What would be the correct/common name for a point where a mainline turnout switched to a seperate set of tracks? The seperate tracks may lead to multiple industrial spurs or a yard or even to an area used as an interchange with a different RR.
I would normally call it a spur but I think of a spur as limited length tracks leading to an industry or specific area. Would “branch” be correct? What else?
Sometimes track and building names have carried over for generations. In CSX’s Collinwood Yard, former NYC, there was the P-1a shed named for the electrics used in Cleveland between 1930 and 1952. It is still called the P-1a today.
There were, until recently, the coal wharf track* and the Kuhlman Lead, named after a track that led to the Kuhlman Car Co. a manufacturer of interurban cars until 1932, were still in use.
*I see coal dock is still on the map! (left side toward top, near Training School)
Are you asking about the POINT where the line branches off or the BRANCH itself?
Two different things.
It depends on how its controlled and how long it is. If it has a main track its a subdivision, secondary or a branch. All roughly the same thing, just depends on the railroad’s terminology. If it doesn’t have a main track but has more than one customer on it, or has several tracks breaking off of it, its probably a lead or an industrial lead. If it has one industry and minimal other tracks it could be a spur.
A spur/lead etc. is a track not a switch. I don’t believe there’s any specific term for that switch, but the railroad will identify each main track switch by a number and/or name of the track that it leads to such as:
“[Name] Sub[division] junction switch”
“[Customer name] Spur switch” (Add East/West/North/South in front of that if the spur is double-ended
“West (or East etc.) Siding switch [Station name]”
etc.
Often also followed or identified by the mileage (to tenth of a mile) of the switch.
Chris…I agree. What I needed was a stretch of track at the turnout that I could name so I could use that name as a “location” in JMRI OperationsPro. My intent was to have a mainline train stop at that location so a swtcher could meet with the train to exchange cars that the switcher would deliver to other locations on the diverging track.
Then aren’t looking for a “point” you are looking for a track. If you have a seperate switch engine running on it its a “lead”. The freight would set cars out on the “Anna”* lead and the “Anna” switcher will spot them, and I suppose, leave the pulls on the “Anna” lead to be picked up by another freight.
The name of the switch is irrelevant for what you are doing (but would proably be called the “Anna” switch).
I don’t think that’s a typical situation in the real world. More often the through train sets out cars on a track, and then the local picks them up later (and vice-versa) – as Dave suggested. On the real railroad, the scheduling precision needed to arrange that kind of active meet would be reserved for special situations or expedited loads, I believe.
I’ve seen similar situations where folks using JMRI Ops ended up with train movements and interactions that would not typically occur in real life. I don’t know whether limitations within the application are the reason or if the documentation is not reflective of the real world.
I agree that my activity is not prototypical but it is the only way I can make the interchange in several spots. In setting up OperationsPro I have discovered that there are a number of situtions where the logic to make OperationsPro work do not match my layout. I would need a lot more space to make my track match with JMRI logic.
Side note - I am a single operator layout so stopping a train on the main does not present a risk for a train wreck.
I see elements in that google map that represent what I am working on. Has a mainline with another track that branches off via some sidings. Sidings is what I decided to call these locations on my layout. In one case, the mainline is ATSF track and the diverging track is a lead to the Frisco. I needed a place to exchange cars between the ATSF and the Frisco. I created a siding for that task thus avoidind any mainline blockage then I setup the siding as a C/I (Classification/Interchange) track in JMRI. That allowed me to drop and pick up cars as needed on the siding without any changes to their load status in JMRI.