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The DB Class 202, also commonly referred to under its manufacturers' designation Henschel-BBC DE2500, since it was only in experimental use and never purchased by the DB, is a class of diesel-electric locomotives designed for use on main and secondary lines for both passenger and freight trains.
One unit was converted to 1.5 kV DC operation under electric catenary, and used for evaluation by the Nederlandse Spoorwegen, as NS Class 1600P.
The class represents a major milestone in the German locomotive development, since these are the first locomotives to have three phase asynchronous electric traction applied in a mainline diesel-electric locomotive.
The DE2500 featured a light-weight and completely modular construction, which allowed the quick and easy exchange of whole sections of the locomotive, such as the prime mover, generator or alternator sections. It was both capable of driving on Co'Co' bogies (002, 004) as well as Bo'Bo' bogies (003). All the components of the electric sections - from generator to traction motors - were built to the latest state of the art featuring brushless, collectorless and nearly contactless operation, which resulted in long service intervals and high reliability.
The locomotives were extensively tested by the Deutsche Bundesbahn on its lines throughout Western Germany, starting in 1971 through the mid-1980s. They were stationed at Bw Mannheim with the following DB numbers:
During the mid-1970s, locomotive 202-002 was converted for the Dutch Railways (NS) into an all-electric locomotive for 1.5 kV DC-overhead wire. It was painted in the Dutch yellow scheme, assigned the number 1600P and given the logos of the Dutch railways. A pantograph for the collection of the current from the overhead wire was installed, the diesel prime mover and the generator section were removed and replaced with ballast weight. The NS was very pleased with the results of the test cycles, but ultimately chose to acquire its serial-production Class 1600 from French manufacturers, based on the BB 7200, for both budget and delivery time considerations.
The Danish State Railways, DSB, tested the locomotive 202 004. The later acquired DSB Class ME, though heavier and stronger (115 t, 3.300 hp), were based on these prototypes. 37 of the class were built.
An H0 scale model engine has been made of the BR 202 by the German company Heris.
A switcher locomotive, shunter locomotive, or shifter locomotive is a locomotive used for maneuvering railway vehicles over short distances. Switchers do not usually move trains over long distances. Instead, they typically assemble trains in order for another locomotive to take over. Switchers often operate in a railyard or make short transfer runs. They may serve as the primary motive power on short branch lines or switching and terminal railroads.
A diesel locomotive is a type of railway locomotive in which the power source is a diesel engine. Several types of diesel locomotives have been developed, differing mainly in the means by which mechanical power is conveyed to the driving wheels. The most common are diesel–electric locomotives and diesel–hydraulic.
An electro-diesel locomotive is a type of locomotive that can be powered either from an electricity supply or by using the onboard diesel engine. For the most part, these locomotives are built to serve regional, niche markets with a very specific purpose.
The NS Class 6400 is a type of Bo-Bo diesel-electric freight locomotive. 120 were built by MaK and ABB between 1988 and 1994 for Nederlandse Spoorwegen.
NSB Di 4 is a class of five diesel-electric locomotives built by Henschel for the Norwegian State Railways (NSB). Delivered in 1981, the class is used to haul passenger trains on the Nordland Line and are since 2001 the only revenue diesel locomotives used by NSB. The locomotives had electric components from Brown, Boveri & Cie and a General Motors Electro-Motive Division 16-645E prime mover. This gives a power output of 2,450 kilowatts (3,290 hp) and a starting tractive effort of 360 kilonewtons (81,000 lbf).
NSB Di 6, later designated ME 26 and DE 2700, is a class of twelve diesel-electric locomotives built by Siemens for the Norwegian State Railways (NSB). The prime mover provides a power output of 2,650 kilowatts (3,550 hp), a starting traction effort of 400 kilonewtons (90,000 lbf) and a maximum speed of 160 kilometres per hour (99 mph). They have a Co′Co′ wheel arrangement. The bidirectional locomotives were designed for use with both passenger and freight trains.
The NSB Di 8 is a class of diesel-electric locomotives built by Maschinenbau Kiel (MaK), while it was part of Siemens Schienenfahrzeugtechnik, for the Norwegian State Railways (NSB). The locomotives are equipped with a Caterpillar 3516 DI-TA prime mover, which provides a power output of 1,570 kilowatts (2,110 hp) and a starting tractive effort of 270 kilonewtons (61,000 lbf).
The DB Class 403 was a series of three electric multiple units commissioned by the Deutsche Bundesbahn in the 1970s, an early predecessor of the Intercity-Express as a high-speed train. The units were mainly used for InterCity services and again by the Lufthansa airline in the 1980s. Due to the distinctive design of its front section, the unit was nicknamed the "Donald Duck". They were designed for operational speeds of up to 220 km/h, a speed which was also attained in extensive test drives, but they were limited to 200 km/h in regular DB service.
In engineering, a prime mover is an engine that converts chemical energy of a fuel into useful work. In a locomotive, the prime mover is thus the source of power for its propulsion. In an engine-generator set, the engine is the prime mover, as distinct from the generator.
The DB Class V 162 is a class of four-axle diesel hydraulic locomotive built as a development of the DB Class V 160 for the Deutsche Bundesbahn from 1965 to 1968.
The DB Class 218 are a class of 4-axle, diesel-hydraulic locomotives acquired by the Deutsche Bundesbahn for use on main and secondary lines for both passenger and freight trains.
The DR 130 family of locomotives comprises the DR Class 130, DR Class 131, DR Class 132 and DR Class 142, in USSR locomotive called TE109 and TE129.
128 001, as registered at Deutsche Bahn, or 12X, as named by its manufacturer AEG Schienenfahrzeuge and its successive owners ADtranz and Bombardier Transportation, is an experimental high-performance electric locomotive built in 1994, which was operated as testbed and test locomotive until 2010. The design of the locomotive featured several technological innovations, including power electronics using new types of semiconductors and water cooling, a new final drive concept, a new bogie concept, and protruding windflaps for improved aerodynamics that gave the locomotive a unique look.
The East German electric locomotives of DR Class E 251(from 1970: 251, DBAG Class 171) were not standard engines either within the Deutsche Reichsbahn's or subsequently the Deutsche Bahn's fleet, due to the different specification of their electrical system. They were only used on the Blankenburg (Harz) – Königshütte line. Because this line had steep inclines, but connecting this isolated branch to the main traction network would have been very expensive, the Deutsche Reichsbahn electrified it in 1965 with a 25 kV 50 Hz system, which was different from the usual German catenary supply of 15 kV 16⅔ Hz. The 15 Co’Co’ engines were supplied by LEW and registered with the Reichsbahn as E 251 001 to 015.
The Spoornet Class 14E of 1991 was a South African electric locomotive.
The South African Railways Class 61-000 of 1959 was a diesel-hydraulic locomotive.
The South African Railways Class DS of 1939 was a diesel-electric locomotive.
The Transnet Freight Rail Class 20E of 2013 is a South African electric locomotive.
The DR Class V 180 of Deutsche Reichsbahn was a class of the largest diesel locomotives built in the German Democratic Republic. The manufacturer was Lokomotivbau Karl Marx Babelsberg (LKM).
The DR Class 252 was the last new development of an electric locomotive for the Deutsche Reichsbahn. It was intended as a supplement to the Class 250, and in further series as a successor to the Class 251 locomotives on the Rübelandbahn and as a locomotive for transit traffic with a maximum speed of 160 km/h, which was to be used on the West Berlin-Hannover main line via Berlin-Staaken-Oebisfelde, which was to be expanded.