Nasby Station. Nasby Interlocking Tower. By John Ehrmin and Greg Johnson

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Nasby Interlocking Tower By John Ehrmin and Greg Johnson March 22, 1998 at 7:00 a.m. was the end of over 57 years of service for Conrail s Nasby Interlocking Tower (Control Point CP 292- milepost) in its present form.

Nasby Station Nasby Tower was at the intersection of the Toledo Terminal Railroad (TTRR) and the east-west Conrail main line (Photo above view from tower steps).

crossovers between the mains (Photo directly above - looking east from the tower). The second floor was where the action was.

He had radios, a telephone, a fax machine, and a clock.

1 Nasby Interlocking Tower By John Ehrmin and Greg Johnson March 22, 1998 at 7:00 a.m. was the end of over 57 years of service for Conrail s Nasby Interlocking Tower (Control Point CP 292- milepost) in its present form. All of the images and commentary are courtesy of John Ehrmin. Nasby Station Nasby Tower was at the intersection of the Toledo Terminal Railroad (TTRR) and the east-west Conrail main line (Photo above view from tower steps). The tower controlled the TTRR crossing, several tracks into the west end of the old Air Line Yard (now an intermodal terminal), a branch main to Detroit, a long siding to the west and crossovers between the mains (Photo directly above - looking east from the tower). The second floor was where the action was. The first floor was filled with wiring, relays, and back-up batteries. The operator had a desk facing the tracks and windows to view all the action (Photo below). He had radios, a telephone, a fax machine, and a clock. His main job was to operate the switch machine, but he also called cabs to move train crews, handed up the daily bulletin and any special written orders to train crews, and recorded all the action on a train sheet. Most of the second floor was the switch machine in a big wood case. A long row of black and white handles along the left side controlled the switches and signals. The red tubes were put on the handles if there was a malfunction. A track diagram is on the wall to the right in link 1 P a g e

Closer views show a close up of some handles on the switch machine. The Nasby Tower Environs It is said that Nasby Tower is named for Petroleum V.

2 above. The original interlocking diagram and subsequent changes had obviously not been done by graphics experts (Photo below). The silver stripe from top to bottom was probably pasted on when the Toledo Terminal was reduced from two tracks to one track. Other tracks removed have been covered with black tape. Closer views show a close up of some handles on the switch machine. The Nasby Tower Environs It is said that Nasby Tower is named for Petroleum V. Nasby, a civil war cartoon figure created by David Ross Locke, a former Toledo newspaper editor and mayor. The reason for naming the tower Nasby is lost in history. Nasby interlocking controlled the crossing of the west side of the Toledo Terminal and Conrail. There is no connection from Conrail to the Terminal tracks although there once was. The Toledo Terminal track was used solely by the Norfolk Southern for access to grain terminals on the south side of Toledo from their Homestead yard in East Toledo and usually had one train down and one train back each day. Nasby also controlled crossovers in both direction between the two east-west mainlines. It was also at the west end of a large Y. The east end of the Y is at the former location of the Swan creek Tower CP-289. The east-west mains form the south side of the Y. The two Conrail mains to Detroit form the east leg of the Y and the west leg is formed by a single track from the Detroit mains for traffic from Detroit going west. This track, called 3 lead, enters the east-west mains at Nasby. There is also a siding north of track #1 which goes west to Holland at CP-295. Petroleum V. Nasby David Ross Locke, a former editor of the Toledo Blade, created the fictional character Petroleum Vesuvius Nasby, a mostly illiterate, foul, and bigoted Southern who would do anything to get a Postmasters job, as a vehicle to satirical look at the Civil War and the Reconstruction Period. Locke's creation was quite fond of using Bible text to support his positions for slavery and other Southern causes. One admirer of the Nasby letters was President Abraham Lincoln, who would often quote the letters verbatim. After the war ended, Locke would continue to write the Nasby Letter during the Reconstruction period, commenting on the time period as Nasby slinked off with other former Southern soldiers for adventures that acted as commentary on the reconstruction of the south. The moral, hard working characters were all Republicans, with the characters that 2 P a g e

Locke, originally from Vestal New York, began his newspaper career at the early age of 10, apprenticing at the Courtland County New York newspaper the Democrat.

3 were drunken, lazy, or unwilling to repay their debts usually former southern soldiers or Nasby himself. David Ross Locke Petroleum V. Nasby was the pseudonym of Davis Ross Locke, the popular Civil War political satirist and Toledo Blade editor. Locke, originally from Vestal New York, began his newspaper career at the early age of 10, apprenticing at the Courtland County New York newspaper the Democrat. After his seven year apprenticeship, Locke then began to ply his trade professionally. Locke would begin his career with the Pittsburgh Chronicle, later moving on to the Plymouth Ohio Herald, an editor position at the Bucysrus Herald in Bucyrus, Ohio, and finally taking an editors position at the Toledo Blade. It was as the editor of the Toledo Blade that Locke, an ardent supporter of ending slavery in the south, created the character Petroleum V. Nasby, a rude, southern caricature of the popular Northern opinion of the South. Locke would write the Nasby Letters for the next 20 years, commenting on the Civil War and the Reconstruction period. Locke would continue to be a leader within the Toledo community, eventually purchasing the Blade in After a short stint as the editor of the New York Evening Mail, Locke would eventually move back to Toledo and take an Alderman position in the Third War of Toledo. Locke would spend the rest of his final years in Toledo, eventually succumbing to Tuberculosis in Nasby Operating Details The following details are now history but the dispatcher still has to provide the same operating functions that the tower operators provided. Nasby is not a large complicated plant but it is still interesting and does have a few challenges. The track diagram had a number of features. The tracks, switches, and signal locations were all shown (Photo #7 and #8). The numbers for switches and signals were intermingled and started low at the west end and increased to the east. For example on the east end, the signal bridge in photo #3 with five- three signal stacks, the #2 main signals are numbers 55, 76, and 80. The west bound crossover switches from #2 main to #1 main were numbers 50 and 49. At either end of the track diagram the #1 and #2 tracks and the siding had white lights. These lights were lit when a train was lined into the plant by the dispatcher. When a train entered the plant, a buzzer sounded and the red light next to the white light was lit. Red lights in track segments showed when a segment was occupied. A route could not be changed to a conflicting route until the train cleared the whole plant. If a route was set and then the dispatcher changed his mind, it was necessary to set a timer at the end 3 P a g e

of the machine to clear the route. This would take 4 minutes. Of course the purpose of the plant was to prevent switch and signal settings that could result in a collision or derailment.

The bottom track is the #2 main. The next track up is the #1 main. The dispatchers use both tracks in both directions although #2 tends to be eastbound and #1 tends to be westbound.

4 of the machine to clear the route. This would take 4 minutes. Of course the purpose of the plant was to prevent switch and signal settings that could result in a collision or derailment. It was possible however to have multiple movements as long as routes were mutually exclusive. A study of the track diagram and the instruction list gives insight into the many possible movements. The bottom track is the #2 main. The next track up is the #1 main. The dispatchers use both tracks in both directions although #2 tends to be eastbound and #1 tends to be westbound. The east end of Nasby territory started at Westwood Ave visible in photo #3. This was once a seventeen track street crossing but is now down to 7 tracks. The #3 track is a siding which starts at Swan Creek and goes west to CP-295. #4 and #5 tracks enter the Mega-Terminal facility from Nasby on the west and from #3 track from the east. The #2 lead goes into the automobile loading facility. The #3 lead as previously mentioned connects to the Detroit mainline. On the west end of the plant there is just a third track called the siding. Trains from Detroit can go west only on track #1 or the siding and conversely eastbound trains to Detroit must be on track #1 or the siding. The dispatchers tend to route trains to Detroit onto the siding out farther west but it is still necessary for trains to cross from #2 to #1 and then to the siding which disrupts the westbound use of #1. A quirk of the plant is that it is not possible to go to Detroit from Track #2 because the crossover from #2 to #1 is east of the crossover from #1 to 3 lead. Lining Up a Route This required pulling the handles for switches 56, 28, and 27. The switch handle was initially pulled most but not all of the way. The ammeter on top of the machine showed power going to the switch motor as a surge in amps. When the switch was fully reversed a click was heard and then it was possible to finish pulling the handle. If there was a problem with the switch machine a maintainer would be called to make a repair. Signal handle 63 was pulled last and if all interlocking conditions were satisfied the route lights at each handle involved with the route would light and the appropriate track signal would light. Observation March 28, 1997 I spent several enjoyable hours at Nasby observing fairly heavy traffic on this day. I saw some foreign power as well. Many interesting power combinations are occurring these days. It was not uncommon to see CSX, NS, BN, UP, CNW, Santa Fe engines, often mixed and often in consists with Conrail locomotives. A westbound multi-level train was dropping off cars at the Mega Terminal (above). The rear part of this train had been left on main track #1. Unfortunately he cars on #1 were too far west to allow for backing the engine back down onto 4 P a g e

the train and still be clear to the east of the interlocking. This delayed the train because all other traffic had to clear before time could be taken for the brake test.

Next an eastbound TV train crossed from #1 main to track #3 to drop and add cars farther east in the Mega-Terminal (below). This train had a CSX engine in between two Conrail engines.

5 the train and still be clear to the east of the interlocking. This delayed the train because all other traffic had to clear before time could be taken for the brake test. Cars for Toledo were dropped on track #5. During this move a westbound Freight went by (right). Next an eastbound TV train crossed from #1 main to track #3 to drop and add cars farther east in the Mega-Terminal (below). This train had a CSX engine in between two Conrail engines. Another westbound freight appeared and was crossed from #2 main to #1 main (below). It was passing the multilevel cars sitting on #1 and had to cross back to #2 because there were two eastbound trains on #2 sitting west of Nasby waiting to go east. This train had a Conrail engine on the point with HLCX #6069 and UP #3365 trailing. Next an eastbound double-stack container train appeared (below). Another multilevel train can be seen heading up 3 lead to Detroit at the same time. This train came east on the siding. Shortly after the double-stack train cleared, another west bound freight appeared, crossing from #2 to #1 (Photo #17). Note the maintenance truck in the foreground. He was either fixing a switch machine or tightening bolts on the crossing diamonds. Following the freight train was a late Amtrak, probably the Lake Shore Limited (top of next page). This engineer was probably not too happy since he was following two 50 mph trains. The Amtrak speed limit west of Toledo is 79 mph. It was probably passed around those freights when the eastbound trains were cleared from the west. Finally after traffic cleared the multi-level engine was able to back down to his train and 5 P a g e

6 make brake test, but because of the headroom problem he was delayed 45 minutes. This move required the engine to go west out of the interlocking before backing to the train because otherwise switch 27 could not be reversed. The Drag Race Nasby is a great spot to watch westbound trains accelerate even though the speed limit through the diamonds is 50 mph. Heavy trains coming from CP-289 are still accelerating when they reach Nasby. Many trains change crews at Toledo usually at the Union Station CP- 288 and so have been stopped before heading west. One evening at dusk the dispatcher happened to start two trains west at about the same time. When they got to Nasby they were almost neck and neck (left). I told a CSX engineer who lives across the street about this and he said with a twinkle in his eye that they would never race. The Operators and Other Towers I had met some 15 or so operators at Nasby. I could usually recognize the operator s voice on the scanner but fairly often I would hear a new voice. The operator s existence was anything but predictable. The operators with high seniority could hold a shift for a number of months but this would always change in April and December when the Great lakes shipping season started and ended. The bridge operators bump in and out of the towers at these times. There were also operators on the extra board for vacation and illness coverage. Several of operators commuted from long distances and stayed in motels or apartments as they have gravitated to the few towers still open such as here in Toledo. The high seniority operators were hoping to hang on for retirement. Younger operators were hoping for a New York Dock settlement when the Conrail split-up occurred. Two young operators had been accepted for dispatcher training in Dearborn. The closing of Alexis Tower July 1998 forced four operators to bump to Nasby and the other towers. Conrail had Stanley Tower at the north end of Stanley Yard at the Toledo Terminal crossing and the Walbridge tower. This tower is on a remnant of the Pennys and controls moves from the CSX Walbridge Yard northward on the Toledo Terminal. Walbridge Tower has rarer pneumatic switches instead of electric. 6 P a g e

7 The Stanley Tower (now CSX) is the most complex of the Toledo towers with over 100 levers. 7 P a g e

IN RE INVESTIGATION OF AN ACCIDENT WHICH OCCURRED ON THE UNION PACIFIC RAILROAD AT MENOKEN; KANS., ON JULY 24, 1930.

IN RE INVESTIGATION OF AN ACCIDENT WHICH OCCURRED ON THE UNION PACIFIC RAILROAD AT MENOKEN; KANS., ON JULY 24, 1930. On July 24, 1930, there was a rear-end collision between two freight trains on the Union