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Alister Reference Projects
Successfully operating in 40 installations throughout Europe:The generic platform for electronic interlockings
AlisterTrafikverket,Sweden03 Gravity hump yard / marshalling yard
AlisterLKAB,Sweden04 Industrial siding
AlisterDSBOmstillingsanlæg,Denmark05 Depot and stabling yard
AlisterÖBB,Austria06 Depot and stabling yard
AlisterTranstecGotthard,Switzerland07 Location detection for construction site trains
AlisterŽSR,Slowakia08 Gravity hump yard / marshalling yard
AlisterHamburgerHochbahn,Germany09 Depot / marshalling yard
Project: Alister Trafikverket, Sweden
TheSwedishrailwayinfrastructureoperatorTra-
fikverketwasthefirstcompanytousetheAlister
platform.Scheidt&BachmannSystemTechnik
installedtheAlistersysteminTrafikverket‘smajor
gravityhumpyardsinBorlänge,Gothenburg,Malmö
andHallsbergwhereitcontrolsthefullyautomatic
operationofhumpshuntingprocedures(excluding
carretardersandretardercontrol).
ThefirstAlisterinterlockinginBorlängewentinto
successfuloperationin1998.Theyardhas24sorting
tracks.Since2000,humpyardoperationsatSävenäs
(Gothenburg)with2parallelleadtracksandatotal
of34sortingtrackshavebeencontrolledbytheAlis-
tersystem.Thecapacityhereis200carsperhour.
InthemarshallingyardatMalmö,withacapacityof
approx.180carsperhour,thenewsystemhasbeen
inoperationsincemid-2003.Inmid-2004theAlister
systemwascommissionedinthemarshallingyardat
Hallsbergwhichisthecentralhubforgoodstraffic
betweenStockholm,GothenburgandMalmöand
has2leadtracksand32sortingtracks.Thismarshal-
lingyardcanhandleupto200carsperhour.
Client:
Trafikverket (formerly Banverket)
Implementationperiod:
1997-2004
Technicalfeatures:
¢ Workstation and reserve workstation with
full operating function
¢ Separate service workstation
¢ Redundant communication network
¢ SCADA system for data collection and
process visualization
¢ Replay system for evaluation purposes
¢ Process simulation for installation testing
and personnel training
¢ The most important elements - workstations, network,
SCADA, PLC, I/O-modules - are redundant (cold standby)
Furtherinformation:
www.trafikverket.se
Application: Gravity hump yard / marshalling yard
3
Application: Industrial siding
Project: Alister LKAB, Sweden
AnAlisterelectronicinterlockingwasinstalledin
themarshallingyardatSjöbangårdenbyScheidt
&BachmannSystemTechnikfortheSwedishLuos-
savaara-KiirunavaaraABGroup(LKAB),oneofthe
world‘slargestproducersofironoreforthesteel
industry.TheAlistersystemprovidesareliableinter-
lockingplatformwhichensuresoptimallogisticsfor
railtransportofironore.
Inthemine‘srailyardupto70,000tonsofironore
perdayareloadedontoloretrainsandtransported
totheportsofNarvik(Norway)andLuleå(Sweden).
The68specialwagonsofeachtrainholdapprox.
6,800tonsofironore,givingthetrainsanoverall
weightof8,000tons.Othertrainstransportlarge
quantitiesofcoal,oil,limeandbentonitewhichare
neededtomineandpre-processtheore.
Additionalpointsandsignalswereintegratedinto
theexistinginterlockingduringextensionworkat
Sjöbangårdenin2012.Now,alltrafficonthemine‘s
ownrailnetworkwithatotalof55pointsisopera-
tedfromonecontrolcentrebytheAlistersystem.
Theinterlockingplatformbasedontriedandtested
standardcomponentshasprovedtobeveryreliable.
Itensuresefficientoperation,evenundertheextre-
meclimacticconditionsnorthoftheArcticCircle.
Client:
Luossavaara-Kiirunavaara AB (LKAB)
Implementationperiod:
2007-2008 and extension from 2011-2012
Technicalfeatures:
¢ Centrally controlled marshalling yard interlocking with
workstation in compliance with the Trafikverket standard
¢ Developed and approved in compliance with
CENELEC SIL 2
¢ PLC technology, therefore flexible and inexpensive to
upgrade
¢ Highly reliable even in extreme environmental conditions
with temperatures as low as minus 25° Celsius
Furtherinformation:
www.lkab.se
Project: Alister DSB Omstillingsanlæg, Denmark
Application: Depot and stabling yard
Aspartofaframeworkagreementcoveringaperiod
ofseveralyears,Scheidt&BachmannSystemTech-
nikhasinstalledanewdepotcontrolsystemforDa-
nishStateRailways(DSB).Thesystemoptimisesthe
operation,safetyandefficiencyinnewdepotsbuilt
especiallyforpassengermotorcoachtrains.
Incontrasttotheearliermanualroutesettingby
shuntingpersonnel,thenewcontrolsystemenab-
lestechnicallyadvancedandstandardoperation
oftheshuntingareas:theroutesarenowsetand
securedbythetraindriversatthepressofabutton
bymeansoflocallyoperatedelectricpoints.Manual
pointsswitchingandadditionalstaffarenolonger
necessary.Thismakesdepotoperationsfaster,more
efficientandaboveall,safer.
Thesituationineachdepotaswellastheoverall
statusofalldepotlocationsismonitoredbyacentral
supervisorterminalinthecontrolcentreinCopen-
hagen.
Elevendepotcontrolinstallationshavesofarbeen
commissionedsothatnowallofDSB‘simportant
depotshavebeenequippedwiththenewautomatic
depotcontrolsystembyScheidt&BachmannSystem
Technik.
Client:
Dänische Staatsbahnen (DSB)
Implementationperiod:
Since 2005 (framework contract)
Technicalfeatures:
¢ Safe point switching by means of automatic track vacancy
detection
¢ Operation by means of local route control panels
¢ Central monitoring of all installations with the possibility
of remote diagnosis and elimination of malfunctions
¢ Approved by the Danish supervisory authority
Trafikstyrelsen
¢ Developed and approved in compliance with
CENELEC SIL 2
Furtherinformation:
www.dsb.dk
54
Project: Alister ÖBB, Austria
Application: Depot and stabling yard
In2009AustrianFederalRailways(ÖBB)and
Scheidt&BachmannSystemTechnikconcludeda
frameworkcontractforthedeliveryoflocallyope-
ratedelectricpointsandelectronicinterlockings
forshuntingareas.ThefunctionalitiesoftheAlister
systemssuppliedbyScheidt&BachmannSystem
Technikhavebeentailoredtothedifferentcapaci-
tiesandrequirementsoftheindividualtrackareas.
Theyrangefromlocallyoperatedelectricpointsand
routesettingfunctionsusingroutecontrolpanelsor
simpleworkstationstoacentrallycontrolledelectro-
nicinterlocking.Allvariationshavebeendeveloped
andapprovedincompliancewithCENELECSIL2.
Theuseofstandardindustrialcomponentsand
advanceddevelopmentprocessesmadeitpossible
tocommissionthefirstfourinterlockingswithina
shortperiodofonlyafewmonths.Thisincludesthe
newÖBBServiceCentreinVienna-Matzleinsdorf
with41pointsand54marshallingsignalsandGraz
centralstationwith42pointsand49signalswhich
arethelargestinstallationssofar.Theinstallations
areoperatedonthebasisoftheAustrianstandard
userinterface(EBO2)inthesamewayastheelec-
tronicinterlockingsonthemainlinenetwork.The
interlockingalsohasastandardinterfacewhich
enablesremotecontrolfromexistingneighbouring
interlockingsoracontrolcentre.
Client:
Austrian Federal Railways (ÖBB)
Implementationperiod:
2009 - 2014 (framework contract)
Technicalfeatures:
¢ Advanced development tools with continuous data
management enable fast engineering and short
implementation periods.
¢ Flexible operation by means of push buttons,
route control panels or operator workstation with the
standard user interface (EBO 2)
¢ Identical hardware basis (PLC) in the interlocking core for
all interlocking versions
¢ Remote control via a X25 interface from an existing
electronic interlocking workstation or from a control
centre.
Furtherinformation:
www.oebb.at/infrastruktur
Project: Alister Transtec Gotthard, Switzerland
Application: Location detection for construction site trains
Scheidt&BachmannSystemTechnikissupplyinga
systemformonitoringandmanagementofconstruc-
tionsiterailtrafficduringthebuildingphaseof
Europe‘slargestandmostcomplexrailwayproject,
theGotthardBaseTunnel.
Thesystemforautomaticlocationdetectionand
managementofconstructionsitetrainsisanessen-
tialpartofthelogisticsrequiredfortheinstallation
ofrailwaytechnologyinthetunnel.Duringtheentire
buildingphasethissystemmonitorsrailoperations
ontheinstallationsitestothenorthandsouthof
thetunnel,theapproachsectionsandinsidethetwo
57kmlongtunneltubes.Itisoperatedcentrallyin
thecontrolcentreslocatedontheinstallationsites
RynächtandBiasca.Thesolutiondevelopedforthis
projectallowsforexpansionofthemonitoredarea
correspondingtotheprogressoftheconstruction
work.
ThesystemwasfirstinstalledatBiascaandwascom-
missionedinmid-2010.Allpointsarecontrolled
fromcentralworkstations.Somecanalsobeswitched
bymeansoflocallyoperatedelectricpoints.Thefirst
tunnelsectionandtheinstallationatRynächttothe
northofthetunnelwerecommissionedin2011.Cur-
rently,installationworkintheothertunnelsections
isprogressingsectionbysection.Thetemporaryrail-
wayinstallationswillremaininplacefortheentire
constructionperiod.Alllocationdetectionfacilities
willbecompletelyremovedpriortothecommissio-
ningoftheGotthardBaseTunnelwhichisplanned
forlate2016.
Client:
Transtec Gotthard Consortium(TTG)
Implementationperiod:
2010-2016
Technicalfeatures:
¢ Central operation from advanced, electronic workstations
¢ Points in the installation sites can be switched centrally or
by means of locally operated electric points
¢ Location detection and signalling in the tunnel tubes to
increase the safety of construction site trains
¢ Each tunnel section completed as construction work
progresses is automatically integrated into the
interlocking
¢ PLC technology, therefore flexible and inexpensive to
upgrade parallel to construction progress in the tunnel
Furtherinformation:
www.alptransit.ch
76
Project: Alister ŽSR, Slowakia
Application: Gravity hump yard / marshalling yard
Scheidt&BachmannSystemTechnikissupplying
anAlisterinstallationforcontrolofgravityhump
operationstotheSlovakiansignallingconstructi-
oncompanyAŽDBratislava.Thisorderispartofa
majorprojectinwhichAŽDisresponsibleforthe
modernisationofthemarshallingyardatTeplička
nearŽilinainthenorthofSlovakia.TheAlisterSys-
temwillbeusedforfullyautomaticcontrolofhump
yardoperationsandasaninterlocking(SIL2)forthe
marshallingyardtoensurethesafetyofshunting
movements.ForthefirsttimeinSlovakia,astandard
catalogueofsymbolsformodernmarshallingyard
workstationshasbeencompiledincloseco-operati-
onwithSlovakianRailwaysŽSR.
ThecompactandmodulardesignoftheAlister
systemenablesflexibleadaptationtothespecificre-
quirementsofthemarshallingyardatŽilinaTeplicka
whichhas18pointsand18sortingtracks.
Dataonthecarstobeaddedtoortakenfromthe
trainsenteringandleavingtheyardarepassedto
thecutlist.OnthebasisofthislistAlisterauto-
maticallysetstheroutestodirectthecarscorrectly
intotherequiredsortingtracks.Integrationofthe
retardercontrolsystemofProcesnáAutomatizácia
a.s.,Košice,allowsexactregulationoftheshunting
speedtoensuresafeoperation.
Inadditiontocontrollinggravityhumpoperations,
theAlisterelectronicinterlockingalsoensuressafe
operationofnormalshuntingmovementsinthe
entiremarshallingyard.
Client:
Automatizácia železničnej dopravy a.s. (AŽD Bratislava)
Implementationperiod:
2010-2011
Technicalfeatures:
¢ Compact, modular design with standard industrial
components
¢ The interlocking cabinets are pre-assembled and tested
in Scheidt & Bachmann System Technik‘s integration
laboratory
¢ Modern workstation on the basis of a standard catalogue
of symbols specified jointly with ŽSR
¢ Development of an axle-counting software for dynamic
hump operations
¢ Development and approval in compliance with
CENELEC SIL 2
Furtherinformation:
www.azd.sk
FScheidt&BachmannSystemTechnikhaveinstalled
twomarshallingyardinterlockingsforHamburger
Hochbahn.Theinterlockingcontrolareasforthe
SaarlandstraßeandBarmbekdepotswereremoved
fromthegeographicalcircuitinterlockinginBarm-
bekandsetupasindependentelectronicmarshal-
lingyardinterlockingswhicharebetterequippedto
fulfiltherequirementsforcost-effectiveoperations
inmoderndepots.
TheAlisterinterlockingsinstalledbyScheidt&Bach-
mannSystemTechnikcanbeoperatedfromalocal
workstationorbythecentraloperationscontroland
monitoringsystemoftheHamburgerHochbahnand
arethusfullyintegratedintothenetwork‘strain
routingoperations.Theuserinterfaceofthework-
stationswasdesignedaccordingtothespecifica-
tionsofHamburgerHochbahn.
ThenewAlisterinterlockingsarealsoequippedwith
arelayinterfacetoensuretechnicalexchangeof
signalsfortheroutesbetweentheBarmbekinterlo-
ckingandtheinterlockingsinthedepots.
Inadditiontoroutesettingandpointscontrol,the
interlockings‘functionsalsoincludecontrolofwork-
shopdoors,safetyinstallationsanddepotwarning
systems.
Client:
Hamburger Hochbahn
Implementationperiod:
2012 - 2014
Technicalfeatures:
¢ The interlockings can be operated by Hamburger
Hochbahn‘s control system or from a local workstation
according to the catalogue of symbols used by
Hamburger Hochbahn
¢ The interlockings have a relay interface to the geographi-
cal circuit interlocking in Barmbek to ensure exchange of
signals
¢ Functionalities include control of workshop doors, safety
installations and depot warning systems
¢ Implemented with industrial components on the basis of
a fail-safe PLC
¢ Development and approval in compliance
with CENELEC SIL 2
Furtherinformation:
www.hochbahn.de
Project: Alister Hamburger Hochbahn, Germany
Application: Depot / Marshalling Yard
98
Scheidt & Bachmann System Technik GmbHEdisonstraße 3 - 24145 Kiel - GermanyTel. +49 431 2481-488Fax +49 431 [email protected]
Scheidt & Bachmann Österreich GmbHA-4030 Linz - Straubing Straße 4Tel. +43 732 321177-0Fax +43 732 [email protected]
Scheidt & Bachmann Polska Spolka z.o.o.ul. Wąska 15 - 62-030 Luboń - PolenTel. +48 61 8306637Fax +48 61 [email protected]
Scheidt & Bachmann Slovensko s.r.o.Priemyselná 14 / P.O.Box B-143 - 012 32 Žilina - SlowakeiTel. +421 41 5060 111Fax +421 41 5060 [email protected]
Scheidt & Bachmann Israel Ltd.Air Port city / P.O.Box 204 - 70150 Ben Gurion - IsraelTel. +972 3 9792365Fax +972 3 [email protected]
Verkehrs- und Industrietechnik AGIndustriestraße 11 - 5432 Neuenhof - SchweizTel. +41 56 4163434Fax +41 56 [email protected]
Dunántúli Távközlési ésBiztosítóberendezési Épító´ Kft.Vasút u. 22 - 9700 Szombathely - UngarnTel. +36 94 324-221/107 m +36 94 512-553Fax +36 94 [email protected]
Scheidt & Bachmann Sverige ABStadiongatan 65 - SE-217 62 Malmö - SchwedenTel. +46 40 6716 [email protected]
Scheidt & Bachmann GmbHSignalling Systems / Systeme für SignaltechnikBreite Straße 132 - 41238 MönchengladbachGermanyTel. +49 2166 266-628Fax +49 2166 [email protected]
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