available on the vehicle

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86
Q

What symptoms do you receive when your Train Control MCB Trips in the cab? What are the only buttons that works?
Remedy?

A

EBA on whole train
Desk electrically dead
Only Pan Down and Hazard lights buttons work

REMEDY
3x MCB - Contact signaller & WMT Control, follow instructions - shut down desk - drive from other leading cab - Guard to travel in leading cab as Competent Person - 20mph, proceed based on the Guards instructions

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87
Q

Where is the brake gauge on the TS vehicle?

A

On the exterior of unit at the No 1 end

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88
Q

What would you suspect has happened if only the drivers line light goes out?

A

The overheads have gone dead

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89
Q

Describe the function of the Traction Converter when taking power……

A

The Traction Converter distributes power to the 4 traction motors on the DMS via jumper cables
(Transformer Secondary Windings- Traction Converter - Traction motors)

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90
Q

When will be the only times a driver will coast (you lower Pantograph) to examine the line? (4)

A

No more than 2 consecutive droppers have come off

The object or defect is more than 3 OLE structures away from a tunnel or overbridge

Any obstruction is not more than 6 inches below the contact wire

No other defect is obvious

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91
Q

What is the function of the ADD?

A

The Automatic Dropping Device works by detecting if there is a problem with the Pantograph I.e. carbons damaged
If this is detected it loses air to drop the Pantograph

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92
Q

What will happen if the cooling fan fails on the Traction Converter?

A

The Traction Converter will be lost for BOTH functions - power and regen brake

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93
Q

How many Traction Motors are there and where are they located?

A

4 on each DMS (2 on each bogie)
So 8 in total if the train is just one unit length (DMS-TS-DMS)

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94
Q

What is the function of the Transformer silica gel breather?

A

Takes the moisture out of the air of the Transformer. Ensures only dry air enters Transformer

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95
Q

How would you isolate a Traction Converter on the DMS and what effect would it have on a single unit?

A

Traction Control Cut Out switch is operated with a master key. Traction power would lose 50% on a single unit (DMS A - TS - DMS B).
As all traction motors would be lost on that car and you would lose regen brake

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96
Q

What voltage is the Auxiliary Converter Case powered at and what is its primary function? What are its secondary functions?

A

The Auxiliary Converter Case is powered at 240v AC
It’s primary function is to provide 110v DC control supplies for the units auxiliaries

Also provides…..
Battery charging
Power to the TAC
Power to the 27 way and 60 way Jumper Cables

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97
Q

What is the purpose and function of the Vacuum Circuit Breaker?

A

VCB is located on the roof to isolate the OLE supply from getting to the Transformer when passing through neutral sections and during certain fault situations

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98
Q

What is the function of the BUCHOLZ RELAY? How would you know it has operated? What happens if it doesn’t reset?

A

It detects gas or air in the coolant. It prevents damage to the Transformer by opening the VCB. It shows in the cab as the VCB light comes on and the Line Light goes off.
Pan Up/Reset will have no effect
If it won’t reset it will be a failure

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99
Q

What is the function of the secondary overload?

A

Senses an over-voltage in one or both of the secondary windings in the Main Transformer. If tripped, it will not allow traction power to the relevant Traction Converter

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100
Q

Prepping a Unit, what if you encounter a problem?

A

Enter into the repair book (blue sheet) and hand in to PICOS (at Soho) or platform staff (at New Street) or give to the DTCM

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101
Q

How do you know which vehicle the fault is on?

A

Local Fault light will illuminate on the FIP of the affected vehicle

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102
Q

Auxiliary Supply MCB tripped……
Remedy?

A

EBA on whole train
Driving desk dead
110v DC supply is lost
Cab lights go out, saloon lights cannot be switched on or off
Headlights at 50%

REMEDY
3x Pan Up - Contact signaller & WMT Control, follow instructions - 3x MCB - Assistance is required MECHANICALLY so as not to transfer the fault - BIC once coupled because you have not electrically coupled - 5mph as no brake continuity due to mechanical coupling

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103
Q

How do you know if there is a drum switch problem? (3)

A

Passcom equipment will operate…….. VISUAL FLASH and AUDIBLE ALARM
Unable to get brake release

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104
Q

How many 323 Units can be coupled together…. max pantographs?

A

4
2 pantographs raised

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105
Q

What does the cab duplex gauge show?

A

Main air pressure
Brake cylinder pressure

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106
Q

Why do we have traction interlock?

A

To prevent movement with the doors open

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107
Q

What is the primary air suspension?

A

Rubber leaves

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108
Q

Train Door Control MCB tripped…. symptoms?
Remedy?

A

EBA on whole train
BIL lights on affected vehicle
No door release on affected vehicle

REMEDY
3x MCB - Contact signaller & WMT Control, follow instructions - TIS if unable to get brake release - transfer PAX and lock vehicle out of use (physically check doors) - Linespeed

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109
Q

How do the Traction Converters receive their power?

A

From the Transformer Secondary Windings (1&2) via Jumper Cables @ 1500V

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110
Q

What train wires are de-energised in
Step 1 =
Step 2 =
Step 3 =
Emergency =

A

Step 1 = 10
Step 2 = 11
Step 3 = 10 and 11
Emergency = 10, 11, 12

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111
Q

On what wheels on the DMS are the parking brakes?

A

2, 4, 6, 8

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112
Q

On what wheels on the TS are the parking brakes?

A

4, 6

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113
Q

If the parking brake has been operated, how can you tell just by looking at it?

A

The flap won’t close due to the fouling pin

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114
Q

How are the brakes applied? What happens when the unit is shut down?

A

By air
When shut down, the Main Compressor stops and air will leak out resulting in brakes being released - to counteract this, the parking brake applies by spring when the air pressure falls below 4.5 bar (and only releases when air pressure goes back above 4.5 bar)

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115
Q

If you operate EBS will that definitely release the bakes?

A

No - it will not release the brakes if the fault is in your cab UNLESS the Local Brake MCB has tripped in the driving cab

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116
Q

If emergency braking is selected, train wires are connected to earth - what does this mean?

A

It prevents any false electrical feeds from interfering with the braking of the train

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117
Q

Why is the Hill Start button used?

A

To prevent roll back when pulling away (it maintains 1 bar of brake pressure when taking power)

118
Q

If you can’t release the brakes due to a door problem, which safety system do you isolate?

A

TIS

119
Q

If a Transformer Primary Overload occurs, what switch trips? Remedy?

A

Primary Overload Switch on the Transformer Fault Panel (which is located on the Auxiliary Converter Case on the TS)…….
REMEDY
Press Pan Up/Reset once - failure if doesn’t reset

120
Q

How will you initially be aware of a Traction Converter fault?

A

You will lose power and regenerative braking on THAT particular DMS vehicle

121
Q

If the Traction Converter has a fault, what VISUAL indication will you see in the cab (1 - when you key out and 2 - what other lights do you see)?

A

General fault light
Local fault and Traction fault light on the FIP panel in the affected DMS

122
Q

How is door release given?

A

Door Key Switch to ON
Press both release buttons at the same time for 2 seconds

123
Q

Which MCBs control the door circuits?

A

Train Door Control
Local Door Control 1 & 2

124
Q

If the Train Door Control MCB trips you get an EBA on the whole train and the BIL light will come on on the affected vehicle… can you get door release on that vehicle?

A

No

125
Q

If you have isolated the CGIC, what must you check?

A

The safety valve to make sure it is properly venting the air (10.7 Bar) otherwise the Main Compressor may blow up

126
Q

What does the Main Compressor supply air to?

A

The Main Reservoir tank

127
Q

If the Auxiliary Converter has a fault (battery light red and you have 40 mins of battery power remaining), what fault lights are lit?

A

General fault light in DMS when you key out
Local light and Auxiliary Converter fault light in TS FIP panel

128
Q

What two positions does the Transformer Primary Overload Switch have?

A

Set
Tripped

129
Q

The Bucholz relay prevents damage to the Transformer by opening the VCB…. how does this show in the cab?

A

VCB light is on and the Line light is off

130
Q

The Qualitrol explosion vent valve vents what from the Transformer?

A

Excess air pressure

131
Q

How long would you press the Auxiliary Compressor override switch for, if the Pantograph will not raise?

A

2 minutes

132
Q

When the pantograph goes up, what system starts to run?

A

Main Compressor

133
Q

If the train stops on approach to the dead section (within the 100ft) in a neutral section, and the line is rising, what must you do?

A

Speak to the signaller, change ends, drive back no more than 300ft and then try again

134
Q

Sequential tripping occurs, what will you physically examine?

A

Pantograph
AND
OLE
…… for signs of damage

135
Q

What is the process for answering the Passcom alarm?

A

Lift the PIS telephone handset
Press the red button on the PIS panel
Press the PTT button on the phone and speak to the person

136
Q

How do you reset the Passcom handle? How do you know where in the train it is?

A

With the T-key
Look for the BIL light

137
Q

What doors are released when you operate the Train Door Control MCB?

A

All doors on that vehicle

138
Q

If the Train Door Control MCB has tripped and you can’t reset it, what do you do?

A

Lock all doors on the affected vehicle
Physically check the doors to make sure they are closed
Move passengers from the vehicle and lock the saloon doors
Operate TIS if unable to get brake release

139
Q

If the Compressor Control MCB trips (EBA on whole train), what display do you look at in the cab to ascertain this?

A

Duplex gauge to see that the Main air res is dropping

140
Q

If the Traction Control MCB trips (Power is lost, VCB lit, Line Light out), when will the battery light change to red?

A

After 15 seconds

141
Q

If the Train Control MCB trips (EBA whole train, only Pan Down and hazard lights work), what is dead? If you can’t remedy the problem by MCB 3X, what drastic driving change will you need to adopt and what speed?

A

The driving desk
Shut down desk, drive from another leading cab with Guard in the leading cab giving you instructions….. 20mph

142
Q

How much saloon lighting does the Saloon Lights MCB carry?

A

Saloon light 1 and 2 both carry 40%

143
Q

If the Auxiliary Supply MCB trips (EBA whole train, driving desk dead, loss of 110v), what happens to the lights?

A

Cab lights go out
Saloon lights can’t be changed
Headlights reduced by 50%

144
Q

If you have a Train Brake MCB trip, can you reset the Passcom alarm that is going off?

A

No

145
Q

How long do you have to prep a single and double Unit?

A

17 mins and 23 mins

146
Q

Where is the TRANSFORMER Fault Indication panel?

A

On the Auxiliary Convertor Case, TS vehicle

147
Q

When you have raised the Pantograph on a stabled Unit, what indications in the cab do you then check for?

A

Line light lit
VCB light gone out
Battery charger blue
Passcom alarm light goes out

Main air res rising to 7 bar
Brake cylinder pressure is at 4.5 bar

148
Q

When unlocking the driving controls, you insert your master key and turn it…. what else do you do (Direction Selector)?

A

Put the Direction Selector to Neutral (then cancel the AWS warning)

149
Q

What 2 things operate to protect the Pantograph from damage?

A

Automatic Dropping Device (ADD)
Overheight valve

150
Q

How do you know there is a drum switch problem whilst coupling? (….. also what are you unable to get?)

A

Passcom light flashes red and an audible alarm goes off
Unable to get brake release

151
Q

There are 2 headlights (day and night) as well as the marker/tail lights….. which headlight is directly beneath the driver’s position?

A

Night headlight

152
Q

What discharges coolant if air pressure becomes excessive?

A

Qualitrol relief valve

153
Q

How many air bags are there on each vehicle?

A

4

154
Q

What should you check when walking through the saloon?

A

Egress handles
Passcom handles
No doors locked out of use

Fire extingishers
Glow sticks

…… and
Broken windows
Damage to seats

155
Q

What detects gas or air in the coolant?

A

Bucholz

156
Q

Isolate the VCB or ADD =

A

Pan air system cubicle in TS alongside the emergency equipment cupboard

157
Q

If the Line Light goes out there may be a problem with the OLE….. what 2 things would you assume might have happened to cause this, and what do you need to do in order to be able to proceed?

A

Has the ADD operated?
Is there a problem with the OLE?
Press Pan Up/Reset and regain power

158
Q

What do isolation cocks do?

A

They control the flow of compressed air to various equipment…. so if you operate them it cuts off the air

159
Q

Why is it important to check the position of the PBC before inserting the key?

A

So that the train does not roll in any direction if started in forward or reverse

160
Q

If the Traction Interlock light is illuminated blue, what does this mean?

A

All doors are closed and secured

161
Q

What are the 3 brake systems?

A

Air
Regenerative Braking
Parking Brake

162
Q

What is contained INSIDE the TS vehicle, No 1 end (Pantograph end)?

A

MCB panel (RHS)
FIP (LHS)

163
Q

What isolating cocks are found on the non-driver’s side foot well?

A

HVIC (Horn Valve)
SWSIC (Screen Wiper Supply)
WBDC (Washer Bottle Drain)

164
Q

What colour is the Doors Close button?

A

Blue
(The Door release buttons are red)

165
Q

If you are doing a shunt move and your feet are not on the DSD pedal, what button can you press and where is it located?

A

DSD Holdover button, located next to the hand rail for the cab door

166
Q

Where in the cab is the Hill Start Button isolation switch and the Sander Isolation switch?

A

Up high behind the driver, next to where the flag and detonator case is

167
Q

Where is the GSM-R reset box (if GSM-R is not working and resetting the MCB does not work)?

A

Behind the driver cab door (underneath the seat in the saloon) - access using your T Key

168
Q

How many 6 litre AFFF fire extinguishers are in each vehicle?

A

One

169
Q

On the front of the train, directly below the windscreen there are two squares with a small hole in it on either side…. what are they?

A

Windscreen Wash Filler

170
Q

To the immediate left of the drum switch is the MRPIC (also known as DIC)…. what does it isolate?

A

The Main Reservoir Pipe

171
Q

What are the isolating cocks referred to on the DMS (and one of the sets on the TS)?

A

Brake Frame Assembly

172
Q

What are the isolating cocks referred to on the TS, next to the auxiliary compressor?

A

Auxiliary Compressor Frame

173
Q

What are the external components on the DMS Brake Frame? (9)

A

Sander Air Supply Isolation Cock

Main Reservoir Governor
Brake Supply Reservoir Governor

Isolation Cock manifold (ASIC 1, ASIC 2, BIC, ASIC, BSRIC)

Brake Control Unit
Blending Valve
Electronics box

Sand Box
Sand Test Button

174
Q

What are the external components on the TS Brake Frame? (7)

A

Compressor Governor
Main Reservoir Governor
Brake Supply Reservoir Governor

Isolation Cock manifold (CGIC, BIC, MRIC, BSRIC)
Brake Control Unit
Blending Valve
Electronics box

175
Q

What are the external components on the TS Auxiliary Compressor Frame? (3)

A

Air Suspension reservoir & Filter Unit
Isolation Cock manifold (ASIC, MRIC, ASIC 2, ASIC 1)
Auxiliary Compressor Governor

176
Q

If you enter the cab door using the external door release handle, what do you have to do when you get inside?

A

Put the Manual Door Control to Reset (you can’t power close the door unless this is done)

177
Q

What are the 4 positions of the Master Switch (direction selector)?

A

Off
Forward
Neutral
Reverse

178
Q

If you move the Direction Selector away from off and the bell/buzzer starts sounding, what might be the problem?

A

There are 2 Door Key Switches enabled

179
Q

What speed does the hill start button operate until?

A

3mph

180
Q

Does the bell/buzzer work if a door is open?

A

No

181
Q

What does the “Auxiliaries on” button do?

A

Starts the Auxiliary Compressor if there is no air in the system (Provides air to the Pan Air Gallery so you can raise the Pantograph)

182
Q

Can you press “Auxiliary Off” if the Pantograph is in the raised position?

A

No. Pantographs MUST be lowered first

183
Q

How can you tell by looking at it if the emergency plunger has been operated?

A

The vertical line will be at an angle of 45 degrees

184
Q

How many TCOCs are in each cab?

A

2

185
Q

If a BIL light is showing, what might be the problem? (Includes 3 MCBs tripped, and also 2 actions the passengers could make)

A

Doors have been released so the passengers can open the door if they want
Doors are not fully closed for some reason (blockage)

Emergency Egress Handle pulled
Passcomm operated

Train Door Control MCB tripped
Train Brake MCB tripped
Local Brake MCB tripped

186
Q

If the BIL light stays on even when doors are closed (and there is no other fault), what can you do to the door to reset the Door Control Unit?

A

Lock the door out of use and then reinstate it. Then re-test the doors and if working normally the train can continue as normal in service

187
Q

Can you override a brake application made because someone has pulled the emergency egress handle?

A

No

188
Q

If you press the Passcomm button when the alarm sounds, how long does this delay the EBA for? (To enable you to bring the train to a stand in a safe position)

A

30 seconds (otherwise an EBA will happen after 10 seconds)

189
Q

If you’re in the saloon looking at the doors, above them are two light indicators. If the light is red, what does this mean?

A

The door has not closed correctly

190
Q

Why might a Train Door Control or Local Door 1 or 2 MCB trip?

A

Two Door Key Switches are turned on
(This would also cause the bell/buzzer to sound when direction selector is away from Off)

191
Q

What is the purpose of the Auxiliary Compressor? (….. Turns on when you press AUX ON)

A

Provides air to the Pan Air Reservoir to enable you to raise the Pantograph (starts when you press the AUX ON button in the cab)

192
Q

If you can’t raise the Pantograph because the Auxiliary Compressor does not start when it should have, you will need to operate the Override Push Button in the TS for 2 minutes….. what does this do?

A

Starts the Auxiliary Compressor in order to build enough air for the Pan Air Reservoir so you can raise the Pantograph

193
Q

What air pressure does the Auxiliary Compressor SWITCH OFF the Auxiliary Compressor at (when it’s got enough air)?

A

6.5 Bar
(Starts at 5.4 Bar)

194
Q

If you have any problems with the Transformer, you will DEFINITELY get a loss of power (only 50% loss if Secondary Winding 1 or 2), AND what 3 fault lights will appear?

A

General Fault Light when you key out
Local Fault light in the TS FIP
Transformer Fault Light in the TS FIP

195
Q

Apart from a loss of power and General Fault and Local Fault & Transformer Fault on FIP…… what other things are the main indications that something has gone wrong with the Transformer?

A

Line Light goes off (except for Overheat and Secondary Windings 1 & 2 because the VCB opens)
VCB light comes on (except for Overheat and Secondary Windings 1 & 2 because the VCB opens)
Go and look at the Auxiliary Converter Case and see if one of the switches has tripped

196
Q

If you know there is a problem with the Transformer (you have a loss of power - no EBA - so you can choose a safe spot to stop)…. what is the only thing you can do to remedy the situation?

A

Press Pan/Up reset a MAXIMUM of one time
If that doesn’t work then you will need assistance

197
Q

If you have a problem with the Transformer, if you can’t remedy the situation (Pan Up once) you will need assistance…. can you couple up normally? What else do you do once coupled?

A

Yes you can couple normally because you can’t transfer a fault to the other Unit
Once coupled, you have to lower and isolate the Pantograph to ensure there will be no electricity supply to the failed unit

198
Q

How does the air travel from the Main Reservoir Pipe to both of the DMS? (2)

A

Via the MRPCC and flexible hoses into each DMS vehicle

199
Q

If one of the isolating cocks have been isolated, how can you tell just by looking at it?

A

The manifold cover won’t be able to close

200
Q

If there is a leak involving one of the air systems (Main Reservoir, Brake Reservoir etc), what three things will you notice? (1 is on the outside of the train)

A

EBA (when air drops to below 5.2 bar)

Main air reservoir gauge in cab will drop (duplex gauge)

You will hear an audible air leak outside

201
Q

Which cab can you isolate EBS in?

A

The driving cab UNLESS the driving vehicle is affected, in which case you have to EBS from the vehicle in the rear with the exception if Local Brake MCB is tripped

202
Q

You can get brake release providing the two electrical feeds to the driver’s PBC have passed though both ends of the train and ensuring that all the safety systems are correct. Which MCBs do they originate from?

A

Train Brake MCB

203
Q

If the battery charger light goes to red, which MCB has tripped?

A

Auxiliary Control MCB

204
Q

Can you enter service FROM a Maintenance Depot with an isolated brake…. or defective driving controls?

A

No

205
Q

If you operate EBS, what is the main thing you will lose throughout the train?

A

Brake continuity (I.e. if the train divides there will not be an EBA and the driver has no way of knowing about it)

206
Q

If you operate EBS, can emergency plungers still operate?

A

No (only PBC brakes will work)

207
Q

If one of the isolated systems are operated, who can restore it to the normal position?

A

Maintenance staff

208
Q

How do you isolate one of the safety systems? What light do you look for in the cab when this has been done?

A

Remove your key from the desk, insert it into the desired switch, and turn to isolated position…. when you remove the key the Safety Systems Isolated indicator turns red

209
Q

If you can’t uncouple you might have to relieve the pressure on the two locks faces….. what is the DRIVING procedure?

A

Notch 1 and ease up against the unit
Press Hill Start
Put PBC into full service

Put the master switch to Neutral
Press Uncouple for 5 seconds
Master switch to reverse
Notch 1, move apart 2 feet

Once uncoupled, master switch to Neutral and PBC to full service

210
Q

If you have tried uncoupling several times, what can you do MANUALLY to complete the process?

A

Use the manual uncoupling bar, place in the hole on the coupler and lift by hand

211
Q

How do you know by looking at the Unit, that coupling has taken place mechanically?

A

The butterfly flap is at 45 degrees and the electrical covers have opened correctly

212
Q

What wheels (on both DMS and TS) do you find wheel slide detection sensors? And what wheels (on the DMS only) do you find sand tubes?

A

2, 4, 6 & 8 (same as parking brakes in the DMS)
Sand tubes on DMS are on wheels 3 & 6

213
Q

Regenerative braking….. when braking is selected the traction motors reverse and current is fed back to the OLE…. what does this process make them act as?

A

AC generators

214
Q

Do you experience regenerative braking if the OLE cannot accept the current?

A

No, the braking circuitry switches to normal air braking

215
Q

If the Main Compressor is not running, what is the first thing you look for…. and if you can’t remedy that then what do you do?

A

Check if the Compressor Control MCB in the TS has tripped
If you can’t reset it then isolate the CGIC (check safety valve afterwards)

216
Q

How does the air get from the Main Compressor to the Main Reservoir tank?

A

Passes through the AFTER COOLER and then the TWIN TOWER AIR DRYER

217
Q

The Auxiliary Convertor Case provides battery charging AND power to the TAC and which jumper cables?

A

27 and 60 Way 110v DC Jumper Cables

218
Q

How many 1500v AC Traction Cables and 240v AC cables do you have

A

2 of each

219
Q

What phase AC Traction Motors are there?

A

3 phase

220
Q

The Primary Overload trips if the overload current exceeds what amphere?

A

165 amps

221
Q

Secondary Overload 1 cuts power to which DMS Traction Convertor?

A

DMS A Traction Convertor

222
Q

What is the 3 phase AC Traction Motor?

A

4 Quadrant Bridge
DC Link 2500v
Traction Inverter 0-1950v AC

223
Q

Which button turns off all power on the unit? What do you have to do BEFORE pushing this button?

A

AUX OFF
The Pantographs MUST BE LOWERED FIRST

224
Q

On the Transformer, where do you find the Bucholz next to?

A

Oil gauge

225
Q

Do you get a Line Switch Case on the DMS?

A

No

226
Q

What electrical connection box do you get on the DMS, and what 2 pieces of equipment is it between?

A

80 Way Electrical Connection Box
It is between the ATP Equipment Case (Disused) and the Traction Convertor Case

227
Q

What bar coupling do you get between the DMS and TS vehicles?

A

Rigid Bar Coupling

228
Q

On the TS No 1 end, what pieces of equipment do you immediately find after the Main Transformer? (APAA)

A

Air Suspension Reservoir
Pan Reservoir
Auxiliary Compressor
Auxiliary Equipment Case
(You also get the TS Auxiliary Frame (ASIC, MRIC, ASIC 2, ASIC 1)

229
Q

What 2 pieces of equipment are behind the Brake Reservoir in the TS?

A

Main Compressor
Main Reservoir tank

230
Q

When looking at the DMS (Number 2 end), what piece of equipment is closest to the Surge Tank? And what is next to it?

A

Air Suspension Reservoir
Next to it is the Brake Supply Reservoir

231
Q

If you have an AIR SUSPENSION leak, what Isolating Cocks would you have to isolate on the affected vehicle? And what else would you do on the outside?

A

ASIC 1 and ASIC 2
Open all 4 surge tank valves and drain the air
(45mph if passengers in vehicle, otherwise linespeed)

232
Q

If there is an leak with the Brake Reservoir Tank, apart from an EBA, what indicator can you check in the cab to indicate a problem? Also note that if you go on the outside of the unit there will be an audible air leak.

A

Look at the Duplex gauge and you will see that both the Brake Gauge and Main Reservoir air levels fall

233
Q

If there is a leak with the Brake Reservoir Tank, the first thing you do is shut down the desk…. what are you looking for? Then you would contact the signaller and Control. What might Control tell you to do on the outside of the vehicle (2 things)?

A

Look for General Fault light…. and Local Fault and Brake Reservoir Fault on the FIP in the affected vehicle

On the affected vehicle….
Operate BSRIC
Operate BIC
Remember to do a rotational test

234
Q

If you have operated BIC (remember to do a rotational test), what happens to the passengers in that vehicle? What speed can you do?

A

Move them to an unaffected vehicle and lock the vehicle out of use
5mph due to no brake continuity

235
Q

If you’ve got a problem with the Local Brake MCB (EBA on affected vehicle, BIL light, passcomm goes off, speedo zero, fault lights - general in cab then Local and Wheel Slide on FIP), you try and reset the MCB and inform the signaller and Control…. what will you be told to do on the outside on the train, and what isolation systems do you operate in the cab?

A

BIC the affected vehicle
Operate PCIS to turn off the passcomm
EBS if MCB in leading cab is tripped….. otherwise you don’t need to do this

(Also remember to transfer passengers from vehicle and lock it out of use. 5mph)

236
Q

What is the main difference between Train Door Control MCB tripping and Local Door Control 1 or 2 tripping MCB?

A

You will only get an EBA if the Train Door Control MCB trips (you will have to TIS in order to get brake release)
The only affect for the Local Door MCB is that you can’t release or open A&D or B&C doors… so you just lock them out of use and transfer the passengers

237
Q

If you have to lock a door out of use, do you have to transfer the passengers?

A

Yes

238
Q

If the Train Control MCB trips, you have an EBA and the desk is dead. What are your actions? (Note that your Unit isn’t a failure because the MCB hasn’t tripped in the other cab)

A

Reset MCB 3 times max
Contact signaller and Control

You will be told to….
Shut down desk
Drive from another leading cab
Guard to travel in the forward facing cab and control the movement
20mph MAX

239
Q

The Auxiliary Supply MCB has tripped (EBA, loss of 110V DC, cab lights go out, headlights at 50%)…. what do you do?

A

3x Pan Up reset
Contact signaller and Control
3x MCB reset

If nothing works you will need to be assisted MECHANICALLY only (don’t want to transfer the fault)
Operate BIC once coupled in order to release the brakes because you won’t have brake continuity due to only mechanically coupled
5mph

240
Q

If the Auxiliary Control MCB has tripped (Battery light red, loss of 110v DC, 40 mins on battery), after you have tried 3x Pan Ups and 3x MCB resets, what do you do? (Think common sense…. you have lost auxiliaries, how might you get it back?)

A

Pan Down
Auxiliary Off
Master switch to Off

Master switch to Neutral
Auxiliary On
Pan Up

241
Q

Before you prepare a train, what checks on the outside do you need to do?

A

“Not to be moved” boards
Cables and hoses
Scotches and derailers

242
Q

When you prepare a train, after you enter the cab…. what are your first actions? (Up until you have raised the Pantograph)

A

Check DRA is set
Check PBC is in step 3
Check the repair book

Insert key and turn
Direction Selector to Neutral (and press the AWS reset button)
AUX On

Check TPWS lights have come on ok

Press Pan Up 10 seconds

243
Q

After the Pantograph has been raised, what cab indications are you looking for?

A

Line Light comes on
VCB light goes out
Battery Charger light goes Blue
Main air reservoir rises to 7 bar
Brake cylinder reservoir rises to 4.5 bar
Passcomm light goes off

244
Q

Before you leave the cab to do your external checks, what do you look for in the cab?

A

Regen Brake is ON

Check providing indicators for your lights
Hazard lights

PBAC panel is closed
TCOCs, flags and dets
All safety system switches are normal
Driver’s door is unlocked
Driver’s door handle is at RESET

Fire extinguisher is available and correct

Uncoupling bar
No MCBs are tripped
Traction Control Cut Out switch is normal

Master switch to OFF
Remove key

245
Q

During preparation, what direction do you go around the train?

A

One complete clockwise circuit

246
Q

During preparation, as you walk around the Unit, what are you looking for?

A

Any obvious damage or defects
Scotches

Front = TAC looks ok, electrical box is closed

External door butterfly handles undamaged
Isolating Cocks are all normal
Pantograph looks ok

247
Q

During preparation, when you re-enter the driving cab from outside and shut the door… what do you do next?

A

Walk through the interior of the train all the way to the rear cab

248
Q

When you are walking through the train during preparation, what are you looking out for?

A

Fire extinguishers are present (one in each vehicle)

Egress and Passcomm handles are normal
No doors locked out of use

Panels to FIP and MCBs are closed
Glow sticks are all there
Condition of windows and seats

249
Q

During prep, when you get to the rear cab (or any intermediate cab if in multiple)…. what are the first three things you do

A

Check DRA is set
Check PBC is in step 3
Check the repair book

250
Q

During prep, when you get to the rear cab (or any intermediate cab if in multiple)…. after you have checked the DRA, PBC in step 3 and the repair book…. what do you check next? (You do not need to insert your key to do these checks)

A

Regen Brake is ON

Check proving indicators for your lights
Hazard lights

PBAC panel is closed
TCOCs, flags and dets
All safety system switches are normal
Driver’s door is unlocked
Driver’s door handle is at RESET

Fire extinguisher is available and correct

Uncoupling bar
No MCBs are tripped
Traction Control Cut Out switch is normal

251
Q

After you have done a good look around the REAR cab during preparation, you put the key in, Neutral, check the TPWS is working ok and cancel the AWS warning. What do you do next?

A

Direction Selector to Forward
Depress DSD pedal

Emergency brake (4.5 bar)
Step 3 (reduction in pressure and holding)
Step 2 (reduction in pressure and holding)
Step 1 (reduction in pressure and holding)

Try to take power against the DRA

Take foot off DSD pedal…… EBA after 5 seconds
DSD Holdover test

Return the PBC to step 3
Emergency plungers

Then put DKS to ON
Release doors both sides
Put DKS to OFF

Direction Selector to OFF
Remove key

252
Q

When you travel from the rear cab to the leading cab, what do you do with the doors?

A

Open doors on both sides throughout the Unit

253
Q

When you get to the leading cab during preparation (the final step in the process), you put the key in, Neutral, check the TPWS is working ok and cancel the AWS warning. What do you do next?

A

Switch DKS to ON
Close passenger doors
Ensure BIL lights are off and door interlock light is blue
Switch DKS to OFF

Select Forward
Depress DSD pedal

Emergency brake (4.5 bar)
Step 3 (reduction in pressure and holding)
Step 2 (reduction in pressure and holding)
Step 1 (reduction in pressure and holding)

Try to take power against the DRA
Take foot off DSD pedal……… EBA after 5 seconds
DSD Holdover test

Return the PBC to step 3
Emergency plungers

254
Q

What are the two last things you do during Prep?

A

Set up GSM-R
Log in to OTDR

255
Q

Where are all of the vestibule cupboards located?

A

Both ends of the TS (No 1 end is FIP and MCBs….. No 2 end is environment panel and saloon temperature control) and the No 2 end of the DMS (environment panel and saloon temperature control)

256
Q

When all doors are closed, what colour is the door interlock indicator?

A

Blue

257
Q

On the driver’s desk panel there are some doors close/open buttons…. which side of the train do they operate the doors on?

A

Right hand side

258
Q

What air pressure will the UAT automatically go out of use if it drops below?

A

3 Bar

259
Q

If you are using the PIS handset, what do you have to remember to press before speaking?

A

PTT

260
Q

If a Passcomm handle is operated, after you have dealt with the incident….. what do you have to do in order to get brake release?

A

Reset the Passcomm handle by using the T Key

261
Q

Do you still have to operate TIS if a failed door is locked out of use?

A

No….. you would only operate TIS if you are unable to get brake release due to a fault with the doors

262
Q

If you are unable to open the train doors due to a fault and the passengers need to get out, what can you operate that will open the doors regardless of the situation?

A

Emergency Egress Handle (will always open the doors if below 3mph)….. you will have to operate the handle on each of the vehicles

263
Q

Do you get a VCB light if the Transformer has overheated?

A

No, because the VCB remains closed to allow the Transformer a chance to cool

264
Q

Apart from if there is a problem with the Secondary Winding (can continue by operating relevant Traction Control Cut Out switch), if the Transformer has a fault what is going to be required if you can’t remedy the problem? What must you always do afterwards?

A

Assistance from another train (electrical as normal because you can’t transfer a Transformer fault)
Must always isolate PANIC once coupled

265
Q

If the air suspension is isolated, what pressure will the brake cylinder be in each step?

A

The maximum pressure (full brake application for each step)

266
Q

The Main Reservoir Governor detects air pressure in….. what? Can it be isolated?

A

Main reservoir pipes
No it can’t be isolated (if you operate MRIC this only isolates air from coming out of the main reservoir tank)

267
Q

If the Main Reservoir Tank has a leak, as well as isolating MRIC, what else do you need to do (in the TS) before getting assistance from another train?

A

Trip the Compressor Control MCB (otherwise the Compressor will keep on running when it doesn’t need to be)

268
Q

Brake release depends on two electrical feeds (from Train Brake MCB) from both ends of the Unit…. Train Wire 13 goes through the Train Brake MCB, Local Brake MCB leading cab, Brake Supply Reservoir Governor and also the Main Reservoir PIPES air leak…. if you’ve got a problem with any of that equipment, what do you have to operate to release the brakes?

A

EBS

269
Q

You can only EBS if the fault concerns Local Brake MCB, if the MCB has tripped in which vehicle?

A

DMS leading vehicle

270
Q

Do you have to EBS if the Train Brake MCB trips?

A

Yes

271
Q

If the Auxiliary Supply MCB has tripped, why do you need to BIC the entire train once coupled to an assisting train?

A

Because you would have coupled up mechanically only, therefore BIC is the only way to release the brakes because you would not have brake continuity

272
Q

Once coupled to an assisting unit, what 2 things do you look for which will determine how fast you are able to proceed?

A

Brake continuity (Linespeed versus 5mph)
Driving controls available (Linespeed versus 20mph)

273
Q

What is the meaning of multiple working?

A

Units coupled together under the control of one driver

274
Q

List the two potential problems with GSM-R……?

A

Unable to register due to signaller failing to set up
Speaking to wrong signaller due to cell overlap

275
Q

If you’ve got a leak with one of the air systems (Brake Reservoir Tank, Main Reservoir Tank, Main air pipe fracture), what isolation cock would you operate?

A

BIC (with the Brake Reservoir you would also BSRIC)

(Remember, Train Wire 13 goes through the Train Brake MCB, Local Brake MCB leading cab, Brake Supply Reservoir Governor and also the Main Reservoir PIPES air leak… so you would also have to EBS)

276
Q

Do you have to BIC if
1. Local Brake MCB tripped?
2. Train Brake MCB tripped?
3. Auxiliary Supply MCB tripped?
4. Auxiliary Control MCB tripped?

A
  1. Yes
  2. No
  3. Yes, once mechanically coupled to assisting train
  4. No
277
Q

Do you have to EBS if
1. Local Brake MCB tripped?
2. Train Brake MCB tripped?
3. Auxiliary Supply MCB tripped?
4. Auxiliary Control MCB tripped?

A
  1. Yes, but ONLY if tripped in leading DMS
  2. Yes
  3. No
  4. No
278
Q

If the Local Brake MCB has tripped, which 2 safety systems would you need to isolate? What would you also do with the passengers? What isolation cock would you also isolate?

A

EBS only if MCB has tripped in leading cab
PCIS
Transfer passengers from affected vehicle and lock out of use
Isolate the BIC

279
Q

What do you have to do following operating the Traction Control Cut-out Switch? (I.e. if the Traction Control MCB has tripped in the leading or rear DMS)

A

Rotational test

280
Q

If you want to operate PANIC (roof) or PADIC or the VCBIC (in a small cubicle), which feature in the TS are they next to?

A

Emergency equipment cupboard

281
Q

When would you use the ESIC, and where is it located?

A

Use when coupling an Emergency Schrader Hose to the Unit…… located next to the TAC on the DMS

282
Q

If you look at the outside of the DMS, underneath which feature of the train would you find the Brake Frame Assembly? Driver’s side or non-driver’s side?

A

The second set of double doors
Driver’s side

283
Q

If you look at the outside of the TS, underneath which feature of the train would you find the Brake Frame Assembly? Driver’s side or non-driver’s side?

A

The second set of double doors
Non-driver’s side

284
Q

If you look at the outside of the TS, between which features of the train would you find the Auxiliary Compressor Frame? Driver’s side or non-driver’s side?

A

Between both sets of double doors, immediately past the Transformer
Driver’s side

285
Q

Is the Auxiliary Converter Case located on the TS Driver’s side or non-driver’s side?

A

Non-driver’s side

286
Q

If you operate the outside manual egress handle, what must you do when you get in the cab?

A

Put the cab door handle to “Reset”…. otherwise you will be unable to close the cab doors electrically

287
Q

What are the main functions of the Auxiliary Converter Case? (4)

A

Converts 240 AC to 110 DC for the auxiliaries
Provides power to the TAC

Provides power to the 27 and 60 Way Jumper Cables (between the vehicles)
Charges the batteries (hence if the MCB trips the battery charger light turns red!)

288
Q

When you raise the Pantograph, what air pressure should be read on
A. Main Reservoir Pressure
B. Brake Cylinder Pressure

A

A. 7 Bar
B. 4.5 Bar

289
Q

What is the only difference in the remedy if the Local Brake MCB trips in each of the vehicles?

A

You would only EBS if the Local Brake MCB trips in the leading DMS….. you would not EBS if the trip occurs in the other vehicles
(You would however still….. 3X MCB - inform signaller & Control - BIC - PCIS - Transfer PAX and lock doors - 5mph)

290
Q

Do you have to EBS if the Train Brake MCB trips in either the leading DMS or the rear DMS? THINK….. What happens if the Leading DMS MCB has tripped, do you still EBS?

A

Yes (remember train wire 13)
(If you EBS from the leading cab you will need to drive back the other way because REMEMBER…… EBS ONLY RECTIFIES THE FAULT IF THE FAULT IS IN THE LEADING CAB IF IT IS THE LOCAL BRAKE MCB!!!)

291
Q

There is one big difference in remedy if the Traction Control MCB trips in either DMS or the TS (loss of traction power and regen braking). What is that difference?

A

If the MCB trips in either DMS you can operate the Traction Control Cut Out switch and you can continue….. if it trips in the TS then the VCB opens and you will need assistance

292
Q

Which of these tripped MCBs would always require an assisting train…. Auxiliary Supply, or Auxiliary Control?

A

Auxiliary Supply MCB

GWS.X (34 decks)

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