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Light Diesel-Electric Freight Locomotives[Inhalt]
British Rail class 15 (British Thomson-Houston type 1)
originally D8200
Great Britain | 1957
44 produced
D8200 in July 1966 together with D8202 in front of a freight train at Stratford Depot
D8200 in July 1966 together with D8202 in front of a freight train at Stratford Depot
Hugh Llewelyn / D8200
General
Built1957-1961
ManufacturerBritish Thomson-Houston
Axle configB-B 
Gauge4 ft 8 1/2 in (Standard gauge)
Dimensions and Weights
Length42 ft 0 in
Wheelbase31 ft
Service weight154,560 lbs
Adhesive weight154,560 lbs
Axle load38,640 lbs
Boiler
Power Plant
Power
Power sourcediesel-electric
Top speed60 mph
Starting effort37,500 lbf
EnginePaxman 16YHXL
Engine typeV16 diesel
Fuel480 us gal (diesel)
Engine output800 hp (597 kW)
Calculated Values
diesel locomotive
freight
British Rail class 20 (English Electric type 1)
originally D8000
Great Britain | 1957
228 produced
20154 and 20155 forming one of the typical pairs in July 1975 in Coalville
20154 and 20155 forming one of the typical pairs in July 1975 in Coalville
Nigel Tout

The Class 20, officially known as the English Electric Type 1, was the first mass-produced British mainline diesel locomotive. It was at the top end of performance class 1 with a maximum of 1,000 hp and was intended for lighter operation with mixed freight trains. Thus, a boiler for passenger trains was dispensed with and the power was drawn from the eight-cylinder version of the English Electric diesel engine. The engine code 8SVT indicated a supercharged V8 engine. Its distinct sound led to the nickname "Chopper".

Unusual for British locomotives, only one cab was installed at one end of the locomotive, with one driver's desk for each direction. Since the transition from steam to diesel was just beginning at the time, the poor visibility in one direction was manageable. Since the previously developed diesel locomotives in this power class were not a success, 128 units were ordered, which were delivered between 1957 and 1962.

As planned, the locomotives were primarily used for freight traffic and were usually running cab-first. In the summer they were also used to increase passenger traffic, and their duties also included shunting empty passenger trains. The lighting system initially consisted of the multitude of lamps to form combinations for identifying the type of train, as was common on British steam locomotives. From 1960 these were replaced by the large boxes for displaying the train numbers.

A further 100 examples were built between 1965 and 1968, bringing the total to 228. Some came with slow-speed controls for loading and unloading coal trains. When the light mixed freight trains became fewer and fewer due to the growing road traffic and light mainline locomotives were no longer needed, the locomotives were increasingly seen in pairs in front of heavier trains. They were coupled together with the cabs on the outside to allow sufficient visibility in both directions. Some of the coal trains in the Scottish lowlands were even pulled by three locomotives.

At the end of the British Rail era, they were rarely found on main routes in front of regular trains. After privatization, the Class 20 was increasingly used by its new operators for special tasks. Some were used on construction trains, helping to build the Eurotunnel and the High Speed 1 route from London to the Eurotunnel. Some were even used temporarily in France for this task. Direct Rail Services operates nuclear waste container trains with one locomotive at each end. The DRS “Railhead Treatment Trains” also had a locomotive at each end, which used high pressure to clear the tracks of leaves in autumn at high speed. Class 20 locomotives have not been used in this role since 2020. At that time, the number of locomotives in general had shrunk considerably, and the deployments for the delivery of the new S-stock cars for the London Underground were already history by this time. 22 pieces are preserved for posterity. They are all operational, either only for individual museum routes or with certification for all main routes.

General
Built1957-1962, 1965-1968
ManufacturerEnglish Electric, Robert Stephenson & Hawthorns
Axle configB-B 
Gauge4 ft 8 1/2 in (Standard gauge)
Dimensions and Weights
Length46 ft 9 1/4 in
Wheelbase32 ft 6 in
Rigid wheelbase8 ft 6 in
Service weight161,280 lbs
Adhesive weight161,280 lbs
Axle load40,320 lbs
Boiler
Power Plant
Power
Power sourcediesel-electric
Top speed75 mph
Starting effort42,000 lbf
EngineEnglish Electric 8SVT Mk.II
Engine typeV8 diesel
Fuel456 us gal (diesel)
Engine output1,000 hp (746 kW)
Calculated Values
diesel locomotive
freight
last changed: 03/2022
Japanese National Railways class DD16
Japan | 1971
65 produced
DD16 7 in April 2013
DD16 7 in April 2013
Rick330
General
Built1971-1975
ManufacturerJNR Nagano, Kawasaki, Nippon Sharyō
Axle configB-B 
Gauge3 ft 6 in (Cape gauge)
Dimensions and Weights
Length38 ft 10 1/8 in
Service weight105,822 lbs
Adhesive weight105,822 lbs
Axle load26,455 lbs
Boiler
Power Plant
Power
Power sourcediesel-electric
Top speed47 mph
Starting effort31,698 lbf
EngineDML61Z
Engine typeV12 diesel
Fuel409 us gal (diesel)
Engine output805 hp (600 kW)
Calculated Values
diesel locomotive
freight
JR Freight class DD200
Japan | 2017
more than 20 produced
DD200 5 in April 2020 at Ishinomaki Station
DD200 5 in April 2020 at Ishinomaki Station
Mutimaro
General
Builtsince 2017
ManufacturerKawasaki
Axle configB-B 
Gauge3 ft 6 in (Cape gauge)
Dimensions and Weights
Length52 ft 2 in
Service weight129,632 lbs
Adhesive weight129,632 lbs
Axle load32,408 lbs
Boiler
Power Plant
Power
Power sourcediesel-electric
Top speed68 mph
Starting effort44,063 lbf
EngineFDML30Z
Engine typeV12 diesel
Engine output805 hp (600 kW)
Calculated Values
diesel locomotive
freight
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