SAR Scenarios Tutorial

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<span style="font-weight: 700; font-size: 15px; background-color: black; color: white;">&nbsp;Signals&nbsp;</span><br>
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When driving manually you will have to obey all signals, unless given specific instructions for shunting operations.<br>
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All signals in the layout are '''Lower Quadrant Sempahore''' signals. They use a moving arm or arm indicator that drops down at an angle of about 45&ordm; from the horizontal to indicate '''Proceed'''. The arm stays horizontal to indicate '''Stop'''.<br>
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<td colspan=4 align="center"><span style="font-weight: 700; font-size: 17px;">Single Arm Semaphores</span></td>
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<td>[[file:Stop.PNG|link=]]</td>
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<td>[[image:Semaphore_LQ_Single_Stop.jpg|link=|alt=Single Arm Stop|60px]]</td>
<td><span style="font-size: 15px; font-weight: 700;">WARNING:</span><br>
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<td>Traffic Semaphore on a mast showing <span style="font-weight: 700; font-size: 15px; color: white; background-color: red;">&nbsp;STOP&nbsp;</span></td>
If you are using a combination of '''AI''' and '''Manual''' driving, especially with shunting operations in yards, be aware that the '''AI''' system will reset the switches to their original positions after the completion of a '''Drive To''' or similar command. Following an '''AI''' driving command with '''Manual''' shunting operations can lead to derailments if you do not first check the positions of switches that you will be moving over.
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<td>[[image:Semaphore_LQ_Single_Proceed.jpg|link=|alt=Single Arm Proceed|60px]]</td>
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<td>Traffic Semaphore on a mast showing <span style="font-weight: 700; font-size: 15px; color: white; background-color: green;">&nbsp;PROCEED&nbsp;</span></td>
 
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<tr valign="top">
</td>
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<td>[[image:Shunt_Lever_Single_Stop.jpg|link=|alt=Single Lever Shunt at Stop|60px]]</td>
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<td>Shunting Lever Semaphore showing <span style="font-weight: 700; font-size: 15px; color: white; background-color: red;">&nbsp;STOP&nbsp;</span></td>
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<td>[[image:Shunt_Lever_Single_Proceed.jpg|link=|alt=Single Lever Shunt at Proceed|60px]]</td>
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<td>Shunting Lever Semaphore showing <span style="font-weight: 700; font-size: 15px; color: white; background-color: green;">&nbsp;PROCEED&nbsp;</span></td>
 
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<td>[[image:Shunt_Disc_Single_Stop.jpg|link=|alt=Single Disc Shunt at Stop|60px]]</td>
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<td>Shunting Disc Semaphore showing <span style="font-weight: 700; font-size: 15px; color: white; background-color: red;">&nbsp;STOP&nbsp;</span></td>
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<td>[[image:Shunt_Disc_Single_Proceed.jpg|link=|alt=Single Disc Shunt at Proceed|60px]]</td>
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<td>Shunting Disc Semaphore showing <span style="font-weight: 700; font-size: 15px; color: white; background-color: green;">&nbsp;PROCEED&nbsp;</span></td>
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</tr>
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<tr valign="top">
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<td colspan=4 align="center"><span style="font-weight: 700; font-size: 17px;">Dual Arm (Diverging Path) Semaphores</span></td>
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<td>[[image:Semaphore_LQ_Diverging_Stop.jpg|link=|alt=Dual Arm Stop|60px]]</td>
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<td>Diverging Traffic Semaphore on a mast showing <span style="font-weight: 700; font-size: 15px; color: white; background-color: red;">&nbsp;STOP&nbsp;</span> for both paths</td>
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<td>&nbsp;</td>
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<td>&nbsp;</td>
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<td>[[image:Semaphore_LQ_Diverging_Upper_Proceed.jpg|link=|alt=Dual Arm Upper Proceed|60px]]</td>
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<td>Diverging Traffic Semaphore on a mast showing
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*<span style="font-weight: 700; font-size: 15px; color: white; background-color: green;">&nbsp;PROCEED&nbsp;</span> for the '''Main''' path
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*<span style="font-weight: 700; font-size: 15px; color: white; background-color: red;">&nbsp;STOP&nbsp;</span> for the '''Diverging''' path (left/right)</td>
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<td>[[image:Semaphore_LQ_Diverging_Lower_Proceed.jpg|link=|alt=Dual Arm Lower Proceed|60px]]</td>
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<td>Diverging Traffic Semaphore on a mast showing
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*<span style="font-weight: 700; font-size: 15px; color: white; background-color: red;">&nbsp;STOP&nbsp;</span> for the '''Main''' path
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*<span style="font-weight: 700; font-size: 15px; color: white; background-color: green;">&nbsp;PROCEED&nbsp;</span> for the '''Diverging''' path (left/right)</td>
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</tr>
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<tr valign="top">
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<td>[[image:Shunt_Lever_Diverging_Stop.jpg|link=|alt=Dual Lever Shunt Stop|60px]]</td>
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<td>Diverging Shunting Semaphore showing '''STOP''' for both paths</td>
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<td>&nbsp;</td>
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<td>&nbsp;</td>
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<tr valign="top">
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<td>[[image:Shunt_Lever_Diverging_Upper_Proceed.jpg|link=|alt=Dual Lever Shunt Upper Proceed|60px]]</td>
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<td>Diverging Shunting Semaphore showing
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*<span style="font-weight: 700; font-size: 15px; color: white; background-color: green;">&nbsp;PROCEED&nbsp;</span> for the '''Main''' path
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*<span style="font-weight: 700; font-size: 15px; color: white; background-color: red;">&nbsp;STOP&nbsp;</span> for the '''Diverging''' path (left/right)</td>
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<td>[[image:Shunt_Lever_Diverging_Lower_Proceed.jpg|link=|alt=Dual Lever Shunt Lower Proceed|60px]]</td>
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<td>Diverging Shunting Semaphore showing
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*<span style="font-weight: 700; font-size: 15px; color: white; background-color: red;">&nbsp;STOP&nbsp;</span> for the '''Main''' path
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*<span style="font-weight: 700; font-size: 15px; color: white; background-color: green;">&nbsp;PROCEED&nbsp;</span> for the '''Diverging''' path (left/right)</td>
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Revision as of 23:02, 9 August 2022

Tutorial  SAR Peterborough Narrow Gauge Scenarios Tutorial 
A part of the SAR Peterborough Base Session
A tutorial guide to using the Scenarios for the DLS SAR Peterborough Base Session and SAR Peterborough Narrow Gauge Division (TRS19 SP3) route. Next Down Bottom

 The Tutorial Scenario 

Tutorial Updated July 29th, 2022.

The scenario used in this tutorial is 1 Gladstone-Peterborough Depot Fuel which has the consist already fully assembled with its locomotive (T 258) on the Gladstone  Goods Loop . This tutorial will follow the scenario until the consist arrives at Jamestown and delivers a coal load to the  Coal Stage .

The task in this tutorial scenario is to drive the coal and fuel oil train out of Gladstone yard and onto the Port Pirie to Broken Hill main line. Continue through Caltowie yard and into Jamestown yard.

Getting Started:

After starting the SAR Peterborough Base Session find the loco and its consist. Either:-

  • Open the Finder Tool (press  Ctrl   F ) and type, in the Name field, the name of the loco, SAR T 258 (or just T 258 should be enough). Click the tick icon, OR
  • Open the Driver List (bottom left of the screen) and select the loco SAR T 258 from there - click the drivers Eye icon to jump to the loco.


 The Driver Command Bar 
Make sure that the Driver Command Bar is visible on the screen. In Driver Mode the interactive driver controls are at the bottom right of the screen.
Cycle Through the Command States
Click the 3 dots on the extreme bottom right of the screen to cycle the control display through the different Driver Command Bar states to reach the control method you want. The different command choices are:-
DotPoint1.JPG   Manual (Basic) Control 

Using the keyboard ( W   S   X  keys) or the Speed Dial

Manual (basic) control

DotPoint2.JPG   Manual (Advanced) Control 

Using the on-screen graphic controls

Manual (basic) control

DotPoint3.JPG   AI Control 

Using AI Driver Commands

Manual (basic) control
Click the chevron icon to select and enter Driver AI Commands.

SAR Gladstone-Jamestown Strip Map
  Top   Next Down Bottom



Step
DotPoint1Blue.png

 Gladstone to Caltowie 

 
 
NotePad.PNG Notes:
There is a minor location, Yangya, between Gladstone and Caltowie. It has no visible signals and its track switches are set for the main line through to Caltowie

 A   Using Manual Control 

You can manually drive the train through to Caltowie without using the AI Driver Commands. This requires that all the switches along the path are correctly set. You can do this using the information on the Gladstone Tab SW Grey.png page (link will open in this window).

Gladstone Switches

Switch Set
Part of this page is shown left with only those switches relevant to this tutorial scenario. The red dots indicate the yard Start and Exit positions for the train path.

Also shown left below is the Switch Set data, taken from the same page, for the path Gladstone  Goods Loop  to  Broken Hill . The switch directions, L or R are the directions when facing the junction fork i.e. the L and R that determine which direction a train will take when passing over the junction.

Switch  20  does not need to be set as the consist is beyond the switch.


Set the switches as shown to create a path for your train from the  Goods Loop  to the  Broken Hill  main line.

You can use the Driver Speed Dial or the keyboard controls ( W ,  S ,  X ) to drive the train out of Gladstone Yard to Caltowie. Alternatively, for those with advanced steam loco driving skills, you can take control of the throttle, brake and various other lever and control wheel devices in the loco cab.

DotPoint.JPG All locations have a Caution track sign placed just in front of the yard entry point and clear of all signals to provide a stopping guide for manual driving, especially for those locations without visible signals
DotPoint.JPG At Caltowie the Caution track sign is just in front of the Caltowie Home Dn semaphore signal at the entrance to the yard


PencilTips.PNG Check Train Heading
If you are using the manual driving controls (either the keyboard or on-screen controls) then it is a good idea to check the train heading (its forward direction) first by clicking the Train Heading Button in the lower right of the screen. This will reverse the current direction setting (shown by the red and green direction arrows directly above the consist) and reveal the new heading (the green arrow). A second click will reset it, if needed.


 Signals 

When driving manually you will have to obey all signals, unless given specific instructions for shunting operations.

All signals in the layout are Lower Quadrant Sempahore signals. They use a moving arm or arm indicator that drops down at an angle of about 45º from the horizontal to indicate Proceed. The arm stays horizontal to indicate Stop.

Single Arm Semaphores
Single Arm Stop Traffic Semaphore on a mast showing  STOP  Single Arm Proceed Traffic Semaphore on a mast showing  PROCEED 
Single Lever Shunt at Stop Shunting Lever Semaphore showing  STOP  Single Lever Shunt at Proceed Shunting Lever Semaphore showing  PROCEED 
Single Disc Shunt at Stop Shunting Disc Semaphore showing  STOP  Single Disc Shunt at Proceed Shunting Disc Semaphore showing  PROCEED 
Dual Arm (Diverging Path) Semaphores
Dual Arm Stop Diverging Traffic Semaphore on a mast showing  STOP  for both paths    
Dual Arm Upper Proceed Diverging Traffic Semaphore on a mast showing
  •  PROCEED  for the Main path
  •  STOP  for the Diverging path (left/right)
Dual Arm Lower Proceed Diverging Traffic Semaphore on a mast showing
  •  STOP  for the Main path
  •  PROCEED  for the Diverging path (left/right)
Dual Lever Shunt Stop Diverging Shunting Semaphore showing STOP for both paths    
Dual Lever Shunt Upper Proceed Diverging Shunting Semaphore showing
  •  PROCEED  for the Main path
  •  STOP  for the Diverging path (left/right)
Dual Lever Shunt Lower Proceed Diverging Shunting Semaphore showing
  •  STOP  for the Main path
  •  PROCEED  for the Diverging path (left/right)
Line740.png

 B   AI Control 

DotPoint.JPG One advantage of using the AI to do all the driving is that it will set all the track junction switches to your destination for you


You can drive by adding AI Driver Commands directly into the Driver Command Bar on the bottom right of the screen. A large number of track marks and some industies have been added to provide destinations for these commands.

The approach to every location in the route has TM Track Marks added to allow you to let the AI do most of the driving work.

Apart from the standard commands (Drive To, Load, Unload, Couple, Wait For, etc), additional commands have been added to the session. Specifically:-

  • Instant Load Command - to instantly load all wagons (except locos and tenders) with the first item in their product queues
  • InstantLoadLocos - to instantly load all locos (or their tenders) with water and either coal or bunker c oil
  • InstantUnload - to instantly unload all wagons (except locos and tenders)
  • Set Max Speed To - to set the maximum train speed (in mph) when approaching loading/unloading points. This can also be used to cancel a previously set Max Speed.


DotPoint.JPG An Trackmark Invert Right.png Approach Track Mark is placed a short distance ahead of the yard approach signal, visible and invisible, at all locations in the route. Alongside each is a Caution track sign.


PencilTips.PNG Check Train Heading
If you are using the AI then it is still a good idea to check the train heading (its forward direction) before issuing a Drive To command. Clicking the Train Heading Button in the lower right of the screen will reveal and revese the current train heading - click it again if needed to restore it. The AI does have a "habit" of taking off in the direction of the train heading when its destination is in the opposite direction.


Stop.PNG WARNING:

If you are using a combination of AI and Manual driving, especially with shunting operations in yards, be aware that the AI system will reset the switches to their original positions after the completion of a Drive To or similar command. Following an AI driving command with Manual shunting operations can lead to derailments if you do not first check the positions of switches that you will be moving over.

The Track Marks are shown on the Caltowie Tab TM Grey.png page (link will open in this window).

Caltowie Approach

Part of this page is shown left. The approach track mark on the Port Pirie side is  Caltowie Main Approach Dn . This is also identified in the data table, also copied from the same page, shown below.

Caltowie TM

From the Driver Command Menu (see the  The Driver Command Bar  in the section above) select the Driver Command  Drive To Trackmark  then find and select from the alphabetical list the Track Mark  Caltowie Main Approach Dn .

 
 
 
  Top Next Up Next Down Bottom



Step
DotPoint2Blue.png

 Caltowie to Jamestown 

 
 

Caltowie does not have a coal stage or a fuel oil store in need of a refill so the consist will not be stopping here. A through path is the best option.

 A   Manual Control 

To manually drive the train through Caltowie to Jamestown you will have to set all the switches yourself using the information on the Caltowie Tab SW Grey.png page (link will open in this window).

Caltowie Switches Because Caltowie is a fairly simple yard, the switch sets are not complex.
  •  Port Pirie to Broken Hill  via  Main  -  1 -R  2 -L  6 -R  7 -L
  •  Port Pirie to Broken Hill  via Station -  1 -L  7 -R

Once the switches have been set, use the Driver Speed Dial, the keyboard controls ( W   S   X ) or the advanced on screen controls to drive the train through Caltowie.


 Catchpoints 

Notice that the Switch Track Diagram above shows three switches in red with letters as IDs -  A    B    C .

These special switches are identified on the Caltowie Tab SW Grey.png page as Catchpoints, which are also known as Derails. They are designed to prevent runaway wagons from entering the running lines. Most yards in the route have at least one Catchpoint.

Catchpoints

The information above shows that the default position of the Catchpoints, the first direction setting shown as an (L) or an (R), is set to  Catchpoint  which is the derail position.

NotePad.PNG Notes:
If you are manually driving through a yard, then you MUST correctly set each  Catchpoint  on your path yourself otherwise your train will DERAIL


Derail type 1   No Derail   Derail type 2
The Catchpoints used in major yards have mechanical indicators. Smaller yards use a simplier version with a static sign.

DotPoint.JPG The Catchpoint switch green arrow MUST point to the opposite side of the track from the Catchpoint Rail for the train to safely pass.
Line740.png

 B   AI Control 

After reaching Caltowie you can use the Track Marks placed in the yard to navigate your way through. The track marks are shown on the Caltowie Tab TM Grey.png page (link will open in this window) with a section containing a few that are relevant to this tutorial reproduced below with a secion of the Track Mark details from the same page.

Caltowie Map Track Marks Caltowie Exit TMs

All stations on the route, including the passenger enabled stations, have track marks on both their Up and Down sides. This allows you to use the Drive To Trackmark command to reach any passenger station. The track marks are named using the name of the station (e.g. Caltowie), the word Station and the direction of travel, Up or Dn. So Caltowie has the station track marks Caltowie Station Dn and Caltowie Station Up (not shown above).

NotePad.PNG Notes:
Most stations on the route are NOT passenger enabled which reflects the actual level of passenger traffic that existed at those locations in the 1960s. The Drive To Trackmark command has to be used to bring a train alongside these stations when using the AI


The simplest option is to use the AI  Drive To Trackmark  Driver Command and then select the Track Mark  Jamestown Main Approach Dn  to navigate to Jamestown.

If you prefer to travel through Caltowie via, for example the Station, then use the AI  Drive Via Trackmark  Driver Command, select the required Track Mark (e.g.  Caltowie Station Dn ) followed by  Drive To Trackmark   Jamestown Main Approach Dn 

 
 
 
  Top Next Up Next Down Bottom



Step
DotPoint3Blue.png

 Jamestown 

 
  We will be using the  Loop Yard  road as the destination in Jamestown. Using this road instead of the Station Yard road will allow the loco to be moved from the front of the train to the rear for shunting the Jamestown coal wagons without passing the Jamestown Home Up signal and entering the Jamestown - Belalie North section.

 A   Manual Control 

As at Caltowie, to drive into Jamestown you will have to set all the switches manually. The Jamestown Tab SW Grey.png page (link will open in this window) shows all the switches into Jamestown and their settings.

Jamestown Path

The Jamestown Switch Set is identified on the Jamestown Tab SW Grey.png page as

Jamestown Switch Set

Because we will be driving beyond the  Loop  and into the  Loop Yard  the  Optional  switches  7  and  10  will also have to be correctly set.

Use the Driver Speed Dial, the keyboard controls ( W   S   X ) or the advanced on screen controls to drive the train into Jamestown  Loop Yard  and halt once the rear wagon is safely clear of switch junction  10 .

Line740.png

 B   AI Control 

The Jamestown Tab TM Grey.png page (link will open in this window) shows all the Jamestown track marks.

Jamestown Path

The important Track Marks for this tutorial scenario are identified on the Jamestown Tab TM Grey.png page as
Jamestown TMs

From the open Driver Command Menu select the  Drive To Trackmark  command which will open up a long alphabetical list of track marks. Find and select the track mark  Jamestown Loop Yard Dn .

 
 
 
  Top Next Up   Bottom



Step
DotPoint4Blue.png

 Shunting Jamestown Yard 

 
 

Jamestown  Loco  Depot will be receiving two CCC wagons loaded with coal. Both wagons have been marshalled at the rear of the consist in front of the Guard Van. This operation could be done entirely using the AI but the process would be more complex than needed so only Manual Driving, or a mixture of manual and AI, will be used.

The task will involve moving the loco to the rear of the consist, uncouplng the two coal wagons (plus the Guard Van) from the train and then shunting them into the  Loco  Depot and Sidings. You will have two options at the Depot:-

 A  Move the wagons to the  Coal & Water Stage  for unloading. This will require using the AI to prevent the wagons being loaded with coal again as soon as they are unloaded (because that is what some  Coal Stage  assets will do).

Then store the empty wagons on one of the  Loco  Depot Sidings

OR
 B  Move the loaded wagons into one of the  Loco  Depot Sidings for storage until they are needed - the easier if less interesting option.
Quick Steps:
Jamestown Map SW2.png
  1. uncouple the loco and tender and run them around the train via the  Main Yard  to couple to the Guard Van at the rear. Junction switches:  18 ,  17 ,  6 ,  7  and  10 
  2. uncouple the Guard Van and the the first 2 CCC loaded coal wagons. Shunt them to the  Station . Junction Switches:  10 ,  9  and  8 
  3. set access to the  Loco  Depot Sidings. Junction Switch:  8 .

If you are using Option  A  (unload at the  Coal & Water Loader ) then

  1. check the train heading. Make sure that the  Green Arrow  is above the last coal wagon and is pointing away from the locomotive.
  2. issue the AI Driver Commands  Drive To   Jamestown Coal & Water Stage  and  Unload 
  3. after unloading has been completed, return the wagons to the  Station . Then follow the steps below for Option  B  to stable the empty coal wagons in one of the  Depot Sidings .
PencilTips.PNG If the coal wagons won't unload at the  Coal & Water Stage  then there is a cheat you can use (we won't tell anyone). Issue the Driver Command  InstantUnload 

If you are using Option  B  (stable the coal wagons in the  Depot Sidings ) then:-

  1. select one of two siding roads to stable the CCC wagons. Either:-
    •  Loco  Siding 1 Junction Switch:  20 
    •  Loco  Siding 2 Junction Switches:  20  and  21 
  2. shunt the wagons into the selected siding and uncouple the Guard Van from the wagons. Return the loco and Guard Van to the  Station .
  3. couple the Guard Van to the rear of the train. Junction Switches:  8 ,  9  and  10 
  4. uncouple the loco and run it around to the front of the train via the  Main Yard . Junction Switches:  10 ,  7 ,  6 ,  17  and  18 
  5. couple the loco to the front of the train.
  6. make sure all junction switches are returned to their original state.


That ends the Tutotial Scenario but the Gladstone-Peterborough Depot Fuel Scenario continues on to deliver coal and bunker c oil to the two loco depots at Peterborough.
 
 

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This page was created by Trainz user pware in March 2021 and was last updated as shown below.


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