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Many 4-8-2 locomotives were therefore built for dual service. [citation needed] About 2,200 Mountain type locomotives were built for 41 American railroads. With 600 4-8-2 locomotives, the largest user in the United States was the New York Central Railroad (NYC). The Water Level Route eschewed the hilly moniker in favor of Mohawk type. [32]
Southern Pacific 4294 is a class "AC-12" 4-8-8-2 cab-forward–type steam locomotive that was owned and operated by the Southern Pacific Railroad (SP). It was built by the Baldwin Locomotive Works in March 1944 and was used hauling SP's trains over the Sierra Nevada, often working on Donner Pass in California.
The largest steam locomotive built in Europe was a 4-8-2+2-8-4 Garratt, built by Beyer, Peacock and Company for the Soviet Railways in 1932. The most numerous Garratt class in the world was also a Double Mountain, the Class GMA and GMAM of the South African Railways, of which 120 were built between 1954 and 1958. [2] [3] [4] [5]
Under the Whyte notation for the classification of steam locomotives, a 4-8-8-2 is a locomotive with four leading wheels, two sets of eight driving wheels, and a two-wheel trailing truck. Other equivalent classifications are: UIC classification: 2DD1 (also known as German classification and Italian classification) French classification: 240+041
Download as PDF; Printable version; ... 4-8-2 • UIC: 2′D1′ h2 ... This was the standard light freight locomotive of the USRA types, and was of 4-8-2 wheel ...
Print/export Download as PDF; Printable version; ... Locomotives classified 4-8-2 under the Whyte notation of locomotive axle arrangements.
New York Central 2933 is a 4-8-2 "Mohawk" (Mountain) type steam locomotive built in October 1929 by the American Locomotive Company for the New York Central Railroad.The wheel arrangement is known as the Mountain type on other railroads, but the New York Central dubbed them "Mohawks" after the Mohawk River, which the railroad followed.
The Quadruplex was to comprise three articulated engines of 8 driving wheels each beneath the locomotive itself, and a fourth engine beneath the tender.As a compound locomotive, engine cylinders 7 and 9 (as numbered on the above image) would receive high pressure steam to drive the first and third engines, each would exhaust as low-pressure steam to power cylinders 8 and 10 on the second and ...