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Electric Multiple Units for Local Traffic[Inhalt]
Belgian Railway AM 62 to 79, 54 and 56
MS 62 to 79, 54 and 56
Belgium | 1954
409 produced
AM 62 No. 196 in August 2011
AM 62 No. 196 in August 2011
Mark Ryckaert
VariantAM62, 63 and 65AM 66, 70, 73, 74, 78 and 79AM54AM56
General
Built1954-1979
ManufacturerLa Brugeoise et Nivelles, ACEC
Axle configA1-1A+A1-1A 
Gauge4 ft 8 1/2 in (Standard gauge)
Seats180178185
Dimensions and Weights
Length152 ft 9 11/16 in152 ft 11 1/4 in148 ft 6 11/16 in
Wheelbase58 ft 10 11/16 in
Rigid wheelbase8 ft 2 7/16 in
Empty weight222,667 lbs236,997 lbs233,690 lbs223,769 lbs
Boiler
VariantAM62, 63 and 65AM 66, 70, 73, 74, 78 and 79AM54AM56
Power Plant
Power
Power sourceelectric - DC
Electric system3,000 V, 1,500 V
Hourly power986 hp (735 kW)1,033 hp (770 kW)831 hp (620 kW)
Top speed81 mph87 mph81 mph
Calculated Values
EMU
local
regional
Belgian Railway AM 86 to 89
MS 86 to 89
Belgium | 1988
62 produced
No. 904 in August 2013 in Rosendaal
No. 904 in August 2013 in Rosendaal
Rob Dammers
General
Built1988-1991
ManufacturerLa Brugeoise et Nivelles
Axle configB-B+2-2 
Gauge4 ft 8 1/2 in (Standard gauge)
Seats174
Dimensions and Weights
Length173 ft 2 3/4 in
Service weight233,690 lbs
Adhesive weight130,073 lbs
Axle load32,628 lbs
Boiler
Power Plant
Power
Power sourceelectric - DC
Electric system3,000 V
Hourly power1,033 hp (770 kW)
Continuous power923 hp (688 kW)
Top speed75 mph
Calculated Values
EMU
local
suburban
Bern-Lötschberg-Simplon Railway RABe 525 “NINA”
Switzerland | 1998
41 produced
The four-car RABe 525 022 and 020 in April 2007 in multiple
The four-car RABe 525 022 and 020 in April 2007 in multiple
Heitersberg

Between 1998 and 2995, the BLS got 36 lightweight three-car electric multiple units which were designated RABe 525. They got the name “NINA”, what stands for “Niederflur-Nahverkehrszug” (low floor commuter train) since most of the length of the train has a low floor thanks to space-saving Jakobs bogies

They were built by Vevey Technologies and Talbot, which both later came to Bombardier. The electric part came from Holec, what later became Alstom/Traxis. In 2007, 13 sets got an additional car to make them four-car trains. There were also two other private railways which ordered five sets in total. The successor of the RABe 525 is the RABe 535, what stands out with large panoramic windows.

Variantthree-carfour-car
General
Built1998-20052007
ManufacturerVevey Technologies, Bombardier, Alstom
Axle configB-2-2-B B-2-2-2-B 
Gauge4 ft 8 1/2 in (Standard gauge)
Seats134179
Dimensions and Weights
Length156 ft 7 1/2 in203 ft 1 in
Empty weight127,868 lbs171,960 lbs
Boiler
Variantthree-carfour-car
Power Plant
Power
Power sourceelectric - AC
Electric system15.000 V 16⅔ Hz
Continuous power1,341 hp (1,000 kW)
Top speed87 mph
Starting effort23,605 lbf
Calculated Values
EMU
local
Bombardier multiple unit
last changed: 08/2024
Bombardier M7
United States | 1999
1,172 cars built
M7 in July 2009 on the Harlem Line at Botanical Garden station, Bronx
M7 in July 2009 on the Harlem Line at Botanical Garden station, Bronx
Daniel Case
General
Built1999-2006
ManufacturerBombardier
Axle configB-B+B-B
Gauge4 ft 8 1/2 in (Standard gauge)
Seats211
Dimensions and Weights
Length170 ft 0 in
Rigid wheelbase8 ft 6 in
Boiler
Power Plant
Power
Power sourceelectric - DC
Electric system750 V
Top speed80 mph
Calculated Values
EMU
suburban
British Rail BREL 1972 „PEP” EMUs
classes 313 to 315, 507, 508, 445 and 446
Great Britain | 1971
220 produced
First Capital Connect 313027 in February 2010 at Grange Park station
First Capital Connect 313027 in February 2010 at Grange Park station
Sunil060902

In 1971, British Rail Engineering Limited (BREL) introduced a new family of electric multiple units for local transport with the prototypes of the Classes 445 and 446, which became known under the type code “PEP”. The prototypes included one two-car and two four-car sets, in which all four axles of all cars were powered. Closely spaced seats with low backrests and many electrically operated doors were used for local transport. Also new were automatic couplings, which were based on the American design and additionally had electrical and pneumatic connections. The trains could thus be coupled or uncoupled during operation without the driver having to get out or requiring assistance.

Between 1973 and 1977, these three trains were subjected to extensive trial operations, during which they were mostly used coupled together to form a ten-car unit. They were then used by the network operator until 1983 and were also used to test new assemblies such as bogies. From 1976, the first production trainsets based on the prototypes were built, with the similar classes 313, 314 and 315 making the start. What these three classes had in common was that they consisted of powered control cars and non-powered trailers and were designed for operation under 25,000 V AC. The pantograph was located on the center car to better distribute the equipment over the train.

South Western Railway 455/7 at Clapham Junction station in September 2018
South Western Railway 455/7 at Clapham Junction station in September 2018
Smiley.toerist

The first was the class 313, which was built from February 1976 and additionally had contact shoes for operation under 750 V direct current via the third rail. It was used on the former Great Northern routes between London and Hertfordshire, partly using Underground tunnels. Although these tunnels were widened to accommodate regular trains, the 313 got a lower roofline.

This was followed by the class 314, which was built from 1979 for the Glasgow area and, like the class 313, was made up of three cars each. From 1980, the class 315 followed, which had a second trailer and thus had four cars each. In the course of their career, the trains were used in other areas. The contact shoes were removed from some examples of class 313 because they were no longer needed. After modernization in the areas of electronics, lighting and accessibility, they were retired from 2018. So the classes 313, 314 and 315 were replaced by the classes 717, 385 and 710.

From 1978 the Class 507 and 508 were developed for use on the Merseyrail network around Liverpool. There, the power supply is provided by direct current via the third rail. The difference between the classes is that the 507 class has only one trailer between the two powered control cars, while the 508 class has two trailers. Immediately after delivery, the 508 was transferred to London Waterloo for temporary use until the Class 455 was available in sufficient numbers. For use in the Merseyrail network, a trailer was removed again so that both classes were almost identical again. The Class 507, on the other hand, stayed on the Merseyrail network throughout its life. From 2019, both were replaced by Stadler's class 777 “Metro”.

Variant313315507445
General
Built1976-19771980-19811978-19801971
ManufacturerHolgate RoadBREL
Axle configB-B+2-2+B-B B-B+2-2+2-2+B-B B-B+2-2+B-B B-B+B-B+B-B+B-B 
Gauge4 ft 8 1/2 in (Standard gauge)
Seats232318234280
Dimensions and Weights
Length198 ft 7 1/2 in264 ft 10 in198 ft 7 1/2 in264 ft 10 in
Empty weight230,383 lbs281,089 lbs216,670 lbs312,174 lbs
Boiler
Variant313315507445
Power Plant
Power
Power sourceelectric - AC/DCelectric - ACelectric - DC
Electric system25,000 V 50 Hz, 750 V25,000 V 50 Hz600 V, 750 V750 V
Continuous power880 hp (656 kW)
Top speed75 mph
Calculated Values
EMU
suburban
local
multi-system
third rail
last changed: 09/2022
British Rail Mark 1 EMUs
later classes 302, 303, 311, 432 and 438 or AM2 and AM3
Great Britain | 1958
271 produced
303011 circa 1999 at Coatbridge
303011 circa 1999 at Coatbridge
Dave Root
Variant302303311432
General
Built1958-19591959-196119671966-1967
ManufacturerYork, DoncasterPressed SteelCravensYork
Axle config2-2+B-B+2-2+2-2 2-2+B-B+2-2 B-B+2-2+2-2+B-B 
Gauge4 ft 8 1/2 in (Standard gauge)
Seats363236175
Dimensions and Weights
Length263 ft 1 1/2 in199 ft 6 in263 ft 1 1/2 in
Empty weight346,080 lbs277,760 lbs284,480 lbs386,400 lbs
Boiler
Variant302303311432
Power Plant
Power
Power sourceelectric - ACelectric - DC
Electric system6,250 V 50 Hz, 25,000 V 50 Hz25,000 V 50 Hz750 V
Hourly power768 hp (573 kW)829 hp (618 kW)885 hp (660 kW)3,218 hp (2,400 kW)
Top speed75 mph90 mph
Calculated Values
EMU
local
regional
third rail
British Rail 1959 EMUs
later classes 304, 305, 308 and 504 or AM4, AM5 and AM8
Great Britain | 1959
187 produced
DC variant Class 504 circa 1991 in north Manchester
DC variant Class 504 circa 1991 in north Manchester
304031 in the early eighties in Levenshulme
304031 in the early eighties in Levenshulme
pdc666
Variant304305/1308/1504
General
Built1959-19611959-19601959
ManufacturerWolvertonHolgate Road, DoncasterHolgate RoadWolverton
Axle config    
Gauge4 ft 8 1/2 in (Standard gauge)
Seats337272363178
Dimensions and Weights
Length253 ft 8 1/8 in199 ft 6 1/8 in268 ft 8 1/2 in133 ft 3 1/2 in
Wheelbase55 ft 0 in
Rigid wheelbase8 ft 6 in
Empty weight340,150 lbs262,130 lbs342,710 lbs183,645 lbs
Boiler
Variant304305/1308/1504
Power Plant
Power
Power sourceelectric - ACelectric - DC
Electric system25,000 V 50 Hz6,250 V 50 Hz, 25,000 V 50 Hz1,200 V
Top speed75 mph65 mph
Calculated Values
EMU
suburban
local
third rail
British Rail Mark 2 EMUs
later classes 310 and 312
Great Britain | 1965
99 produced
312792 in March 2003 at Shoeburyness
312792 in March 2003 at Shoeburyness
Phil Scott
Variant310/0310/1312
General
Built1965-1967, 1975-19781965-19671975-1978
ManufacturerDerbyBREL
Axle config2-2+B-B+2-2+2-2 2-2+B-B+2-2 2-2+B-B+2-2+2-2 
Gauge4 ft 8 1/2 in (Standard gauge)
Seats318218
Dimensions and Weights
Length265 ft 8 1/2 in195 ft 7 3/4 in256 ft 8 1/2 in
Rigid wheelbase9 ft
Empty weight349,440 lbs286,496 lbs345,184 lbs
Boiler
Variant310/0310/1312
Power Plant
Power
Power sourceelectric - AC
Electric system25,000 V 50 Hz6,250 V 50 Hz, 25,000 V 50 Hz
Top speed75 mph90 mph
Engine output1,080 hp (805 kW)
Calculated Values
EMU
suburban
local
German Reichsbahn ET 85 and ET 90
German Federal Railway classes 485 and 490
Germany | 1924
36 produced
485 019 with control car 885 709 in May 1975 in Zell im Wiesental
485 019 with control car 885 709 in May 1975 in Zell im Wiesental
Werner & Hansjörg Brutzer

In 1924, four steam railcars of the Bavarian type MCCi were taken to the Fuchs wagon factory in Heidelberg to be converted there into electric railcars with BBC drive technology. Since the vehicles lived up to expectations, another 32 were purchased between 1927 and 1933 as new builds and designated ET 85.

Although electric propulsion required less space than the steam engine, the equipment of the time was still too bulky to be installed under the floor. The transformer and tap changer were located in a machine room which, for safety reasons, was only accessible from the outside through a door. Power was provided by two nose-suspended motors, each with an hourly output of 250 kW, in the bogie that was located under the engine room. Analogous to the MCCi and Bavarian local trains in general, the ends initially had gangway doors, but these were later removed. The motor cars were completed by the ES 85 control car, which had a luggage compartment instead of the engine room. 34 control cars were purchased for a total of 36 motor cars. In addition, there were converted three-axle passenger cars, which served as trailers designated EB 85. 70 of these were purchased. This meant that most of the vehicles could run as a four-car set consisting of one motor car, two trailers and one control car.

The vehicles were used not only on the Munich suburban lines as originally planned, but also on the Dreiseenbahn in the Black Forest and on the Wehratalbahn. For longer overland routes, two vehicles were delivered with a modified gear ratio that allowed 100 instead of 75 km/h. After the war, the Bundesbahn took over all of the examples and continued to use them on the traditional routes. Three pieces were rebuilt in 1949 with a shorter gear ratio for steep sections and designated as ET 90. These only reached 50 km/h. From 1968, the motor cars were designated as class 485 and the control cars as class 885. The three ET 90s accordingly became class 490. The latter were phased out by 1972, the remaining vehicles by 1977.

VariantET 85ET 90
General
Built1924, 1927-1933
ManufacturerFuchs, BBC
Axle configB-2+3+3+2-2 B-2+2-2 
Gauge4 ft 8 1/2 in (Standard gauge)
Dimensions and Weights
Length133 ft 5 9/16 in
Length loco66 ft 8 13/16 in
Wheelbase50 ft 6 11/16 in
Rigid wheelbase8 ft 2 7/16 in
Axle load39,022 lbs
Boiler
VariantET 85ET 90
Power Plant
Power
Power sourceelectric - AC
Electric system15.000 V 16⅔ Hz
Hourly power738 hp (550 kW)
Continuous power671 hp (500 kW)
Top speed47 mph31 mph
Calculated Values
EMU
local
last changed: 02/2022
Finnish Railway series Sm4
Finland | 1999
30 produced
Sm4 in July 2016 on the Helsinki-Lahti line near Mäntsälä
Sm4 in July 2016 on the Helsinki-Lahti line near Mäntsälä
Paasikivi

For faster commuter trains into the outer regions of the Helsinki metropolitan area, Fiat developed the Sm4 EMU for VR. These are two-car EMUs where both axles of the inner bogies are powered with 1,200 kW in total. With a top speed of 160 km/h, up to five sets can be coupled. In 1999, the first batch of ten sets was not built by Fiat, but by CAF in Spain. Also the second batch of 20 was built by CAF, but this time in Spain.

General
Built1999, 2004-2005
ManufacturerCAF
Axle config2-B+B-2 
Gauge4 ft 11 13/16 in (Russian broad gauge)
Seats192
Dimensions and Weights
Length177 ft 2 in
Wheelbase70 ft 6 7/16 in
Rigid wheelbase8 ft 2 7/16 in
Empty weight251,327 lbs
Axle load31,967 lbs
Boiler
Power Plant
Power
Power sourceelectric - AC
Electric system25,000 V 50 Hz
Continuous power1,609 hp (1,200 kW)
Top speed99 mph
Calculated Values
EMU
local
regional
last changed: 06/2024
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