There was a private car repair facility in Council Bluffs, since closed, that didn't seem to worry about track capacity. I would often saw where they had shoved a car off the end of their tracks.
When they closed, they tore down most of the buildings. Including part of what once was the UP Transfer station built in the 1860/70s.
Jeff
Any track curviture envolved; and if so does the track have to fit to rectangular buildings doors.
mudchicken Working Capacity vs Total Capacity vs Spotting Capacity .... All different. Track capacity is fundamentally the distance between the derails or the clearance points. Each railroad's standards vary on how the clearance point is set. (I'm used to track centers at 13 feet being where the clearance point is set. Others use 13-15 feet plus one car plus other variables. On signalled track, you start looking for insulated joints and staying out of the detector section. Multiple variations. Engineers and trackmen measure the length of track as being from the point of switch to point of switch (or end of track)....Operating guys start at the clearance point and go to the other end clearance point or track bumper. Depending on the size of the turnout (switch), that difference in length can be several hundred feet. Kinda amusing when things don't quite "fit" with the funky operating math. "Total" (max) capacity sucks up a lot of no mans land (point of switch to clearance point), but also causes concerns for the switch crew filling an area to capacity or emptying it out. (Have had lots of issues in recent history with architects and civil engineers trying to design new facilities, docks, doors, gates and buildings ... Lack of railroad common sense in the design phase may kill or maim a trainman ... They really don't like you when you take their shiny new facility out of service before it even opens.) Was that track storage capacity with the slack run in or out? How much tail room do you have? With grain loaders, are you figuring-in room for a switcher and someplace to get it out of the way? carmover (& set-off)? joe-Bob AgriDummy and his tractor?
Working Capacity vs Total Capacity vs Spotting Capacity .... All different.
Track capacity is fundamentally the distance between the derails or the clearance points. Each railroad's standards vary on how the clearance point is set. (I'm used to track centers at 13 feet being where the clearance point is set. Others use 13-15 feet plus one car plus other variables. On signalled track, you start looking for insulated joints and staying out of the detector section. Multiple variations.
Engineers and trackmen measure the length of track as being from the point of switch to point of switch (or end of track)....Operating guys start at the clearance point and go to the other end clearance point or track bumper. Depending on the size of the turnout (switch), that difference in length can be several hundred feet. Kinda amusing when things don't quite "fit" with the funky operating math. "Total" (max) capacity sucks up a lot of no mans land (point of switch to clearance point), but also causes concerns for the switch crew filling an area to capacity or emptying it out.
(Have had lots of issues in recent history with architects and civil engineers trying to design new facilities, docks, doors, gates and buildings ... Lack of railroad common sense in the design phase may kill or maim a trainman ... They really don't like you when you take their shiny new facility out of service before it even opens.)
Was that track storage capacity with the slack run in or out?
How much tail room do you have?
With grain loaders, are you figuring-in room for a switcher and someplace to get it out of the way? carmover (& set-off)? joe-Bob AgriDummy and his tractor?
Thank you, track storage capacity was with the slack run out. I'm not writting about any particular industry or model layout. With grain loader, maybe I need to find some prototype example.
Amen. (But it was the operating guy* who couldn't read the map that put it into the timetable.)
*trainmaster, road foreman, rules examiner etc.
** especially during blind shoves.
*** The federal tax man doesn't care about car capacity, he's taxing you on total track feet of rail you have out there. (ICC GO-1 of 1914 still applies... and those rules were written more by beancounters and taxlizzards than engineers/surveyors maintaining the maps & record.)
mudchickenWorking Capacity vs Total Capacity vs Spotting Capacity .... All different. Track capacity is fundamentally the distance between the derails or the clearance points. Each railroad's standards vary on how the clearance point is set. (I'm used to track centers at 13 feet being where the clearance point is set. Others use 13-15 feet plus one car plus other variables. On signalled track, you start looking for insulated joints and staying out of the detector section. Multiple variations. Engineers and trackmen measure the length of track as being from the point of switch to point of switch (or end of track)....Operating guys start at the clearance point and go to the other end clearance point or track bumper. Depending on the size of the turnout (switch), that can be several hundred feet. Kinda amusing when things don't quite "fit" with the funky operating math. "Total" (max) capacity sucks up a lot of no mans land (point of switch to clearance point), but also causes concerns for the switch crew filling an area to capacity or emptying it out. (Have had lots of issues in recent history with architects and civil engineers trying to design new facilities, docks, doors, gates and buildings ... Lack of railroad common sense in the design phase may kill or maim a trainman ... They really don't like you when you take their shiny new facility out of service before it even opens.)
Engineers and trackmen measure the length of track as being from the point of switch to point of switch (or end of track)....Operating guys start at the clearance point and go to the other end clearance point or track bumper. Depending on the size of the turnout (switch), that can be several hundred feet. Kinda amusing when things don't quite "fit" with the funky operating math. "Total" (max) capacity sucks up a lot of no mans land (point of switch to clearance point), but also causes concerns for the switch crew filling an area to capacity or emptying it out.
And bad things happen when Engineering switch point to switch point numbers get put into the TT instead of the Clearance Point to Clearance Point numbers when it comes time to meet trains.
Never too old to have a happy childhood!
Short answer - It depends.
I depends on WHO is counting and what the purpose of the count is.
A 1000 foot track - by defination will hold 1000 feet of railcars.
A industry building that has loading doors spaced to fit 3 40 foot box cars - CAN NOT have 3 50 foot box cars properly spotted as there is a different door spacing between 40 foot and 50 foot cars. The industury track may have the footage to hold 3 50 foot box cars - but the 3 cannot be properly spotted at the loading doors.
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