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Vital Statistics
| Owner Name: |
Cotton
Bowen |
| Date Built: |
2000 |
Status: |
Complete |
| Module
Type: |
POFF |
| Length: |
4 ft. |
Width: |
2 ft. |
| Passing
Sidings: |
No |
Additional
Lines: |
No |
| Industrial
Spurs: |
No |
Yard
Tracks: |
No |
| Engine
Servicing: |
No |
Crossovers: |
Yes |
Gallery
 |
Wallace, NY, is a
typical rail-served small town from the 1930s... Photo by Bill Rutherford |
Here a view down
mainstreet, as a freight train rolls past on its way to somewhere
else. Photo by Bill Rutherford |
 |
 |
Wallace, NY,
really existed! Cotton found these pictures
during his research. Photo by Bill Rutherford |
Here another view down
main street, as seen from above. Photo by Bill Rutherford |  |
 |
A New York Central
commuter swings by for passengers bound for Bath
and Corning... Photo by Bill Rutherford |
Description
by Cotton Bowen
Wallace,
New York is a small village on State Route 415 and I-390 about 10 miles northwest of Bath in picturesque
Steuben County, New York. Wallace
started when a local farmer, who had the foresight to know a good thing when he saw it,
provided a free right of way to the Erie Railroad in the 1850's. The railroad was built through the valley of the Conhocton
(also know as the
Cohocton) River. George
Wallace provided the land at no cost, in exchange for a siding being
provided by the railroad. The
result was the growth of a small village that has come to represent,
to me, the prototypical small town of the late 1800's and early
1900's. Wallace depended
on local farmers for its life and economic growth. In its hey-day in the early 1900's, Wallace could boast of
several general merchandise stores, a grocery, a hardware, a ice cream
parlor, a hotel, a milk processing plant, a pea vinery and a brick
kiln. As horse and wagon
transportation was supplanted by transportation based on the internal
combustion engine, Wallace and many towns like it began to fade. People just did not need to have a town every five miles, the
car and truck made longer trips to places of business possible. This
module represents Wallace in the 1930's. During the 1930's, Wallace was probably about as robust as it
would ever be, and just a few years later started its inexorable
decline to a bedroom community for Avoca and Bath, NY. One by one businesses closed and buildings were torn down or
converted to other purposes. The
McGee Hotel became a potato warehouse and then succumbed to the
wrecker in 1953. Several buildings burned down. Zina Bowen (the grandfather I never knew) died in 1936, years
before I was born. His
general merchandise store, a "dark emporium of the old
style", eventually became an apartment house. Next door, Dygert's
Ice Cream Parlor and Restaurant closed in the early 1950's and was
left abandoned until it too, having been declared a public hazard,
became a victim of the wrecker. Clymo's
Red and White Food store eventually became Taf-Lor's antique shop and
even that eventually closed in the late 1980's. The Erie Railroad ran through the center of town. I can remember seeing commuter trains bound for Bath and
Corning, NY depart the station in front of my grandmother's house. Now the station and tracks are both gone. The Lackawanna Railroad ran behind Wallace, the line
still exists in the form of the defunct Bath & Hammondsport
Railroad ("The Champaign Trail") right-of-way; another
fallen flag. At least the
tracks and bridges still remain. With the exception of cottage industry, such as an automobile
repair shop, Wallace has no viable businesses. The small town in the United States may still exist, but not in
the form of the last two centuries. It remains to be seen what other changes a new century will
bring to Wallace and other small towns U.S.A.
Construction
Wallace
is a standard POFF with turnouts for changing from the Blue to Yellow
and Red lines. Although
Wallace had a "turnout/siding" I built these turnouts to
accommodate line changes for trains emerging from Ken Allen's Kilgour
stub yard. I used
standard woodwork to construct a frame and laid a foundation for
scenic material with pink foam insulating sheet. The pink foam was then covered with Woodland Scenics "Hydrocal
Lite" and stained an earth brown. Macadam roads were "laid" on the wet Hydrocal by
using a wet foam brush to form a road bed. Woodland Scenics blacktop was used to stain the roads to
resemble a worn blacktop road so typical in rural areas. Road shoulders were made by running a bead of white glue along
the right of way and then dribbling a mix of three colors of fine
ballast on the glue. Paths
and dirt roads were similarly constructed by using fine ballast in
only one color. The back
was built of a thin plywood sheet and more pink foam glued and cut to
create steep hills. Bushes
and foliage were hot glued in place. The basic lay out of buildings,
roads, hills, railroads and the Cohocton River was based on a
Geological Survey 1:50,000 scale map and photos, in period photos,
taken in the area. Long
time residents of the area were also interviewed and their memories
were put to use. Some
details like original building colors are somewhat vague and in some
cases the artist's license to be creative was invoked to enhance
visual interest and variety. I used an electric carving knife to work on the pink foam. A creek was created by using the knife to carve a trench.
Water was created by pouring Envirotech into the trenches
formed for the river after suitable coloring and gluing of talus in
appropriate places. Buildings were constructed of DPM, Model Power and Bachman
kits. One building, the
McGee Hotel, was scratch built. The
greatest technical challenge was hooking up remote control for the
turnouts. I did not want to have operators reaching over the display
to hand throw switches. I
ended up using steel rod run underneath the surface of the module and
hooked to the Peco switches. I
soldered thin pieces of steel wire to the rod and bent to a 90 degree angle to provide for hookups to the switch
machines. The other end
of the rod emerged from the back of the module and was coupled to
dipole slide switches by drilling a hole in the slide switch button
and gluing the rod into the hole. With careful adjustment, the slide and switch button can be
synchronized to move the turn out in coordination with power to the
proper rails. Rather than
depend on the vagaries of dirty rails to conduct continuous power,
each switch was wired to the section of rail feeding power to the
passing locomotives. The
central connection of the switch should be connected to the live V of
the turn-out, the other two connections should wired to the
appropriate section of the turnout to be powered. Don't forget that the turn-out needs to be electrically
isolated by using insulating connectors for any section that will have
power being switched from one line to another. Continuous lines should not be insulated.
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