Knowledge (XXG)

HCP EL.200

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264:. Despite the use of smoke-extracting fans, the tunnel's smoke significantly limited train traffic. As a result, it was decided to install an electric traction system in the tunnel. Due to limitations in Poland's electrical engineering industry, the electrification, supply of rolling stock, and electrical equipment were contracted to the British company 29: 309:
The body of the EL.200 was entirely metal, welded from steel plates. The coupling devices and buffers were bolted to the frame, forming a single unit with the body. To achieve higher tractive force and increased stability, the locomotive was ballasted with
353:-type motors, suspended within the bogie frame by their nose, transmitted torque to the wheelsets through a cylindrical helical gear transmission with a 74:21 ratio, allowing a maximum speed of 100 km/h. The locomotive was equipped with 419:
on Warsaw's railway infrastructure on 4 September 1939, three of the four locomotives in the series (EL.201, EL.202, and EL.204) were completely destroyed. After the German occupation, the last remaining locomotive was incorporated into the
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series locomotives began service in Warsaw in December 1936. These initial locomotives were designed for long-distance trains, so for shunting work in the tunnel, it was decided to use less powerful electric locomotives.
428:. Once the Warsaw Railway Junction was made operational again, it continued to be used until 1944 to service the cross-city tunnel. Damaged during the fighting in Warsaw, it was not repaired after the war. 292:
developed the design and then built the lightweight EL.200 series locomotives without electrical equipment. The pre-assembled vehicles, with factory numbers 342 to 345, were sent to the
97: 659: 377:, was structurally identical to that installed in the E-91 series electric trains. The locomotive was equipped with a 3,000/110 V direct current converter and two 664: 296:
factory in Warsaw, where, in cooperation with British specialists, the electrical equipment was installed. The locomotives were designated as EL.201 to EL.204.
649: 247:. Three of the locomotives were destroyed in September 1939, and the fourth operated until 1944. The last EL.200 locomotive was scrapped in 1958. 392:, enabling the heating of passenger cars. This was the first electric locomotive in Europe to be fitted with steam heating for passenger trains. 562: 644: 322:
located in the center of the bogies. Due to the design of the body and bogies, the bogie pivot pins transferred the entire tractive force.
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until 1958, when it was scrapped. The locomotive did not receive a post-war Polish State Railways designation.
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The locomotive was supported by 2 two-axle bogies with individual drives, identical to those used in the
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supplying the electropneumatic control and brakes. According to some sources, the locomotive featured
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Harassek, Andrzej (1995). "Co było przed EU06 – elektryczny tabor PKP pochodzenia brytyjskiego".
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with a total maximum hourly power output of 588 kW. The electrical equipment, designed by
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Elektryfikacja PKP na przełomie wieków XX i XXI: w siedemdziesiątą rocznicę elektryfikacji PKP
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series electric multiple units (pre-war E-91 series), the wreck of EL.203 remained at the
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The EL.204 locomotive (production number 345) was equipped with an electrically heated
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After some of its parts were transferred for the reconstruction of the
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Molenda, Grzegorz. "Polska lokomotywa elektryczna z 1937r. - EL.200".
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In 1937, all four locomotives were assigned to service trains between
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Dobrowolski, Maciej (1999). "Lokomotywy elektryczne polskich kolei".
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Series of four electric locomotives manufactured in Poznań in 1937
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Plewako, Stanisław (2006). "Lokomotywy elektryczne serii El200".
557:(in Polish). Warsaw: Z. P. Poligrafia. pp. 84–85. 314:
plates weighing a total of 6 tons. The body rested on
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At the request of the Ministry of Communications, the
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In 1933, a steam-powered railway tunnel was opened in
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stations, where they operated until the outbreak of
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Index


H. Cegielski – Poznań
UIC
Axle load
electric locomotives
H. Cegielski
Poznań
Polish State Railways
Warsaw Railway Junction
Warsaw
English Electric
EL.100
H. Cegielski
Poznań
Lilpop, Rau i Loewenstein
rebar
bogies
gudgeon pin
E-91
electric multiple units
leaf springs
coil springs
air brakes
Westinghouse Electric Company
electric motors
English Electric
reciprocating compressors
multiple-unit train control
boiler
Warszawa Wschodnia

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