BaltACD Tha ABSOLUTE LAST THING you want to hear a Train Dispatcher utter "What do you mean you don't fit!"
Tha ABSOLUTE LAST THING you want to hear a Train Dispatcher utter "What do you mean you don't fit!"
Tonight we put fitting into a siding to the test. Coming into our away from home terminal, instead of going down to the depot the dispatcher wanted us to go into the siding and change out there. We were 8200 feet long and, from experience, there's 8600 feet in the siding between the signals.
Even though I new we would fit, PTC makes it hard to get in the clear when clearance is tight. I was down to 1 mph trying to get in. I hit my counter when we entered the siding, but as it turned out it was off. I buzzed up the dispatcher to ask him to let me know when his screen showed us clear. He said we had just cleared. The counter showed we had gone a bit over 7500 feet when we got stopped.
Jeff
BaltACDedblysard & mookie were not husband and wife. Ed was a trainman in Houston. mookie was railfan from middle America. Both are missed.
Indeed. Both are definitely missed. As I recall, though, Mookie's husband was named Ed, too.
Larry Resident Microferroequinologist (at least at my house) Everyone goes home; Safety begins with you My Opinion. Standard Disclaimers Apply. No Expiration Date Come ride the rails with me! There's one thing about humility - the moment you think you've got it, you've lost it...
There are a number of online webcam and most of those will have corresponding scanners. It is very interesting as a railfan to watch these webcams and also listen in to the interaction between crews, dispatchers, and MOW crews. Also the defect detectors will chirp in info also. Very good entertainment.
ed
croteauddtnagle192034: This thread is from over 20 years ago and seeing it brough back vivid memories of old posters, such as Anonymous, the late edbysard and his late wife Mookie! Concerning an interesting tidbit that I personally saw as a kid probably 60-65 years ago in Colton, Calif., reference your inquiry, tnagle192034, was a very wide move, obviously arranged by towermen (3) and dispatchers (2). There were two main tracks, six track altogether. A gigantic cylinder was on Main 2, and it was moved onto a well-used sidetrack that had manual crossovers on each side of the main street in town. Another train came on Main 1, and passed without incident. Then the big cylinder was moved back onto Main 2, and its train took off! Imagine how exciting that all was for a young kid! Your post inquiry triggered that memory. Hope you found it as exciting as I did decades ago!
edblysard & mookie were not husband and wife. Ed was a trainman in Houston. mookie was railfan from middle America. Both are missed.
Clearance moves have specific 'wires' that govern their movement across the railroad from the shipments origin to its destination. That wire and its restrictions are required reading for everyone, train crew, yard personnel and Train Dispatchers that are involved in the movement. The higher and wider, the more restrictions the shipment will have. Those restrictions will include what specific track the shipment must occupy at specific location because of fixed geographical objects or man made obstructions. There may be restrictions where a train carrying the restricted car(s) CANNOT pass another train. There may be restrictions where trains with the restricted car(s) can pass trains without restricted cars but one train must be stopped and the other train can only pass at 10 MPH.
A number of years ago, CSX took delivery of a trainload of wind generation blades and nacells - that had myriad of restrictions over all the routes from Baltimore to New Castle, PA (end of my territory) a distance of approximately 300 rail miles and four non-InterDivisional crew districts. As I recollect it took three weeks to get the trainload shipment from origin to off the division at New Castle and moving toward its ultimate destination, which I believe was interline through Chicago. I believe after charting my way through the restrictions there were about 50 miles where the shipment could move 'without restrictions' - the single track miles between sidings on the Old Main Line subdivision between Baltimore and Point of Rocks. It too two or more crews to get the train across each of the crew districts. Needless to say, this ended up being a one time shipment. The train was too heavily restricted to be able to move it with all the other traffic that was competiting for track time.
Never too old to have a happy childhood!
CSSHEGEWISCHI'm not sure of the current practice but I have some older ETT's that list siding length by number of 40-foot cars.
Car Length measurement was common in the days before computer generated Train Documentation. Back in those days there was no 'easy' way to determine the length of each car and there were fewer car types and lengths.
My Father and I both worked the same yard in Baltimore - 30-40 years apart. He would regale me with stories of all the room the yard had to handle its traffic load - the era of 36 foot, 40 foot and the rare 50 foot cars. When I worked the yard the predominate cars were 89 foot auto racks and high cube box cars intermixed with 60 foot boxes and 53 foot gons - rare was a 40 or 50 foot car; needless to say my perception of the yard was the it was band box small and had too much traffic for its track space.
Siding length specified in Employee Timetables is 'measured' between Clearance Points. When push comes to shove - it is possible get a little extra 'length' by bunching the slack and using all the track space between the signals that govern the siding.
I think by 1980 almost all ETTs, and still today, give siding capacity in feet. Some at one time gave both car and footage capacity.
I recall seeing one in later years stated the car capacity was in 50 ft car length.
tnagle192034Thank you so much for all of that information it will be very helpful! I was wondering one thing. what format is the length in? feet? amount of cars?
CSX state length in FEET. The length of each car is calculated from the length field in the UMLER (Universal Machine Language Equipment Register) that cars in Interchage Service MUST be registered and most of a carriers non-interchange cars are also registered. There are a number of Car Service Rules the carriers must comply with about which cars can be Interchanged between carriers without restrictions.
In addition to the train length displayed on the Train Documents for a train, some Defect Detectors will announce a train length over the road radio channel along with the Defect Report for the train, Defect Detectors will also announce the number of axles that were inspected for the train - a number which should agree with the axle count on the Train Documents. Length announced by Defect Detectors can be at varience from the length shown on the Train Documents depending on whether the slack is bunched or stretched when passing over the Defect Detector.
I'm not sure of the current practice but I have some older ETT's that list siding length by number of 40-foot cars.
Thank you so much for all of that information it will be very helpful! I was wondering one thing. what format is the length in? feet? amount of cars?
Wow .. 20 Year thread resurection
I miss Ed around here.
tnagle192034Hi! I had a few questions about what exactly the dispatchers do. So do the trains have to send them information about what is in the train, what company, and stuff? if so would it be a difficult task to add things to this checklist for them to see before they allow a train to depart? such as what is the length of the train. I was wondering just how much they know about the trains. do they know much more than the company and train ID? any answers would be helpful thank you!!
any answers would be helpful thank you!!
Railroads have multiple interlocking data systems to facilitate their operation as a transportation company that move customers freight from origin plant to destination plant. Every car has its own identity - Car Initial and Car Number. Car Initials that end in X are private (non-railroad) owned cars. Data systems keep track of the thousands of cars that a carrier has on its line at any time. Yard personnel get 'work orders' for the actions crews need to take placing, pulling and/or respotting cars within each industry. Yard crews may service one or more customers and bring the results of their work back into the 'serving yard'. At the serving yard, personnel will then have other yard crews organize the results of the 'Industry' crews and form trains/blocks of cars based upon the destination/consignee of the cars. When track(s) of car(s) have been assembled for movement they are 'booked' into the carriers 'Car & Train Computer System'. Yard Supervision communicates with Division Supervision that they have a train to run for a specific scheduled train, extra section of a scheduled train or a extra train. The computer, when queried, will then provide all the necessary information about the train - Loads, Empties, Tonnage, Length, Clearance Restrictions, HAZMAT. Supervision will then apply locomotives to the train, normally with sufficient hauling capacity to move the train to its final desination over all the grades between Origin and Destination.
Once the train has been built, schedule assigned, power applied it will be 'consisted' into the computer system and all appropriate information will be sent from the 'Car & Train' computer system to the 'Computer Aided Dispatching System' (CADS). The Train Dispatcher manipulates CADS for all the trains operating over his territory - be that signaled or dark territory. CADS (at least CSX CADS) communicate a number of things with just how the Train ID gets displayed on the Dispatcher's model board computer screen. The lead alphabetic letter Identifier; P=passenger, M=merchandise, C=coal, G=grain, L=local and a number of other designators. The next three digits are the schedule number, the following two digits are the day date from origin. In the CSX CADS the date digits can be displayed in an array of different colors to signify different conditions - Clearance, HAZMAT and others.
Every train operating on a CADS territory has its own 'Train Sheet' a computer data packet that has Train ID, Crew Names, Engines by number, Loads, Empties, Tonnage, Length, Clearance details, HAZMAT details. Train sheet data is available to the Train Dispatcher with a mouse click any time he may want information about any individual train.
With scheduled movement between carriers they exchange data between each other on a train by train basis in both directions - both passenger and freight.
Information on consists is pretty much all automated now. The dispatcher will need to know about any special handling (ie, high/wide, possibly hazmat) but beyond that, he/she doesn't care.
What the dispatcher does need to know is the length of the train and whether it can make it over the road. The power desk will presumably assign enough power to accomplish that.
One could think of the dispatcher's duties as a sort of game - arranging the traffic so it moves in the most efficient manner possible. The variables are many. Events can lead to congestion, which ties up a lot. Some trains have priority over others (contracts, etc) so will get priority handling, while others languish in sidings or never leave a terminal.
The dispatcher's computer aided dispatch system (CAD) helps by double checking for conflicting movements and the like.
There's much more to it, but there's a start.
Hi! I had a few questions about what exactly the dispatchers do. So do the trains have to send them information about what is in the train, what company, and stuff? if so would it be a difficult task to add things to this checklist for them to see before they allow a train to depart? such as what is the length of the train. I was wondering just how much they know about the trains. do they know much more than the company and train ID?
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COTTON BELT RUNS A
Blue Streak
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