Swiss locomotive and railcar classification
   HOME

TheInfoList



OR:

For more than a century, the Swiss locomotive, multiple unit, motor coach and railcar classification system, in either its original or updated forms, has been used to name and classify the rolling stock operated on the railways of Switzerland. It started out as a uniform system for the classification and naming of all rolling stock, powered and unpowered, but had been replaced and amended by the UIC classification of goods wagons.


Overview and evolution

The Swiss classification system was created by the Swiss federal railways department, and applied originally to the rolling stock of private railways, operating under government concessions. In 1902, when the Swiss Federal Railways was founded as a government railway, that new railway also became bound by the system. Unlike the
Whyte notation Whyte notation is a classification method for steam locomotives, and some internal combustion locomotives and electric locomotives, by wheel arrangement. It was devised by Frederick Methvan Whyte, and came into use in the early twentieth cen ...
and AAR system, both of which are used to classify
wheel arrangement In rail transport, a wheel arrangement or wheel configuration is a system of classifying the way in which wheels are distributed under a locomotive. Several notations exist to describe the wheel assemblies of a locomotive by type, position, and c ...
s, and the
UIC classification of locomotive axle arrangements The UIC classification of locomotive axle arrangements, sometimes known as the German classification''The Railway Data File''. Leicester: Silverdale, 2000. p. 52. . or German system,Kalla-Bishop P.M. & Greggio, Luciano, ''Steam Locomotives'', Cre ...
, the Swiss system, in both its original and updated forms, takes into account a number of other variables, including
track gauge In rail transport, track gauge (in American English, alternatively track gage) is the distance between the two rails of a railway track. All vehicles on a rail network must have wheelsets that are compatible with the track gauge. Since many ...
, motive power type, and maximum speed. The Swiss system is also less precise than those other systems in the way it deals with axles, because it refers only to numbers, rather than to arrangements, of powered axles, and axles as a whole. The Swiss system is therefore more a method of classifying locomotive and railcar ''types and series'' than a method of classifying wheel or axle arrangements. The classifications for which the Swiss system provides have always been adapted to fulfil new requirements. The last modification to the original system occurred in 1968, with the (final) publication of the ''Directory of the Rolling Stock of the Swiss Private Railways'' by the Swiss Federal Agency for Transport. For carriages and wagons, the original system was progressively replaced from 1968 by the UIC international wagon classification system. However, all of Switzerland's powered rolling stock initially retained its Swiss type classification or class designation. In 1989, the Swiss Federal Railways introduced a new classification and numbering system, which combined the old series classification, build type number and vehicle number, but was used at its inception only for new vehicles (the first one being the Re 450). The standard gauge private railways of Switzerland soon followed the example of the Swiss Federal Railways, and an agreement was reached as to the allocation of number ranges. The narrow gauge railways have largely retained the old system for locomotives, railcars and passenger carriages, but there have been some minor individual additions to the old system.


The original classification system

Here is a description of the classification system as it operated up to 1989, and as it still operates in respect of narrow gauge private railway motive power.


Locomotives


Locomotive class

There is no provision for combining the codes A, B, C, D, E, G, R and T. The combination of ''H'' and ''G'' is possible. ''HG'' would therefore be a narrow gauge locomotive, with a mix of adhesion and rack rail drive. However, the editions of the official list of rolling stock published up to 1939 generally defined ''HG'' as "Locomotive for adhesion and rack rail drive", and classified the standard gauge RHB steam locomotives as HG 1/2. Since 1966, in respect of railcars and tractors, ''he'' or ''hm'' has meant pure rack rail drive, and ''eh'' or ''mh'' has meant a mix of adhesion and rack rail drive. Steam powered tank locomotives were always given an ''E'', and the maximum speed of the locomotive was designated with a lower case letter. Thus, an Ea 3/6 was a tank locomotive with vmax > , three coupled drive axles, and three unpowered axles. With steam locomotives, separate driving mechanisms were displayed. So, for example, a Mallet locomotive was named G 2x2/2 or G 2/3+2/2, and not G 4/4 or G 4/5. Up until 1920, standard gauge electric locomotives were given the letter ''F'' and a lower case letter for the maximum speed level. The class later designated as Be 5/7 was therefore originally named Fb 5/7, and the first Be 4/6 was still designated Fb 2x2/3 as at the date of its delivery. The designation ''R'' (for ''rapid'') was originally intended for locomotives with an
axle load An axle or axletree is a central shaft for a rotating wheel or gear. On wheeled vehicles, the axle may be fixed to the wheels, rotating with them, or fixed to the vehicle, with the wheels rotating around the axle. In the former case, bearin ...
of under . These lightweight locomotives exert less stress on the rails when they negotiate curves, and were therefore permitted to do so at higher speeds (e.g. , instead of ). With the introduction of the Re 4/4II, the axle load limit was dropped following extensive testing. Several locomotives were later given approval for higher cornering speeds, to which their type designation had not yet been adapted (e.g. the BLS ABDe 4/8 or the Schweizer Hochleistungstriebwagen). With the advent of the
ETR 470 ETR 470 (''ElettroTreno 470'') is a high-speed tilting electric multiple unit, which is now only operated by the Greek-Italian private company, Hellenic Train. Introduced in September 1996, nine units were built for the Italo-Swiss firm Cisa ...
Pendolino Pendolino (from Italian ''pendolo'' "pendulum", and ''-ino,'' a diminutive suffix) is an Italian family of tilting trains used in Italy, Spain, Germany, Poland, Portugal, Slovenia, Finland, Russia, the Czech Republic, Slovakia, the UK, the US, ...
, the class designation ''N'' was introduced. Thanks to their tilt technology, these multiple unit trains have an even higher cornering speed compared with designation ''R'' (e.g. , instead of ). The Swiss Federal Railways Tilt Train
RABDe 500 The RABDe 500 (often nicknamed ICN for Intercity-Neigezug, German for Intercity Tilting Train), is a Swiss high speed passenger train which was introduced in 2000, in time for Expo.02 held in western Switzerland in 2002. Its maximum speed i ...
(''InterCityNeigezug'') also achieves this norm, but the train itself was given the designation ''R''. Technically, locomotives of the class ''R'' can also operate to the standards of class ''N'', but in practice the maximum cornering speeds are lower, to improve passenger comfort by reducing lateral forces.


Traction type

The additional letters designating traction type can also occur in combination. Examples: Gea, Tem, Gmf One distinction: with pure rack rail vehicles, the letter ''h'' comes in first place after the capital letters; with combined adhesion and rack rail drive, ''h'' comes at the end. (Example: rack rail railcar Bhe 4/4, mixed Beh 4/4)


Multiple units, motor coaches and railcars

In a combined multiple unit train, the individual carriages of which cannot be uncoupled, all axles are taken into account, e.g. RABDe 8/16 (Multiple unit train with 4 carriages).


Facilities

An electric railcar with first class, second class, and luggage compartments would be given the classification ''ABDe''. If it were also authorised to operate with higher cornering speeds, then it would be classified as ''RABDe''. Notwithstanding the rules described here, the TEE railcars were classified as RAm or RAe, although they also had a luggage compartment, a restaurant and various other special features. For multiple units, motor coaches and railcars with cogwheel drive there is an additional rule. If the railcar is a pure cogwheel drive vehicle, the symbol h is placed ''before'' the means of propulsion designator (e.g. the Bhe 2/4 of the
Gornergratbahn The Gornergrat Railway (german: Gornergrat Bahn; GGB) is a mountain rack railway, located in the Swiss canton of Valais. It links the resort village of Zermatt, situated at above mean sea level, to the summit of the Gornergrat. The Gornergrat ...
). If a cogwheel drive vehicle can also operate in adhesion mode, the symbol h is placed ''after'' the means of propulsion designator (e.g. the ABDeh of the
Matterhorn Gotthard Bahn The Matterhorn Gotthard Bahn is a narrow gauge railway line and a railway company (Matterhorn Gotthard Bahn AG, MGB) in Switzerland. The track width is . It was created in 2003 through an amalgamation of Furka Oberalp Bahn (FO) and BVZ Zermatt- ...
).


Traction type

''See above, under the heading "Locomotives". The same classifications apply.''


Examples

To illustrate the original system in operation, here are some examples: *'' Ae 4/7'': Standard gauge locomotive with a maximum speed of over (''A''), powered by electricity (''e''), with four drive axles (''4'') and a total of seven (''7'') axles, i.e. three carrying axles. (This classification could also denote an electric railcar with a first class compartment.) *'' Bm 4/4II'': Standard gauge locomotive with a maximum speed of between and (''B''), powered by diesel (''m''), with a total of four axles (second ''4''), all of which are drive axles (first ''4''). As there had already been a locomotive series with the classification Bm 4/4, this series was given an Index II, which means that this was the second series. (This classification could also denote a diesel railcar with a second class compartment.) *'' RBe 4/4'': Motor coach with higher cornering speed (''R'') and second class compartment (''B''), powered by electricity (''e''), with four axles (second ''4''), all of which are drive axles (first ''4''). (This classification cannot apply to any locomotive, as the combination of R and B is not possible with locomotives.) *'' A 3/5'': Standard gauge locomotive with a top speed of over (''A''), powered by steam (''no traction type designator''), with three drive axles (''3'') and a total of five axles (''5''), i.e. two carrying axles. (This could also be the classification of a railcar with first class compartment.) The locomotive's tender is not included in the descriptor. *'' Ge 4/4III'': Narrow gauge locomotive (''G'') powered by electricity (''e''), with a total of four axles (second ''4''), all of which are drive axles (first ''4''), third series of this classification(''III'').


The updated classification system


Formation

At the end of the 1980s, the Swiss Federal Railways began drafting a new computer compatible and UIC compliant numbering system for its motive power. The superscript indices in the existing scheme (e.g. Re 4/4IV, V, VI...) presented a particular problem for this draft new system's planned method of data collection. By 1988, the drafting process had led to a first draft of a UIC compliant numbering scheme, which, however, never came fully into operation. At that time, the plan was that the first digit of a vehicle's number would denote the number of drive axles, and the second digit would correspond with the superscript used for that vehicle's series under the original system (e.g. Re 4/4II would become Re 420). For locomotives with carrying axles, the oblique stroke included in the old name would be replaced by the digit 9 (e.g. Ae 4/7 would become Ae 497). This first draft revised system was "UIC compliant" insofar as the check number was calculated in accordance with the UIC regulations. On the other hand, the first draft did not envisage the display of a vehicle's numbers as twelve digits in the standard UIC designated form (for locomotives) of 9x 85 x xxx xxx - x for the Swiss Federal Railways, and 9x 63 x xxx xxx - x for the BLS. Under the first draft revised system, the first five digits were each designated as nil, as was already the case with various other European railway companies. Numbers displayed in that manner could be used only domestically, which at that time seemed sufficient. As the first new locomotive series following the development of the first draft revised system, the Re 450 series was classified partially in accordance with that draft; what would have been the locomotive numbers under the old system (10500ff) were replaced by sequential numbers (000 ff), and the number of axles was still prepended to the vehicle number in the old fractional form (Re 4/4 450 000 ff). Upon the delivery of the first
Re 460 The Re 460 (popularly known as the Lok 2000) series are modern four-axle electric locomotives of the Swiss Federal Railways. Upon their entry into service in the early 1990s, they replaced the , Ae 4/7, and series units, and displaced many of t ...
locomotives in 1991, a corresponding classification style was used. In 1992, the first draft revised system was itself comprehensively revised into a ''Draft '92''. Under the latter draft, the indication of the numbers of a vehicle's axles in fractional form was abandoned, but the designation of the traction type was retained. The old vehicle number system was completely replaced with new sequential numbers beginning with 000. The new numbering was supposed to take into account all vehicles that, as at 1988, were still in service with the Swiss Federal Railways. But that principle was inadvertently ruled out, and therefore not followed, in the assignment of new numbers. In the ''Draft '92'', the significance of the digits in their individual places was further diversified, and became no longer readily comprehensible without a key table. In addition, the Swiss private railways, and private owners of motive power (e.g. construction firms, siding owners), were taken into account. These other owners were identified in the ''Draft '92's'' proposed system in the third and fourth digits in each vehicle's number. By 1992, the Swiss Federal Railways had already numbered a tractor series in accordance with the proposed new scheme, but with numbers that had been assigned to the BLS. However, these Tm 235 tractors, nos 000-014 (Robel 1991–92), carried their original numbers until they were withdrawn. The ''Draft '92'' was consistently applied to newbuildings from 1992 to about 2004. For a long time, however, existing locomotives and railcars received the new seven digit numbers only in conjunction with major rebuilding work (e.g. RABDe 510, RBe 540). The RBDe 4/4, reclassified upon completion of minor revisions in 1996 as the first series of class RBDe 560, remained for a long time an exception to the slow renumbering - the replica series of this series had already had new numbers since its delivery, and therefore the classification of the "old" series was adjusted in 1996 to match the new series. Since about 2003, locomotives operated by
SBB Cargo * it, FFS Cargo SA , type = Subsidiary , logo = SBB CFF FFS Cargo logo.svg , logo_size = 300px , foundation = 1999 , location_city = Olten , location_country = Switzerland , industry = Rail Transport , revenue = CHF 953 million (201 ...
(Re 420, Re 620, Ae 610) have been renumbered upon their being reliveried. On the other hand, SBB Passenger traffic had not yet renumbered a single Re 4/4II as at the end of 2009. With this only hesitant renumbering, some motive power continues to run under its "old" numbers. The Swiss Federal Railways has therefore not so far abandoned its general practice of continuing to operate the older vehicles under their old classifications, and it is likely that many locomotives will be withdrawn still bearing their old numbers. The BLS has reclassified all of its railcars and most of its tractors. However, the ex-RM vehicles continued to retain their old number range. All new or newly acquired locomotives operate with new numbers, but the brown liveried locomotives (especially Re 425 161 ff) have not yet had their new numbers applied to the locomotive bodies. Many private railways have reclassified their motive power fairly consistently with the revised system. However, it is customary for the last two or three digits of any new number to serve as the vehicle's unique number for internal purposes. For some individual small companies there is nevertheless no trace of the new numbers to be found.


Structure

The locomotive class or equipment codes letters (upper case), as well as the traction type code letters (lower case), are as described above, according to the old scheme, and continue to precede the UIC number (RABDe or Re 460). The numbers are represented as two three digit groups, supplemented by a check digit, which is separated from the rest of the number by a hyphen. The first three digit group serves to designate the vehicle series (RABDe 500 008–8 or Re 460 003–7). Functionally, the UIC number is divided into three pairs: First and second digit: Vehicle type / Traction *0: Steam locomotives and heritage locomotives **00: Steam locomotives **01: Electric locomotive **02: Electric railcars/multiple units **03: Diesel locomotives **07: Tractors **08: Snow ploughs **09: Special vehicles *1: Narrow gauge vehicles (Brünigbahn, today Zentralbahn) **10–14: Locomotives and railcars **17: Tractors **18: Snow ploughs *2: Tractors (Shunting locomotives, power rating < 500 kW) **20: Battery (accumulator) powered tractors (Ta) **21: Electric tractor (Te) **22: Electro-diesel tractor (Tem) **23: Diesel tractor (Tm) **24: Electric tractor: Catenary and battery operation (Tea) *3: Electric locomotives with fewer than 4 powered axles (not used so far) *4: Electric locomotives with 4 powered axles *6: Electric locomotives with more than 4 powered axles **Second digit where the first digit is 3, 4 or 6: the type of locomotive in accordance with the previous generation index in superscript Roman numerals, e.g. *** Re 420 = Re 4/4II *** Re 430 = Re 4/4III *** Re 450 = planned: Re 4/4V (Locomotive for Zürich S-Bahn) *5: Multiple units, motor coaches and railcars **50: Long distance multiple units **51: Multiple units for suburban traffic **52: Multiple units for regional traffic **53: Motor coaches and railcars with first and second class **54: Motor coaches with second class **55: Light railcars second class **56: Newer motor coaches with second class and luggage compartment **57: Older motor coaches with second class and luggage compartment **58: Motor Luggage Van **59: Diesel railcars *7: Intended for self-propelled
departmental vehicle Departmental vehicles, also called departmental wagons or engineering vehicles, are special railway vehicles used to support the engineering functions of the railway.Ellis, Iain (2006). ''Ellis' British Railway Engineering Encyclopaedia''. Lulu, p. ...
s and construction machines, finally used for Cargo-Sprinters *8: Diesel locomotives *9: Electric shunting locomotives **Second digit where the final digit is 8 or 9: number of driven axles Third and fourth digits: Owning company ''As operators of various locomotive series delivered in large numbers, the main railways (especially the SBB-CFF-FFS, and also the BLS) have correspondingly large number ranges available for their use (SBB-CFF-FFS 00–49, BLS 50–59). On the other hand, the smaller private railways can only obtain numbers for series of up to 100 vehicles (00-99), but this is usually sufficient. Since 2003, the specified numbering principles have been breached many times by vehicles that have become the property of the SBB-CFF-FFS whilst retaining their numbers in the range 60-69, and by privately owned vehicles, or vehicles owned by private railways, that have been given numbers from the SBB-CFF-FFS range (especially the BLS Re 420 locomotives numbered 501-512).'' *Third digit 0 to 4: Owner
SBB-CFF-FFS Swiss Federal Railways (german: link=no, Schweizerische Bundesbahnen, ''SBB''; french: link=no, Chemins de fer fédéraux suisses, ''CFF''; it, Ferrovie federali svizzere, ''FFS'') is the national railway company of Switzerland. It is usuall ...
**Third digit for electric locomotives and electric railcars or trains: ***0: Single voltage vehicle ***1: Single voltage vehicle, equipment for Germany ***2: Dual voltage vehicle ***3: Single voltage vehicle, variant / subclass ***4: Four voltage vehicle **Third digit for Tractors: ***0: to 99 kW ***1: 100 to 199 kW ***2: 200 to 299 kW ***3: 300 to 399 kW ***4: 400 to 499 kW **Fourth digit: Part of the serial number, where there is a separate series or subclass *Third digit 5: Owner BLS Lötschbergbahn (BLS), formerly BLS/BN/GBS/SEZ **Fourth digit: Part of the serial number *Third and fourth digits: further owning companies: **60: Schweizerische Südostbahn (SOB), formerly Bodensee-Toggenburg-Bahn (BT) **61–63:
Regionalverkehr Mittelland Regionalverkehr Mittelland AG (RM) was a 1997 merger of * EBT - Emmental–Burgdorf–Thun-Bahn * VHB - Vereinigte Huttwil-Bahnen * SMB - Solothurn–Münster-Bahn which had been under common management since 1943. In 2006 the main owners of RM ...
(RM), formerly EBT/VHB/SMB, today BLS **64: former Schweizerische Südostbahn (SOB) **65:
Sihltal Zürich Uetliberg Bahn The ''Sihltal Zürich Uetliberg Bahn AG'' – commonly abbreviated to SZU – is a railway company and transport network in the canton of Zürich in Switzerland. The network comprises the Uetliberg railway line and the Sihltal railway line, ...
(SZU) **66: Thurbo, formerly Mittelthurgaubahn (MThB) **67: Thurbo **68: Reserve, will be used by Thurbo from 2010 **69: BABHE, formerly OKK **70 und 71:
Transports publics Fribourgeois The Transports Publics Fribourgeois (TPF) is a renaming of the former Chemins de fer Fribourgeois Gruyère-Fribourg-Morat when the municipal Transport en commun de Fribourg (TF) was absorbed in 2000. Lines The company is a railway operator w ...
(TPF), formerly C d f Fribourgeois Gruyère-Fribourg-Morat (GFM) **72: Oensingen-Balsthal-Bahn (OeBB), not used **73:
Transports Régionaux Neuchâtelois Transports may refer to: * Military transport aircraft * a Ministry of Transport * Dow Jones Transportation Average * ''The Transports ''The Transports'' is a folk ballad opera written by Peter Bellamy released by Free Reed Records in 1977. I ...
(TRN), formerly Chemin de fer Régional du Val-de-Travers (RVT) **74: Chemins de fer du Jura (CJ) **75:
Transports de Martigny et Régions The Transports de Martigny et Régions (TMR) company in the Valais canton of Switzerland operates bus and coach services and two electric railway lines: * Martigny–Châtelard Railway (MC), , with the ''Mont-Blanc Express'' * Martigny–Orsières ...
(TMR), formerly Chemin de fer Martigny-Orsières (MO) **76: Chemin de fer Orbe-Chavornay (OC) **77: Private (originally intended for Western Switzerland) **78: Private (originally intended for Central Switzerland) **79: Private incl. Lokoop (originally intended for Eastern Switzerland) **80:
Post Post or POST commonly refers to: *Mail, the postal system, especially in Commonwealth of Nations countries **An Post, the Irish national postal service **Canada Post, Canadian postal service **Deutsche Post, German postal service **Iraqi Post, Ira ...
(POST), formerly (PTT) **81: former Sensetalbahn (STB) **82:
Tramway Sud-Ouest Lausannois Tramway may refer to: * Tramway (industrial), a lightly laid railway for uses such as logging or mining * A tram transport system (public transport vehicles running on rails) ** The tracks which trams run on (also a section of reserved track for t ...
(TSOL) **83: TRAVYS, formerly
Chemin de fer Pont-Brassus Chemin or Le Chemin may refer to: Arts and media * ''Le chemin'' (Emmanuel Moire album), 2013 album by French singer Emmanuel Moire * ''Le chemin'' (Kyo album), 2003 album by French band Kyo ** "Le Chemin" (song), title song from same-titled Kyo ...
(PBr) **84:
BDWM Transport BDWM Transport was a transport company in Switzerland, that operated regional rail and bus services in the cantons of Aargau and Zürich. The company was formed in 2000 by the merger of the Bremgarten–Dietikon railway (BD) and (WM) companies. ...
(BDWM), Wohlen-Meisterschwanden-Bahn (WM) **85: Sursee-Triengen-Bahn (ST), not used **86: Rigi Bahnen (RB), formerly Arth-Rigi-Bahn (ARB)/ Vitznau-Rigi-Bahn (VRB) **87: Appenzeller Bahnen, formerly Rorschach-Heiden-Bergbahn (RHB), not used **88: former Métro Lausanne–Ouchy (LO) **89: Kriens-Luzern-Bahn (KLB), not used Fifth and sixth digit: sequential numbering The individual vehicle numbers can begin with either 00 or 000, as long as the fourth character is not assigned to a function. The BLS and most other private railways either assigned sequential numbers beginning with 01, or retained the old operating numbers, so as to be able to continue working internally with those numbers. Since about 2004, the SBB-CFF-FFS has similarly numbered its motive power beginning with the number 001. Examples: *Re 460 003–7 is the fourth locomotive of the
SBB-CFF-FFS Re 460 The Re 460 (popularly known as the Lok 2000) series are modern four-axle electric locomotives of the Swiss Federal Railways. Upon their entry into service in the early 1990s, they replaced the , Ae 4/7, and series units, and displaced many of th ...
series (the first one had the sequential number "000"). *BLS Re 465 003–2, on the other hand, is the third locomotive of its series. * SOB BDe 576 048 to 059 were originally BT 50–53 and SOB 80–87. Upon the merger of the SOB and the BT, the two oldest SOB-BDe vehicles, nos 80 and 81, were assigned the sequential numbers 48 and 49. However, the newer vehicles in the SOB series had been delivered after the BT BDes were delivered, and were therefore renumbered as 54–59, to reflect exactly the delivery order of the merged company's BDe series as a whole. * SOB Re 456 096 is the sixth locomotive of its series, which was originally numbered BT 91–96.


Application since 2005

In 2005, with the onset of international movement of Swiss-based locomotives, there had to be a move to allocate twelve digit numbers for them. At the same time, the UIC code number 85 was changed from an owner code for the SBB-CFF-FFS to a country code for Switzerland or "CH". On the other hand, a need arose to separate the various vehicle series into "classes". So, for example, when the Re 4/4IIs that the BLS had acquired from the SBB-CFF-FFS were reclassified, those locomotives became not the Re 425 class as envisaged by the scheme, but the Re 420.5 class. Similarly, the replicas of the SBB-CFF-FFS Am 843 class locomotives that were delivered to other owners were similarly classified, contrary to the 92 draft'', as Am 843 (Am 843 151ff und 843 501ff). If a vehicle was initially allocated a twelve digit number according to the old UIC regulations, and using the second digit as a balancing number (which, however, was only to be found in directories), then a TSI compliant number was assigned to the vehicle from 2008. The TSI compliant numbers use the fifth digit as a balancing code. The balancing code is so calculated that the twelve digit and seven digit vehicle number have the same control number. An example: * 1995 delivered as BLS Re 465 004-0 * later classified internally as BLS Re 465 , 95 63 0 465 004-0 * 2009 definitively renumbered as Re 465 , 91 85 4 465 004-0 CH-BLS ''This article is based upon a translation of the German language version as at February 2010.''


See also

*
AAR wheel arrangement The AAR wheel arrangement system is a method of classifying locomotive (or unit) wheel arrangements that was developed by the Association of American Railroads. Essentially a simplification of the European UIC classification, it is widely used in ...
*
List of stock used by Swiss Federal Railways The followling is an incomplete list of locomotives and multiple units used by the Swiss Federal Railways. Steam locomotives Steam railcars Electric locomotives Electric trainsets Electric railcars Diesel locomotives Diesel ...
*
UIC classification of locomotive axle arrangements The UIC classification of locomotive axle arrangements, sometimes known as the German classification''The Railway Data File''. Leicester: Silverdale, 2000. p. 52. . or German system,Kalla-Bishop P.M. & Greggio, Luciano, ''Steam Locomotives'', Cre ...
*
Wheel arrangement In rail transport, a wheel arrangement or wheel configuration is a system of classifying the way in which wheels are distributed under a locomotive. Several notations exist to describe the wheel assemblies of a locomotive by type, position, and c ...
*
Whyte notation Whyte notation is a classification method for steam locomotives, and some internal combustion locomotives and electric locomotives, by wheel arrangement. It was devised by Frederick Methvan Whyte, and came into use in the early twentieth cen ...


References

*''Verzeichnis des Rollmaterials der Schweizerischen Privatbahnen'' (Bern: Eidgenössische Amt für Verkehr, last published in 1968). *Hartung, Karlheinz, ''Schweizer Fahrzeug-Archiv. Lokomotiven und Wagen 1: Normalspur, SBB und Privatbahnen Schmalspur'' (Berlin: Transpress Verlag, 1993), *Hartung, Karlheinz, ''Schweizer Fahrzeug-Archiv. Lokomotiven und Wagen 2: Schmalspur'' (Berlin: Transpress Verlag, 1993), *Hartung, Karlheinz, ''Schweizer Fahrzeug-Archiv. Lokomotiven und Wagen 3: Zahnradbahnen'' (Berlin: Transpress Verlag, 1994), *Hartung, Karlheinz, ''Kleine Typenkunde Schweizer Triebfahrzeuge : Lokomotiven und Triebwagen der SBB und der Privatbahnen'' (Berlin: Transpress Verlag, 1997),


External links


Verein Rollmaterialverzeichnis Schweiz / Association pour un état du matériel roulant Suisse
{{Locostyles Locomotive classification systems Locomotives of Switzerland Multiple units of Switzerland Rolling stock classification systems