Elkhorn Grade Electrification

Elkhorn Grade Electrification

Electric locomotive with box cab pulls coal cars up grade

N&W LC-1 No. 2501 on the Elkhorn grade in 1915
Overview
Locale Virginia, West Virginia
Operation
Owner Norfolk and Western Railway
Depot(s) Bluestone, West Virginia
Rolling stock N&W LC-1, N&W LC-2
Technical
Line length 52 mi (84 km)
Track gauge 1,435 mm (4 ft 8 1⁄2 in) standard gauge
Electrification 11 kV 25 hz AC
Route map
The original electrification, completed in 1915
 to Norfolk, Virginia
0 mi
0 km
 Bluefield
 Bluefield Yard
WV
VA
3.62 mi
5.83 km
 Graham
 to Norton, Virginia
7.15 mi
11.51 km
 Falls Mills
VA
WV
8.39 mi
13.5 km
 Flat Top Yard
11.39 mi
18.33 km
 Bluestone
 Cooper Tunnel
12.9 mi
20.8 km
 Cooper
14.35 mi
23.09 km
 Ruth
 Elkhorn Tunnel
14.95 mi
24.06 km
 Coaldale
17.05 mi
27.44 km
 Maybeury
18.85 mi
30.34 km
 Ennis
20.45 mi
32.91 km
 Elkhorn
21.85 mi
35.16 km
 Powhatan
22.75 mi
36.61 km
 Kyle
23.55 mi
37.9 km
 North Fork Junction
24.05 mi
38.7 km
 Keystone
25.15 mi
40.48 km
 Eckman
26.15 mi
42.08 km
 Landgraf
27.55 mi
44.34 km
 East Vivian
28.25 mi
45.46 km
 Vivian
28.75 mi
46.27 km
 Vivian Yard
 to Kenova, West Virginia

The Elkhorn Grade Electrification was a project undertaken by Westinghouse in 1913–1915 to electrify a 27-mile (43 km) section of the Norfolk and Western Railway's Bluefield Division in Virginia and West Virginia. Electrification would be extended further in the 1920s and the length of the electrified line would reach 52 miles (84 km) before the N&W abandoned it in 1950.

Background

In the early twentieth century the Bluefield Division of the Norfolk and Western Railway featured a forbidding two percent average grade. Multiple 2-6-6-2 Class Z1 "Mallet" steam locomotives labored hauling 3,000-short-ton (2,700 t) coal trains up and down the grade. Although most of the route was double track, it narrowed to a single track at the Elkhorn Tunnel, which was 3,100 feet (940 m) long and itself on a  2 1⁄2% grade.[1] Steam-powered trains were limited to 6 miles per hour (9.7 km/h) in the tunnel, and delays were common.[2]

History

Working with Westinghouse, the Norfolk and Western electrified a 27-mile (43 km) segment between Bluefield, Virginia and Vivian, West Virginia.[2] The N&W constructed a power plant at Bluestone, West Virginia, along with maintenance shops for the electric locomotives.[3] Substations were located at Bluefield, Vivian, Maybeury, and North Fork.[4] The electrification system was 11 kV at 25hz. Aside from the Elkhorn Tunnel the entire system was double or triple track. Including sidings, yard trackage, and branches to coal mines, 90 miles (140 km) were under catenary.[2]

The effect of the electric operation was immediate and measurable. In June 1914 the electrified district handled 272 trains averaging 2,896 short tons (2,627 t) of coal. Each train required three Class Z1 locomotives. In June 1915, with electric operation only partially implemented, this rose to 397 trains averaging 3,054 short tons (2,771 t), a 60 percent increase. In normal operation two LC-1 boxcabs could handle each train.[5]

Pleased with the results, in 1915–1916 the N&W electrified another 6 miles (9.7 km), from Bluestone Junction to Clift Yard and to Pocahontas. After World War I several more extensions followed on the west end, raising the mileage to 52 miles (84 km).[6]

After World War II the N&W decided to abandon electrification on the Bluefield Division. The railroad constructed a 5-mile (8.0 km) $11.9 million double-track bypass of the Elkhorn Tunnel. The reduced grade eliminated the need for electric traction. The bypass was dedicated on June 26, 1950.[7][8]

Rolling stock

To operate under the wires the N&W ordered twelve twin-unit LC-1 boxcab locomotives from Baldwin-Westinghouse. Each twin unit weighed 270–300 short tons (240–270 t) and was 105 feet 8 inches (32.21 m) long, making it both the largest and heaviest electric locomotive in the United States at the time of its introduction.[2] The N&W supplemented these in 1925 with four LC-2 locomotives.[6] The N&W scrapped all sixteen when electrification ended in 1950.[7]

See also

Notes

References

Further reading

This article is issued from Wikipedia. The text is licensed under Creative Commons - Attribution - Sharealike. Additional terms may apply for the media files.