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O Scale Trains Magazine Online

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Modern Accountability<br />

The biggest part of model railroading is the train.<br />

That seems pretty obvious to most of us, I believe. The<br />

train is the reason we build benchwork, run wires, and<br />

layer on scenery materials. The train is also the reason<br />

many of us like to follow prototype operations and<br />

schedules. As if there weren’t enough things to study<br />

when modeling miniature worlds, we also have to add<br />

our own stack of paperwork for car routing. There is a<br />

joy in it all when you follow the rules and complete a<br />

switchlist for a session of model operation. Following<br />

a prototype operation schedule is a busy task in itself,<br />

and adding more work for the crews and dispatcher<br />

seems as though it would start to detract from the fun<br />

of the hobby – the train.<br />

The major railroads across this land have added new<br />

safety and security procedures to train crew operations.<br />

These new procedures must be followed when a train<br />

crew requests blocks or gives up blocks of track on the<br />

mainline. New operational authority numbers are given<br />

by the dispatcher to train crews that operate within a<br />

specific territory. It’s like a password for accessing a<br />

given territory. When requesting blocks or giving up<br />

blocks of mainline track, this authority number must<br />

be read first for the action to be valid. Authority numbers<br />

can be added to your dispatcher orders with ease,<br />

and it doesn’t require a change to the overall operating<br />

session. The authority number is simply a four, five,<br />

or six-character number, assigned to each train crew,<br />

that they hold until they clear a subdivision. By adding<br />

a blank line to your switch list or track warrant, you<br />

can duplicate this authority action. It would follow this<br />

example, “CSX 232-22, authority number 5135, date<br />

7/10/2006, has a clear track, South, in the Birmingham<br />

Mineral Sub.” It will bring an aspect of modern prototype<br />

railroading to your model operation that is currently<br />

a big issue – security.<br />

Tragically, humans do make errors. The absolute<br />

worst place to make them is on a railroad. To combat<br />

crew errors, railroads are adopting a new permission<br />

based system of accountability for operating switch<br />

machines. It is simple and very easy to understand. The<br />

train crew just asks the dispatcher for permission to use<br />

a given switch machine. The switch machine location<br />

is given in the form of a milepost reading, or may have<br />

a given designation like “XX”-100 where “XX” may be<br />

the subdivision name like CSXMS-100. Simply, this<br />

stands for the CSX Mineral Subdivision switch number<br />

100. The train crew records the time of this “granting<br />

of permission” on the train paperwork, as does<br />

the dispatcher in his log. When the crew finishes the<br />

operation, they notify the dispatcher of the final switch<br />

machine position. If the train crew fails to call the dispatcher<br />

after some allotted time, the dispatcher is going<br />

to call the train crew for an update. The permission to<br />

operate a switch machine must be read, along with any<br />

given instructions a track warrant or block order may<br />

carry. If no switch machines were to be operated, that<br />

must also be noted in the final track warrant or block<br />

order. Mimicking this practice in your operating sessions<br />

will bring another aspect of modern railroading<br />

practice – accountability.<br />

In our world of fancy computer gadgets and gizmos,<br />

human interaction is still needed for making critical<br />

decisions. Computers can remotely operate switch<br />

machines, code information from prying hackers, and<br />

locate any train at any moment. The purpose of these<br />

new procedures is safety, security, and accountability.<br />

A computer device may be the back-up alarm,<br />

if a switch is not returned to the normal position, by<br />

alerting both the crew and dispatcher. It is prone to<br />

failure, and expensive to implement in remote territory.<br />

A human can be on the spot at any time and visually<br />

confirm a switch position, but it’s the interaction of<br />

this person with the switch machine that requires the<br />

accountability. Attaining verbal permission for operating<br />

any switch, when not under control by the dispatcher,<br />

is just plain safe and makes a fine addition to a<br />

model operating session.<br />

In the next issue we’ll take a look at modern train<br />

consists. Are the cars in a train in some random order<br />

because of destination, safety, or just how they got<br />

sorted at the yard?<br />

Happy Railroading.<br />

u<br />

50 • O <strong>Scale</strong> <strong>Trains</strong> - July/Aug ’06

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