r.. series contactors r1400, r1700, r2100 - voltline · pdf filer.. series contactors...

Main Catalogue R.. Series Contactors R1400, R1700, R2100

Тема

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1/1 1SBC104113C0201

R.. Series Contactors

Presentation-Overview

Contactors

GeneralTechnicalData

TerminalMarkingandPositioning-WiringDiagrams

Dimensions

Aspartofitson-goingproductimprovement,ABBreservestherighttomodifythecharacteristicsoftheproductsdescribed in thiscatalogue.The informationgiven isnotcontractual.For furtherdetailspleasecontact theABBcompanymarketingtheseproductsinyourcountry.

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1/�1SBC10�113C0201


Contactors

1 to 4 main poles - 500 V a.c. Auxiliarycontactsonrequest

Control circuit Ratings Types Pages

a.c.-supplyviaarectifier 1�00...2100A IORR... 2/8

d.c.-supplyviaaneconomyresistor 1�00...2100A IORE... 2/9



a.c.-supplyviaarectifier 1�00...2100A IORR..-MT 2/10

d.c.-supplyviaaneconomyresistor 1�00...2100A IORE..-MT 2/11

1 to 2 main poles - 600 and 1000 V d.c. Auxiliarycontactsonrequest


a.c.-supplyviaarectifier 1000...2100A IORR..-CC 2/12

d.c.-supplyviaaneconomyresistor 1000...2100A IORE..-CC 2/12

3 main poles - 1500 V d.c. Auxiliarycontactsonrequest


a.c.-supplyviaarectifier 1000...2100A IORR..-CC 2/13

d.c.-supplyviaaneconomyresistor 1000...2100A IORE..-CC 2/13

a.c. Circuit

Switching

d.c. Circuit

Switching

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1/� 1SBC10�113C0201



a.c.-supplyviaarectifier 1�00...2100A IORR..-AME 2/1�

d.c.-supplyviaaneconomyresistor 1�00...2100A IORE..-AME 2/1� Variantsonrequest:mainpolesfor1000Va.c.(MT-AME)and600/1000/1�00Vd.c.(CC-AME)

Main, Star and Delta Contactors 3mainpoles-Auxiliarycontactsonrequest


a.c.-supplyviaarectifier 1�00...2100A IORR... 2/27

d.c.-supplyviaaneconomyresistor 1�00...2100A IORE... 2/27

Stator, Rotor Short-Circuit and Acceleration Contactors 2...�mainpoles-Upto6000Va.c.-Auxiliarycontactsonrequest


a.c.-supplyviaarectifier 1�00...2100A IORR/FORR 2/28

d.c.-supplyviaaneconomyresistor 1�00...2100A IORE/FORE 2/28

Specific Contactors

a.c./d.c.

Switching

Mechanical

Latching

Star-Delta

Starting

Slip-Ring

Motor

Control

Contactors and Specific Application

1/�1SBC104113C0201

Conformity with StandardsThestandardsandspecificationscitedfordifferenttypesofdevices,e.g.IEC,BS,VDE,NFC,

ENPublications,shouldbeconsideredasstatementsofconformityinthesenseofarticle10oftheE.E.C.LowVoltageDirectiveof19February1973.

ThereisnolabelonABBLowVoltageControlApparatusidentifyinganationalcertificationorganization.TheABBlogofiguringondevices,labelsanddocumentscertifiestheconformityofdeviceswithrespecttotheapplicablestandards.

CEmarkingisproofofconformitywiththeEuropeanDirectivesconcerningtheproduct.Itmustnotbeconfusedwithamarkofquality.

CEmarkingispartofanadministrativeproceduredesignedtoguaranteethefreemovementoftheproductinsidetheEuropeanCommunity.

Asakeyelementofitsbusinessstrategy,ABBhascommittedtoabroadprogramofproductdevelopmentandpositioningundertheIndustrial ITumbrella.

MostoftheLowVoltageProductshavealreadybeenIndustrial ITenabledbythedesignationofControlIT.

LiabilityThedevicesinthiscataloguedonotendangersafetywhentheyareinstalled,mountedandused

according to theirapplicationand incompliancewith the installation rulesandstandardswhichapplytothem.

QualityABBhassetupaqualityassuranceorganisation incompliancewith the requirementsof ISO

9001standard.ABBfactoriesareISO9001approved.

ABBLowVoltageControlApparatusmeetwithahighqualitystandard.Itisdeveloped,manufacturedandtestedunderthesoleresponsibilityofABB. Our test platforms benefit from a quality assur-ance organisation accredited as per standard ISO/IEC 17025.

IncompliancewiththeregulationssetoutbytheISO9000seriesstandard,ABBsetsupandmanagestheproceduresandfilesrelatingtoproductqualityandactionshavinganeffectonquality.

GuaranteeTheinformationcontainedinthiscataloguereflectsthecurrentstateofourknowledgeandaims

topresentourproductsandtheirpossibleapplications.Thus,theinformationdoesnotguaranteecertainspecificcharacteristicsofproductsortheiraptitudeforaspecificutilization.Allfiledlegalpatentsorindustrialpropertyrightsmustberespected.

Sustainable DevelopmentIn1999,ABBextendeditsEnvironmentManagementProgrammetoalltheprinciplesoftheCor-

porateCharterforSustainableDevelopment.All concerned factories are ISO 14001 certified.

Eco-designSome environmental information is accessible on ABB Website.seewww.abb.com/sustainability select in left menu:"ABB's environmental policy".

Environmentalproductdeclarationscanbeissueduponcustomer'srequest.

PackingGenerallyspeaking,thediversificationofreusablepackingsatisfiesecologicalrequirementsandthespecificneedsofourcustomers.Packingisdesignedandproducedwithacontinuousconcernforrespectoftheenvironment.For instance, polystyrene packing materials are replaced by recyclablewrappingmaterialswithanefficientprotectionofourproductsduringtheirtransportation.

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1SB

C10

4005

F001

4

1/�1SBC104113C0201


>> Overview ...................................................................................................................................................................................................................................................................... page 1/9

ApplicationR.. seriescontactors,andvariantsdescribedinthiscatalogue,areusedforcontrollingmotors,andgenerallyforcontrollingpowercircuits,upto500/1000V a.c.or600/1000/1500V d.c.TheR..seriescontactorscanbeused,andadapted,formanyindustrialapplicationswithhighperformancesandsevereoperatingconditions.see"Overview",page1/9

PresentationR..seriescontactors,andvariants(couplers,contactorsforspecificapplications,...)aredesignedwithcommonstandardcomponents.see"Construction",page1/8and"Description",pages2/3...2/5.Withthecombinationoftheseelements,andtheadaptationpossibilities,specialversionscanbeprovided.

Basedonasimpleandsturdyconstructionthistypeofcontactorissuitableforintensivedutyandahighnumberofoperations.Allcomponentpartsareeasilyaccessibleandremovablefromthefront.

3N.O.mainpoleswitharcchute.Ue=500V a.c.,Ie=1220A AC-3.

Upperterminalplateforpowercircuit(network).

Mainframeforcontactorfixing.

Lowerterminalplateforpowercircuit(utilization).

CA 15..auxiliarycontacts.1N.O.+1N.C.fittedasstandard.(Extraauxiliarycontactsonrequest.)

Auxiliaryframeforauxiliarycontacts.

Connectingterminalsforcoilsupply.

Electro-magnet(RRtype),laminatedmagneticcircuit,a.c.coil,directsupply.

3-pole contactor, 1700 A rating

1/81SBC104113C0201


>> Detailed Description .......................................................................................................................................................................................................................................pages 2/3 ... 2/5

ConstructionFortheratings1400to2100Aeachcontactorcomprisesof:

The frame–1mainframe–1auxiliaryframe

The main polesTheyaredefinedby:

–theratedoperationalvoltageUe

–theirnumber,accordingtothepowercircuit–theirN.O.function

The auxiliary contactsAllRseriescontactorshave1N.O.auxiliarycontactand1N.C.auxiliarycontactfittedasstandard(exceptAMEmechanicallylatchedversion).Onrequest,allcontactorscanbeprovidedwithextraauxiliarycontacts.See"AuxiliaryContactAllocation",page2/�

The electro-magnet1electro-magnet(2electro-magnetsifnecessary)fora.c.operationord.c.operation.

Differenttypesofelectro-magnetsandtheirvariantsareproposedbelow.

Supply Utilization Electro-magnet characteristics Electro-magnet Electro-magnet with Source Magnetic Coil Economy Rectifier (standard) mechanical latching: circuit resistor Type Type

50...400Hz Laminated yes yes RR RR..-AME Highclosingpower ofthecontactor. Fluctuatingsupply.

– Laminated yes – RE RE..-AME

Symbols(fordetails,seepage2/2)

Description Power Main poles Control circuit supply Control circuit supply circuit Operational Function d.c.coil d.c.coil voltageUe supplyviaarectifier +economyresistor

Contactor 500Va.c. N.O. IORR.. IORE.. 1000Va.c. N.O. IORR..-MT IORE..-MT

600Vd.c. N.O. IORR..-CC IORE..-CC 1000Vd.c. N.O. IORR..-CC IORE..-CC 1500Vd.c..N.O. IORR..-CC IORE..-CC

Contactors for specific applications:●AM-CC.. Specificcontactorforfielddischargeofsynchronousmachines(pleaseconsultus)

●FOR.. Specificcontactorforcontrolofslip-ringmotors(seepage2/28)

●LOR.. Specificcontactorfora.c./d.c.coupling

1/�1SBC104113C0201

Power AC-3, 400 V 450kW 450kW 630kW 750kW �00kW —Control Coil supply Type circuit

Direct IOR R 800 R 1000 — — — — Viaarectifier IORR RR 800 RR1000 RR 1400 RR 1700 RR 2100 RR..

Viaaneconomyresistor IORE RE 800 RE 1000 RE 1400 RE 1700 RE 2100 RE.. Direct IORC RC 800 — — — — —

Current AC-3, 400-415V A 800 800 1060 1260 1520 — 500V A 800 800 1080 1220 1340 —

Current AC-1, 40°C A �00 1000 1350 1650 2000 >2000onrequest

Power AC-3, 690 V 780kW 1000kW 1200kW 1300kW —Control Coil supply Type circuit

Direct IOR..-MT R 800-MT — — — — Viaarectifier IORR..-MT RR 800-MT RR 1400-MT RR 1700-MT RR 2100-MT RR..-MT

Viaaneconomyresistor IORE..-MT RE 800-MT RE 1400-MT RE 1700-MT RE 2100-MT RE..-MT Direct IORC..-MT RC 800-MT — — — —

Current AC-3, 6�0V A 800 �70 1170 1270 — 1000V A 580 610 680 810 —

Current AC-1, 40°C A 800 1250 1650 2000 >1850onrequest

Power DC-3, DC-5, 1000 V 720kW 1000kW 1250kW 1600kW 2000kW —Control Coil supply Type circuit

Direct IOR..-CC R 800-CC R 1000-CC — — — — Viaarectifier IORR..-CC RR 800-CC RR 1000-CC RR 1400-CC RR 1700-CC RR 2100-CC RR..-CC

Viaaneconomyresistor IORE..-CC RE 800-CC RE 1000-CC RE 1400-CC RE 1700-CC RE 2100-CC RE..-CC Direct IORC..-CC RC 800-CC — — — — —

Current DC-3, DC-5, 1000V,2polesinseries A 720 1000 1250 1600 2000 >2000onrequest

1500V,3polesinseries A 720 1000 1250 1600 2000 >2000onrequest

Current DC-1, 750V,1pole A 800 1000 1250 1600 2000 >2000onrequest 1000V,2polesinseries A 800 1000 1250 1600 2000 >2000onrequest

Variants ●LORcouplersandcontactorsforspecificapplicationsand accessories ●CA15standardauxiliarycontacts ●TPtimedauxiliarycontacts ●VMinterlock ●AMEmechanicallatching

Alternating current Ue max. = 500 V a.c.

Alternating current Ue max. = 1000 V a.c.

Direct current Ue max. = 1500 V d.c.

R series contactors with variable number of poles

1/101SBC104113C0201

R.. Series ContactorsCodesforCompletingOrderCodes

CoilVoltageCodeUcvoltageacc.totheelectro-magnettype.

CodeforExtraAuxiliaryContactsNumberofCA15..contactsandTP..timers,accordingtotheelectro-magnettype.

RR Code RR..-AME RE50-60Hz RE..-AME

V a.c. R .. V d.c.

24 0 1 24

– 1 4 30

32 1 5 –

– 1 6 36

42 0 2 42

48 1 7 48

– 0 3 60

60 1 9 –

– 2 0 75

100 2 2 –

110-115 0 4 110

120 2 3 120

– 0 5 125-130

127 2 4 –

– 2 7 185

200 2 8 –

210 4 5 –

220-230 0 6 220

– 4 6 230

230-240 2 9 240

250 4 0 250

380-400 0 7 380

400 3 9 400

400-415 3 4 –

440 3 5 440

500 0 8 500

550(1) 3 6 550

600(2) 3 7 600Note: In the cases below, select an other coil accordingto the indicated values for Uc voltage.

(1) RR1400toRR2100:550Vmax. RR1400..-MTtoRR2100..-MT:550Vmax. RR1400..-CCtoRR2100..-CC:550Vmax.(2) Pleaseconsultus.

RR, RE1400 A ... 2100 A ratings CodeRR..-AME, RE..-AME

TP CA15F CA15O R. . NO NC

– – – 0 0– – 1 0 1– – 2 0 2– – 3 0 3– – 4 0 4– 1 – 1 0– 1 1 1 1– 1 2 1 2– 2 – 2 0– 2 1 2 1– 2 2 2 2– 3 – 3 0– 3 1 3 1– 3 2 3 2– 3 3 3 3– 4 – 4 0– 4 1 4 1– 4 2 4 2– 4 3 4 3– 5 – 5 0– 5 1 5 1– 6 – 6 01 – – 6 11 – 1 6 21 – 2 6 31 – 3 6 41 1 – 6 51 2 – 6 61 3 – 6 71 4 – 6 81 5 – 6 91 1 1 7 11 1 2 7 21 1 3 7 31 2 1 7 51 2 2 7 61 2 3 7 71 2 4 7 81 3 1 8 01 3 2 8 11 3 3 8 21 4 1 8 61 4 2 8 71 5 1 9 11 6 – 9 6

Theabovetablesindicatethemainauxiliarycontactcombinations.Forothercombinations,pleaseconsultus.FfixingdimensioncanchangeaccordingtothenumberofCA 15..auxiliarycontacts.Seesection5"Dimensions".

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des

Co

des

1/111SBC104113C0201

OrderingDetailsWhenplacinganorderpleasespecifytheTypeandtheOrder Code(see"OrderingDetails"pagesinthiscatalogue).

In the "Order codes" complete the boxes by the codes indicated in the opposite tables.

Example: IORR 1400-30contactor-500Va.c.circuitswitching.The"OrderCode"isindicatedinthe"OrderingDetails"table(forthisexampleseepage2/8).Itmustbecompletedbydifferentcodes:–currentfrequencyforthecoilsupply:example50/60Hz–operatingcoilvoltage:example230-240V–extraauxiliarycontacts,factorymounted(seepages2/6,2/7), inthisexample:+2N.C.and+2N.O.

Order Code to be completed: seepage2/8 FPL 6 1 1 3 1 R

–codeforcoilfrequency:50/60Hz 5

–codeforblow-outcoil 5

–codeforoperatingcoilvoltage:230-240V 2 9

–codeforextraauxiliarycontacts: 2 2 +2CA15-F+2CA15-O

Complete Order Code: FPL 6 1 1 5 3 1 5 R 2 2 2 9

Note:With4xCA15..extraauxiliarycontacts,Ffixingdimensionofthecontactorisincreased(635mminthisexampleinsteadof540mm)seesection5"Dimensions".

R.. Series ContactorsComplementaryInformation

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2/11SBC104113C0201

Contents

ExplanationofSymbols..........................................................................................................2/2Description.................................................................................................................. 2/3to2/5AuxiliaryContactAllocation............................................................................................2/6,2/7

OrderingDetailsContactors for Operational Voltages up to 500 V a.c.IORR.......................................................................................................................................2/8IORE.......................................................................................................................................2/9

Contactors for Operational Voltages up to 1000 V a.c.IORR..-MT............................................................................................................................2/10IORE..-MT.............................................................................................................................2/11

Contactors for Operational Voltages up to 1000 V d.c.IORR..-CC,IORE..-CC.........................................................................................................2/12

Contactors for Operational Voltages up to 1500 V d.c.IORR..-CC,IORE..-CC.........................................................................................................2/13

Mechanically Latched ContactorsIORR..-AME,IORE..-AME........................................................................................ 2/14to2/16

TechnicalDataContactors for Operational Voltages up to 500 V a.c.IORR,IORE.............................................................................................................. 2/17to2/19

Contactors for Operational Voltages up to 1000 V a.c.IORR..-MT,IORE..-MT............................................................................................. 2/20to2/22

Contactors for Operational Voltages up to 1000/1500 V d.c.IORR..-CC,IORE..-CC............................................................................................ 2/23to2/25

Standard Aux. Contacts:CA15-..- Timed Aux. Contacts:TP.........................................2/26

SpecificApplicationsStar-DeltaStartingwithClosed-TransitionofThree-PhaseAsynchronousMotors.............2/27ControlofThree-PhaseSlip-RingMotors............................................................................2/28

Questionnaire: SpecificationsforR..SeriesContactors..........................................2/29,2/30

2/�1SBC104113C0�01

R.. Series ContactorsSymbols

Type

Type of contactor Additions

N.O.poles I Quoteinplaintexttheadditionsrequired includingqty,typeanddescriptione.g.: +1offCA...auxiliarycontactblock,

+1offVM...mechanicalinterlock

MountingOpenbarmounted O Operating coil voltage voltagesavailable(seepage1/10)

Alternative optionsElectro-magnet c/w coil + magnetic circuit – MT Polesfor500V>Ue<1000Va.c.switchinga.c.operatedcoil+laminatedmagneticcircuit R R – CC Polesford.c.switchingasfollows, +rectifier+economyresistor Ue<1500V:contactorratings800Aandaboved.c.operatedcoil+laminatedmagneticcircuit R E – AME Mechanicallylatchedcontactors(ratings800...�100A)

+economyresistor Number of N.C. poles

Contactor rating 800,1000,1400, 1700, 2100 Number of N.O. poles

Explanation of symbols

IORE 1400-40-MT1�5Vd.c.coil+1CA 15-F+1CA 15-OOpen typebarmountedcontactorwithRE typeelectro-magnetand laminatedmagneticcircuit ford.c.operationviaaneconomy resistor,1400Arating,4N.O.mainpoles,withoutN.C.pole,-MT versionformax.operatingvoltage1000Va.c.,1�5Vd.c.coil,+oneextraCA 15-F (N.O.)andoneextraCA 15-O.(N.C.)auxiliarycontacts.

Notes:– Additionswhichdonotincreasethefixingcentersofthecontactorcanbeorderedseparatelyandmountedbytheuser. Variationswhichdoaffectthecontactorfeaturese.g.thefixingcenters,mustbecarriedoutinourworks(seepage2/7andsection5 for"Dimensions").–ContactorratingmustbespecifiedwhentheTP..timingblockandtheCA15..auxiliarycontactsareorderedseparately.

>> Questionnaire for Product Specification .......................................pages 2/29, 2/30 >> Ordering Details .............................................................................pages 2/8 ... 2/16

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1SB

C38

8035

F030

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1SB

C10

4008

F001

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2/31SBC104113C0�01

R.. Series ContactorsMainFrameandElectro-magnetDescription

TheRseriescontactorsarebuiltonamainframe supportingtheelectro-magnet,themain polesandtheauxiliary contacts.

Thisdesignoffersagreatconstructionflexibilityforthestandardcontactorsaswellasforthetailormadeversions:

–variablenumberofpolesacc.torequirements–poleswithoutorwithblow-outcoils,ratedforthecurrentflowinthepoles– largenumberofstandard,timed,adjustableN.O.andN.C.auxiliarycontacts–electro-magnetswithspecificfeaturesdependingonboththecontrolvoltagesupplyand

theutilizationcharacteristics.

Allcomponentpartsareeasilyaccessibleandremovablefromthefront.

MainFrameThemainframecomprisesoftwofixedbarequippedwithtwosupportsc/wtwobearingsandthemovingshaftrotatingbetweenthetwobearings.Inadditiontothemainframe,contactorratings800Aandabove,areequippedwithanauxiliaryframeonwhichcanbemountedsomeoralloftheauxiliarycontacts.

Electro-magnetTheelectro-magnetcomprisesofthemagneticcircuitplustheoperatingcoil.GenerallyplacedontheR.H.Sof theframe, theelectro-magnetcanbe,onrequest,placedeitherontheframecentreorontheL.H.Softheframe.Ifrequiredanddependingontheap-plicationorthecontactorconstructioninvolved,anadditionalelectro-magnetcanbemountedontheframe.Thechoiceoftheelectro-magnetdependsprimarilyonthetypeofcontrolcircuitsupplyavailableaswellasonthecompositionofthecontactoranditsintendedapplication.

a.c. Control Circuit Supply●RR typeelectro-magnet

Themagneticcircuitislaminatedandtheoperatingcoilfedfromana.c.supplyviaarectifierandaneconomyresistormountedandpre-wiredonthecontactor.This type of electro-magnet provides a high closing power for the operation of the largesizecontactorsfittedwithalargenumberofpolesorwhenthecontrolsupplyfrequencyis>50Hzand<400Hz.

d.c. Control Circuit Supply●RE typeelectro-magnet

Themagneticcircuitislaminatedandtheoperatingcoilfedfromad.c.supplyviaaneconomyresistormountedandpre-wiredonthecontactor.

Alternative VersionsElectro-magnet with latching: the coil is briefly energized on contactor "latching" and "de-latching".RR..orRE..-AME types:mechanicallylatched.

>> Ordering Details ........................ pages 2/8 ... 2/16 >> Terminal Marking and Positioning ............page 4/2>> Technical Data .......................... pages 2/17 ... 2/26 >> Wiring Diagrams ..............................pages 4/3, 4/4>> Accessories ............................................. page 2/7 >> Dimensions ............................................. section 5

Frameforcontactorratings800Aandabove

REtypeelectro-magnet

1SB

C10

4001

F001

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1SB

C10

4004

F001

4

2/41SBC104113C0201

R.. Series ContactorsMainPoleDescription

MainPolesThemainpolesof theRseriescontactorsareofa"butt-contact"patternwithoutslidingorrolling.Eachpolecomprisesof themain contacts (fixedcontactandmovingcontact), theblow-out coilandthearc chute.

Main ContactsThemaincontactsaremadeofasilveralloyinsertbrazedontoahardcoppersupport.Thefixedcontactismountedonaninsulatedsupportscrewedontothefixedbar,themovingcontactissimilarlymountedandrotatesdirectlywiththemovingshaftThecontactpressureandthecontactcompressionstrokearesetseparately.Thefixedandmovingcontactsalsohavearcinghornsfittedtoassistwiththeelongationandbreakingoftheelectricarc.

Blow-out Coil -CC and -MT polesThetotalcurrentflowsthroughtheblow-outcoil.Thecoilgeneratedfluxistransmitedtotheinternalfacesofthearcchutesviaamagneticcore.

Arc ChuteThearcchuteismadeofapolymermaterialandfiber-glasscompound.Whatevertheoperationvoltagemaybe,thepolesofcontactorratings1400A,1700Aand2100Aareequippedwitharcchutescomprisingofbuilt-inde-ionarcsplitterswhichensurearapidextinctionofthearcs.Quickandeasyremovalofthearcchutesallowsaninstantinspectionofthemaincontactsandwherenecessarytheirreplacement.

>> Accessories ............................................. page 2/7 >> Terminal Marking and Positioning .............page 4/2>> Ordering Details ......................... pages 2/8 ... 2/16 >> Wiring Diagrams ...........................pages 4/3 ... 4/4>> Technical Data .......................... pages 2/17 ... 2/26 >> Dimensions ............................................. section 5

De-ionarcchute

Mainpolewitharcchute

2

1SB

C38

9043

F030

3

1SB

C10

4003

F001

4

2/�1SBC104113C0201

R.. Series ContactorsMainPoleVariantsAuxiliaryContactDescription

MainPoleVariants(onrequest)

–LOR.. couplers:PleaseconsultusThemainpoleshavenoblow-outdevicesandnoarcchutes.Neverthelessthepoleshavethesamemakingandbreakingcapacityasthecontactorsofequivalentratingbutthebreakingcapacitycharacteristicsarerestrictedtomax.24V a.c./d.c.powercircuits.

–Contactorratingsfrom1400Aandabovewithboostedblow-outdevice("longpoleversion").– Increasedinsulationcanbeprovidedonrequest:ratings1400Aandabove,withinsulated

protectivecoatingofmetalparts,andincreasedclearancebetweenpoles.

AuxiliaryContactsStandard Auxiliary ContactsOnetypeavailableandsuitablefora.c.andd.c.controlcircuitswitching.

●CA 15-.. 1-poleadjustableauxiliarycontacts:Ith=1�AN.O.contact CA 15-FN.C.contact CA 15-O

CA 15-..auxiliarycontactsaremountedfirstontheauxiliaryframedirectlyabovetheelectro-magnetandthenonthecontactormainframetotheR.H.S.oftheelectro-magnet.

Timed Auxiliary ContactsTP.. pneumatictimingblock with1N.O.and1N.C.electricallyindependentcontacts,Ith=10A.Directorinversetiming,withlinearsettingscaleovera3�0°rotationbymeansofaknurledknobwithtimingguidemarks.Timingrangesfrom0.1to40sorfrom10to180s.TheTP.. timingblockismountedontheauxiliaryframeandtakesupspaceofthreeCA 15..auxiliarycontacts.

>> Accessories ............................................. page 2/7 >> Terminal Marking and Positioning .............page 4/2>> Ordering Details ......................... pages 2/8 ... 2/16 >> Wiring Diagrams ...........................pages 4/3 ... 4/4>> Technical Data .......................... pages 2/17 ... 2/26 >> Dimensions ............................................. section 5

CA 15..auxiliarycontactson800...2100Acontactorratings

CA1�..onauxiliaryframe

CA1�..onmainframe

LORcouplermainpole

1SB

C34

8042

F030

2

CA 15-O (N.C.)

1SB

C34

8052

F030

2

CA 15-F (N.O.)

1SB

C57

5893

F030

1

TP 40 DA

2/�1SBC104113C0201

R.. Series ContactorsCA..AuxiliaryContactsandTP..TimingBlocks

AuxiliaryContactsFittedasStandardRseriescontactorsareequippedasstandard(exceptAMEtypes)with1N.O.auxiliarycontactgenerallyusedfor"hold-in"plus1N.C.adjustableauxiliarycontact(exceptAMEtypes)generallyusedforelectricalinterlockingorsignalcontact.Contacttypesavailable:seeoppositepage.

ExtraAuxiliaryContacts,withoutIncreaseofFixingDimension"F"OnrequestRseriescontactorscanbeequippedwithextraCA..auxiliarycontactsandTP..timedauxiliarycontactsaccordingtotheindicationsgivenontheoppositepage.●CA 15-.. 1-poleadjustableauxiliarycontacts:

N.O.contact CA 15-FN.C.contact CA 15-O

●TP.. 2-polepneumatictimingblock with1N.O.and1N.C.auxiliarycontacts. Onorderingpleasequote: –timingmode,inverseordirect –timingrange,0.1...40sor10...180s

EnterintothecontactorFPL...OrderCode,theappropriatetwodigitcodeaccordingtotheselectedauxiliarycontactcombination.

FPL R

Code:seepage1/10

ExtraAuxiliaryContacts,withIncreasedFixingDimension"F"OnrequestRseriescontactorscanbeequippedwithalargernumberoffactoryassembledauxiliarycontactsbutthecontactorbasicfixingdimensionmustbeincreased.

Forexample15(ormore)extraCA 15.. auxiliarycontactstogetherwith1TP.. timingblockmaybeadded:

●CA 15.. 1-poleadjustableauxiliarycontacts:N.O.contact CA 15-F pleasequote"qty"requiredN.C.contact CA 15-O pleasequote"qty"required

●TP.. 2-polepneumatictimingblocks with1N.O.and1N.C.auxiliarycontacts. Onorderingpleasequote: –timingmode,inverseordirect –timingrange,0.1...40sor10...180s.

>> Ordering Details ........................................ pages 2/8 ... 2/16 >> Terminal Marking and Positioning................................. section 4>> Technical Data ..........................................pages 2/17 ... 2/26 >> Dimensions acc. to the Aux. Contact Number ......... section 5

2

2/71SBC104113C0201

AuxiliaryContactAllocationContactor Rating Aux. contacts available Extra CA.. standard aux. contacts and TP.. timed aux. contacts

Fitted by the user, without an Factory fitted, with anType A N.O. N.C. increase in fixing dimension F increase in fixing dimension F

IORR.. 1400...2100 1CA 15-F 1CA 15-O 1...2blocksCA 15..or1TP.."n"contactsCA 15..+1TP..

IORE.. 1400...2100 1CA 15-F 1CA 15-O 1...2blocksCA 15..or1TP..

IORR..-MT 1400...2100 1CA 15-F 1CA 15-O 1...2blocksCA 15..or1TP.."n"contactsCA 15..+1TP..

IORE..-MT 1400...2100 1CA 15-F 1CA 15-O 1...2blocksCA 15..or1TP..

IORR..-CC 1400...2100 1CA 15-F 1CA 15-O 1...2blocksCA 15..or1TP.."n"contactsCA 15..+1TP..

IORE..-CC 1400...2100 1CA 15-F 1CA 15-O 1...2blocksCA 15..or1TP..

IORR..-AME 1400...2100 – – 1...5contactCA 15.."n"contactsCA 15..

IORE..-AME 1400...2100 – – 1...5contactCA 15..

R.. Series ContactorsCA..StandardAuxiliaryContactsandTP..TimingBlock

>> Ordering Details .............................................................................pages 2/8 ... 2/16 >> Terminal Marking and Positioning.............................................................. section 4>> Technical Data ..............................................................................pages 2/17 ... 2/26 >> Dimensions acc. to the Auxiliary Contact Number ................................. section 5

500

V a

.c.

500

V a

.c.

IORR 1700-30

1SB

C10

4005

F001

4

2/� 1SBC104113C0201

Application - DescriptionIORR.. contactors are used for controlling a.c. power circuits up to 500 V, 50/60 Hz.The contactor magnetic circuit is of the laminated type and the operating coil is fed from an a.c. supply via a rectifier and an economy resistor.On 3-pole + Neutral contactors (3 + N), the Neutral pole is rated at 900 A and is always mounted on the L.H.S. of the contactor frame.

Auxiliary contacts: 1 N.O. + 1 N.C. available.

Ordering DetailsPower AC-3 Rated No Type Order code Unit operational of to be completed with: to be completed with codes: weight3�0 V current poles – coil voltage – extra aux. contacts without400 V AC-3 AC-1 in plain text – coil voltage packing

415 V 440 V 500 V < 440 V θ < 40 °C see page 1/10 see page 1/10

kW kW kW A A kg

2 IORR 1400-20 FPL 611 5215 R 40.00

630 710 �00 1060 1350 3 IORR 1400-30 FPL 611 5315 R 50.00

3 + N IORR 1400-39 FPL 611 5615 R 62.00 4 IORR 1400-40 FPL 611 5415 R 63.00

2 IORR 1700-20 FPL 621 5215 R 44.00

750 �00 900 1260 1650 3 IORR 1700-30 FPL 621 5315 R 56.00

3 + N IORR 1700-39 FPL 621 5615 R 70.00 4 IORR 1700-40 FPL 621 5415 R 72.00

2 IORR 2100-20 FPL 631 5215 R 4�.00

900 1000 1000 1520 2000 3 IORR 2100-30 FPL 631 5315 R 62.00

3 + N IORR 2100-39 FPL 631 5615 R 76.00 4 IORR 2100-40 FPL 631 5415 R 7�.00

Additions and Variants

● An extra number of CA.. standard auxiliary contacts or TP.. timed auxiliary contacts can be added.see page 2/7, "Auxiliary Contact Allocation":

– no increase of fixing dimension F: for ratings 1400 A and above, addition of 1 TP.. or 1 or 2 CA 15-..

– with increased fixing dimension F: for any ratings, addition of 1 TP.. and "n" CA 15-..

● Single pole version: please consult us.

>> Technical Data .......................................pages 2/17 ... 2/19 >> Wiring Diagrams .................................................. section 4>> Terminal Marking and Positioning ...................... section 4 >> Dimensions ........................................................... section 5

IORR.. Contactors - Poles 500 V a.c.a.c. Operated

2IORE 1400-20

500

V a

.c.

500

V a

.c.

1SB

C10

4007

F001

4

2/91SBC104113C0201

>> Technical Data .......................................pages 2/17 ... 2/19 >> Wiring Diagrams .................................................. section 4>> Terminal Marking and Positioning ....................... section 4 >> Dimensions ........................................................... section 5

Application - DescriptionIORE.. contactors are used for controlling a.c. power circuits up to 500 V, 50/60 Hz.The contactor magnetic circuit is of the laminated type and the operating coil is fed from a d.c. supply via an economy resistor.On 3-pole + Neutral contactors (3 + N), the Neutral pole is rated at 900 A and is always mounted on the L.H.S. of the contactor frame.


Ordering DetailsPower AC-3 Rated No Type Order code Unit operational of to be completed with: to be completed with codes: weight3�0 V current poles – coil voltage – extra aux. contacts without400 V AC-3 AC-1 in plain text – coil voltage packing

415 V 440 V 500 V < 440 V θ < 40 °C see page 1/10 see page 1/10

kW kW kW A A kg

2 IORE 1400-20 FPL 611 9215 R 40.00

630 710 �00 1060 1350 3 IORE 1400-30 FPL 611 9315 R 50.00

3 + N IORE 1400-39 FPL 611 9615 R 62.00 4 IORE 1400-40 FPL 611 9415 R 63.00

2 IORE 1700-20 FPL 621 9215 R 44.00

750 �00 900 1260 1650 3 IORE 1700-30 FPL 621 9315 R 56.00

3 + N IORE 1700-39 FPL 621 9615 R 70.00 4 IORE 1700-40 FPL 621 9415 R 72.00

2 IORE 2100-20 FPL 631 9215 R 4�.00

900 1000 1000 1520 2000 3 IORE 2100-30 FPL 631 9315 R 62.00

3 + N IORE 2100-39 FPL 631 9615 R 76.00 4 IORE 2100-40 FPL 631 9415 R 7�.00





● Single pole version: please consult us.

IORE.. Contactors - Poles 500 V a.c.d.c. Operated (with Economy Resistor)

IORR 1700-30-MT

1SB

C10

4005

F001

4

1000

V a

.c.

1000

V a

.c.

2/10 1SBC104113C0201

Application - DescriptionIORR..-MT contactors are used for controlling a.c. power circuits > 500 V and ≤ 1000 V, 50/60 Hz. For operating voltage Ue > 1000 V, please consult us.The contactor magnetic circuit is of the laminated type and the operating coil is fed from an a.c. supply via a rectifier and an economy resistor.On 3-pole + Neutral contactors (3 + N), the Neutral pole is rated at 900 A and is always mounted on the L.H.S. of the contactor frame.


Ordering DetailsPower AC-3 Rated No Type Order code Unit operational of to be completed with: to be completed with codes: weight current poles – coil voltage – extra aux. contacts without AC-3 AC-1 in plain text – coil voltage packing

690 V 1000 V < 690 V θ < 40 °C see page 1/10 see page 1/10

kW kW A A kg

2 IORR 1400-20-MT FPL 612 5215 R 42.00

1000 900 970 1250 3 IORR 1400-30-MT FPL 612 5315 R 52.00

3 + N IORR 1400-39-MT FPL 612 5615 R 64.00 4 IORR 1400-40-MT FPL 612 5415 R 65.00

2 IORR 1700-20-MT FPL 622 5215 R 47.00

1200 1000 1170 1650 3 IORR 1700-30-MT FPL 622 5315 R 61.00

3 + N IORR 1700-39-MT FPL 622 5615 R 73.00 4 IORR 1700-40-MT FPL 622 5415 R 74.00

2 IORR 2100-20-MT FPL 632 5215 R 52.00

1300 1200 1270 1�50 3 IORR 2100-30-MT FPL 632 5315 R 6�.00

3 + N IORR 2100-39-MT FPL 632 5615 R �2.00 4 IORR 2100-40-MT FPL 632 5415 R �4.00





IORR-.. MT Contactors - Poles 1000 V a.c.a.c. Operated


2IORE 1400-20-MT

1SB

C10

4007

F001

4

1000

V a

.c.

1000

V a

.c.

2/111SBC104113C0201

IORE-.. MT Contactors - Poles 1000 V a.c.d.c. Operated (with Economy Resistor)


Application - DescriptionIORE..-MT contactors are used for controlling a.c. power circuits > 500 V and ≤ 1000 V, 50/60 Hz. For operating voltage Ue > 1000 V, please consult us.The contactor magnetic circuit is of the laminated type and the operating coil is fed from a d.c. supply via an economy resistor.On 3-pole + Neutral contactors (3 + N), the Neutral pole is rated at 900 A and is always mounted on the L.H.S. of the contactor frame.


Ordering DetailsPower AC-3 Rated No Type Order code Unit operational of to be completed with: to be completed with codes: weight current poles – coil voltage – extra aux. contacts without AC-3 AC-1 in plain text – coil voltage packing

690 V 1000 V < 690 V θ < 40 °C see page 1/10 see page 1/10

kW kW A A kg

2 IORE 1400-20-MT FPL 612 9215 R 42.00

1000 900 970 1250 3 IORE 1400-30-MT FPL 612 9315 R 52.00

3 + N IORE 1400-39-MT FPL 612 9615 R 64.00 4 IORE 1400-40-MT FPL 612 9415 R 65.00

2 IORE 1700-20-MT FPL 622 9215 R 47.00

1200 1000 1170 1650 3 IORE 1700-30-MT FPL 622 9315 R 61.00

3 + N IORE 1700-39-MT FPL 622 9615 R 73.00 4 IORE 1700-40-MT FPL 622 9415 R 74.00

2 IORE 2100-20-MT FPL 632 9215 R 52.00

1300 1200 1270 1�50 3 IORE 2100-30-MT FPL 632 9315 R 6�.00

3 + N IORE 2100-39-MT FPL 632 9615 R �2.00 4 IORE 2100-40-MT FPL 632 9415 R �4.00





IORE 1400-20-CC

600

& 1

000

V d

.c.

600

& 1

000

V d

.c.

1SB

C10

4007

F001

4

2/12 1SBC104113C0201


IORR..-CC, IORE..-CC Contactors for d.c. Applicationa.c. Operated (RR) or d.c. Operated (RE)

Application - DescriptionIORR..-CC and IORE..-CC contactors are used for controlling d.c. power circuits, at voltages Ue < 1500 V d.c. (time constant L/R < 7.5 ms). (For L/R > 7.5 ms: please consult us.)


1-pole Contators - Ordering DetailsRated operational current Number Type Order code Unit of to be completed with: to be completed with codes: weight poles – coil voltage – extra aux. contacts withoutUe < 750 V d.c. Ue < 600 V d.c. in plain text – coil voltage packing

DC-1 DC-3/DC-5 see page 1/10 see page 1/10 A A kg

IORR..-CC contactors (a.c. operated)

1000 1000 1 IORR 1000-10-CC FPL 871 6115 R 31.00

1250 1250 1 IORR 1400-10-CC FPL 611 6115 R 32.00

1600 1600 1 IORR 1700-10-CC FPL 621 6115 R 34.00

2000 2000 1 IORR 2100-10-CC FPL 631 6115 R 37.00

Note: The IORR 1000-10-CC contactor must be provided on request in IOR 1000-10-CC version for direct supply of the coil(coil 50 Hz or coil 60 Hz).

IORE..-CC contactors (d.c. operated - with economy resistor)

1000 1000 1 IORE 1000-10-CC FPL 871 0115 R 31.00

1250 1250 1 IORE 1400-10-CC FPL 611 0115 R 32.00

1600 1600 1 IORE 1700-10-CC FPL 621 0115 R 34.00

2000 2000 1 IORE 2100-10-CC FPL 631 0115 R 37.00

2-pole Contactors (Connection of the 2 poles in series) - Ordering DetailsRated operational current Number Type Order code Unit of to be completed with: to be completed with codes: weight poles – coil voltage – extra aux. contacts withoutUe < 1500 V d.c. Ue < 1000 V d.c. in plain text – coil voltage packing

DC-1 DC-3/DC-5 see page 1/10 see page 1/10

A A kg


1000 1000 2 IORR 1000-20-CC FPL 871 6215 R 40.00

1250 1250 2 IORR 1400-20-CC FPL 611 6215 R 42.00

1600 1600 2 IORR 1700-20-CC FPL 621 6215 R 47.00

2000 2000 2 IORR 2100-20-CC FPL 631 6215 R 52.00



1000 1000 2 IORE 1000-20-CC FPL 871 0215 R 41.00

1250 1250 2 IORE 1400-20-CC FPL 611 0215 R 42.00

1600 1600 2 IORE 1700-20-CC FPL 621 0215 R 47.00

2000 2000 2 IORE 2100-20-CC FPL 631 0215 R 52.00

2

1500

V d

.c.

1500

V d

.c.

IORR 1700-30-CC

1SB

C10

4005

F001

4

2/131SBC104113C0201

IORR..-CC, IORE..-CC Contactors for d.c. Applicationa.c. Operated (RR) or d.c. Operated (RE)


3-pole Contactors (Connection of the 3 poles in series) - Ordering DetailsRated operational current Number Type Order code Unit of to be completed with: to be completed with codes: weight poles – coil voltage – extra aux.contacts withoutUe < 1500 V d.c. in plain text – coil voltage packing

DC-1 DC-3/DC-5 see page 1/10 see page 1/10 A A kg


1000 1000 3 IORR 1000-30-CC FPL 871 6315 R 50.00

1250 1250 3 IORR 1400-30-CC FPL 611 6315 R 52.00

1600 1600 3 IORR 1700-30-CC FPL 621 6315 R 61.00

2000 2000 3 IORR 2100-30-CC FPL 631 6315 R 68.00



1000 1000 3 IORR 1000-30-CC FPL 871 0315 R 50.00

1250 1250 3 IORE 1400-30-CC FPL 611 0315 R 52.00

1600 1600 3 IORE 1700-30-CC FPL 621 0315 R 61.00

2000 2000 3 IORE 2100-30-CC FPL 631 0315 R 68.00

1SB

C38

5525

F030

1

2/141SBC104113C0201

IORR..-AME and IORE..-AME Mechanically Latched Contactors

ApplicationIORR..-AMEandIORE..-AMEmechanicallylatchedcontactorsareusedforcontrollingpowercircuitsupto<500V,50/60Hz.

Examples of use– installationswherethecontrolcircuitsarefedfrombatteries,andit isdesirabletoreducethepower

consumption.

–contactorsusedinsequencecontrol.Inthecaseofanaccidentalsupplyfailureonemaywanttoknowpreciselythestate(ONorOFF)ofparticularcontactorsattheinstantthesupplyfailureoccured.

–contactorswhichmustremainclosedforsafetyreasons,evenifthecontrolcircuitsupplyhascomeoff.–contactorsindistributioncircuits(thecontactorcanbeusedasanisolatingswitchoperatedbyasignal

tothecoil).–protectionagainstaccidentalfailureofthemainssupply.Thecontactorwouldremainclosedwhatever

thedurationofthefaultmaybe.–contactorswhichremainalmostpermanentlyclosed.Coilconsumptionenergysavingsareincreased

comparedtostandardcontactorswhosecoilsremainpermanentlyenergized.

DescriptionIORR..-AMEandIORE..-AMEmechanicallylatchedcontactorsdifferfromIORRandIOREstandardcontac-torsbyadoubleelectro-magnet(withclosingandtrippingcoils,electricallyseparate).Makingandbreakingcapacitiesareidenticaltothoseofstandardcontactorsofthesamerating.

TheIORR..-AMEmechanicallylatchedcontactorsarea.c.operated.FortheIORR..-AMEtypes,theclos-ingcoilonly,isfedfromana.c.supplyviaarectifierandaneconomyresistortolimitthecurrentvalueincontrolcircuit.

TheIORE..-AMEmechanicallylatchedcontactorsared.c.operated.Theclosingcoilisfedviaaneconomyresistortolimitthecurrentvalueincontrolcircuit.Thetrippingcoilisfeddirectlyfromad.c.supplywithouteconomyresistor.

On4-polecontactors,with3poles+neutral(3+N),theneutralpoleisalwaysratedat900Aandmountedonthelefthandsideofthecontactorframe.

ConstructionAmechanicallatchismountedabovetheclosingelectro-magnet.Thetrippingelectro-magnetreleasesthemechanicallatch.

Operation●Closingofcontactor(latching)

Oncetheclosingcoilisenergizedthecontactorclosesandwillremainsoindefinitelybytheactionofthemechanicallatchwhichholdsinthemovingpartoftheclosingelectro-magnet.Theclosingcoilisde-energizedbyanelectricalinterlockingcontactmountedonthecontactor.

●Openingofcontactor(de-latching)Oncethetrippingcoilisenergized,thetrippingelectro-magnetreleasesthemechanicallatch,de-latchingthemovingpartoftheclosingelectro-magnet,allowingthecontactortoopen.Oncethecontactorisopen,thetrippingcoilisde-energizedbyanelectricalinterlockingcontactmountedonthecontactor.IORR..-AMFandIORE..-AMFvariantsaredesignedwith2trippingcoils(doublede-latchingcontrol).

Auxiliary contactsTheauxiliarycontactsfittedasstandardareusedforde-energizationofclosingandtrippingcoils.None are available as standard.

Additions(seepage2/7)ExtraCA.. auxiliarycontactsorTP.. timedauxiliarycontactscanbeadded.

>> Technical Data (exceptmechanicaldurabilityandelectro-magnet) .....................................equivalent to those on pages 2/17 ... 2/19>> Electro-magnet Characteristics ............please consult us >> Wiring Diagrams .................................................. section 4>> Terminal Marking and Positioning ....................... section 4 >> Dimensions ........................................................... section 5

Specialcontactor(AM-CC..type)withmechanicallatching.

2

1SB

C38

5525

F030

1

2/151SBC104113C0201

IORR..-AME Mechanically Latched Contactorsa.c.Operated

OrderingDetailsPower AC-3 Rated No Type Order code Unit operational of tobecompletedwith: tobecompletedwithcodes: weight380V current poles –coilvoltage –extraaux.contacts without400V AC-3 AC-1 inplaintext –coilvoltage packing

415V 440V 500V <440V θ<40°C seepage1/10 seepage1/10

kW kW kW A A kg

2 IORR1400-20-AME FPL6115225R 50.00

630 710 800 1060 1350 3 IORR1400-30-AME FPL6115325R 60.00

3+N IORR1400-39-AME FPL6115625R 71.00 4 IORR1400-40-AME FPL6115425R 72.00

2 IORR1700-20-AME FPL6215225R 54.00

750 800 900 1260 1650 3 IORR1700-30-AME FPL6215325R 66.00


2 IORR2100-20-AME FPL6315225R 58.00

900 1000 1000 1520 2000 3 IORR2100-30-AME FPL6315325R 72.00


Variants

●IORR..-MT-AMEtypesfor500V a.c.<Ue<1000V a.c.●IORR..-CC-AMEtypesforUe<1500V d.c.●IORR..-AMFtypeswith2trippingcoils(doublede-latchingcontrol).



1SB

C38

5525

F030

1

2/161SBC104113C0201

IORE..-AME Mechanically Latched Contactorsd.c.Operated

OrderingDetailsPower AC-3 Rated No Type Order code Unit operational of tobecompletedwith: tobecompletedwithcodes: weight380V current poles –coilvoltage –extraaux.contacts without400V AC-3 AC-1 inplaintext –coilvoltage packing

415V 440V 500V <440V θ<40°C seepage1/10 seepage1/10

kW kW kW A A kg

2 IORE1400-20-AME FPL6119225R 50.00

630 710 800 1060 1350 3 IORE1400-30-AME FPL6119325R 60.00

3+N IORE1400-39-AME FPL6119625R 71.00 4 IORE1400-40-AME FPL6119425R 72.00

2 IORE1700-20-AME FPL6219225R 54.00

750 800 900 1260 1650 3 IORE1700-30-AME FPL6219325R 66.00


2 IORE2100-20-AME FPL6319225R 58.00

900 1000 1000 1520 2000 3 IORE2100-30-AME FPL6319325R 72.00


Variants

●IORE..-MT-AMEtypesfor500V a.c.<Ue<1000V a.c.●IORE..-CC-AMEtypesforUe<1500V d.c.●IORE..-AMFtypeswith2trippingcoils(doublede-latchingcontrol).



2

2/171SBC104113C0201

IORR and IORE ContactorsVoltagesupto500Va.c.-1400...2100ARatings

TechnicalData

Electro-magnet type / Contactor rating – – – RR 1400 RR 1700 RR 2100 RE 1400 RE 1700 RE 2100 – – –

General characteristics

Number of poles(variable) 1…4

Standards DevicescomplyingwithinternationalstandardsIEC60947-1/60947-4-1 andEuropeanstandardsEN60947-1/60947-4-1

Rated insulation voltage Ui acc.toIEC60947-4-1andEN60947-4-1 V 1000

Rated impulsewithstand voltage Uimp kV 8

Air temperature(closetocontactor) –foroperating(withoutthermalO/Lrelay)°C -20to+70 –forstorage °C -20to+80

Climatic withstand Standardversionforindustrialenvironmentandtropicalatmospheres(seepage3/6) Specialversionforverycorrosiveatmospheres(onrequest)

Operating altitude m <2000

Mounting characteristics

Mounting position Position1 (horizontalbar)

Maximumangleofinclination,inanydirection:±22°30'

Mounting distances see"Dimensions"section5

Fixing by screws(notsupplied) 4xM12

Connecting characteristics

Types of terminals Mainpoles TerminalplatesforlugsorbarsCoilterminals M4screws,withcableclampBuilt-inauxiliaryterminals M4screws,withcableclamp

Connecting dimensionsMain poles Widthoftheterminalplates mm 60 80 100Terminalscrews(notsupplied) – – –Drillingoftheplates(withoutthread) mm 2xø13 4xø11 4xø11

Auxiliary wires(built-inaux.terminals+coilterminals) –rigid(solid) 1or2xmm2 1…2.5–flexible(withoutcableend) 1or2xmm2 1…2.5

Tightening torque (min.value)

Coilterminals Nm 1.5Built-inauxiliaryterminals Nm 1.5

Note:ThesecharacteristicsaresuitableforAMEcontactorversions.

>> Main Pole Utilization Characteristics ....................................................... page 2/18 >> Terminal Marking and Positioning ............................................................. section 4>> RE and RR Electro-magnet Characteristics ............................................ page 2/19 >> Wiring Diagrams ......................................................................................... section 4>> General Technical Data ............................................................................... section 3 >> Dimensions .................................................................................................. section 5

2/181SBC104113C0201

IORR and IORE ContactorsVoltagesupto500Va.c.-1400...2100ARatings

TechnicalData(cont.)

Electro-magnet type / Contactor rating – – – RR 1400 RR 1700 RR 2100 RE 1400 RE 1700 RE 2100 – – –

Main Pole Utilization Characteristics

Rated operational voltage Ue max. V 500

Rated frequency limits Hz 25...60(for>60Hz…400Hzpleaseconsultus)

Conventional free-air thermal current Ith accordingtoIEC60947-4-1opencontactors,θ<40°C A 1400 1700 2100withconductorcross-sectionalarea mm2 1000 1500 2000

Rated operational current Ie / AC-1accordingtoairtemperatureclosetocontactor θ<40°C A 1350 1650 2000θ<55°C A 1180 1450 1750θ<70°C A 1000 1250 1500withconductorcross-sectionalarea mm2 1000 1500 1500

Utilization category AC-3Valuesforairtemperature closetocontactor<55°C

Rated operational current Ie / AC-3 380-415-440V A 1060 1260 1520500V A 1080 1220 1340

Rated operational power AC-3 380-415V kW 630 750 900440V kW 710 800 1000500V kW 800 900 1000

Rated making capacity AC-3accordingtoIEC60947-4-1 10xIe/AC-3

Rated breaking capacity AC-3accordingtoIEC60947-4-1 8xIe/AC-3

Short-circuit protectionforcontactorswithoutthermalO/Lrelay(motorprotectionexcluded) Circuitbreaker A 1600 2000 2500

Rated short-time withstand 1s A 11000 13000 15000current Icwat40°Cambienttemp. 10s A 9000 11000 12200infreeair,fromacoldstate 30s A 5000 6000 7000 1min. A 3700 4400 5000 15min. A 2000 2400 2800

Maximum breaking capacity at cos φ = 0.35 at500V A 10000 13500

Impedance per pole mΩ 0.10 0.09 0.08

Max. electrical switching frequency –forAC-1 cycles/h 150 120 –forAC-3 cycles/h 150 120

Max. mechanicalswitching frequency cycles/h 600

Mechanical durabilityin millions of operating cycles –RR,REtypes 2

Note:ThesecharacteristicsaresuitableforAMEcontactorversions(exceptformechanicaldurability=0.2millionsofoperatingcycles).

M3

2

2/191SBC104113C0201

IORR and IORE Contactors LaminatedMagneticCircuita.c.ord.c.Operated

Electro-magnetCharacteristics-IORRContactors(a.c.operated)

Electro-magnet type / Contactor rating RR 1400 RR 1700 RR 2100

Rated control circuit voltage Uc 50/60Hz V 24...550

Coil operating limitsaccordingtoIEC60947-4-1 0.85…1.1xUc(forθ≤55°C)

Drop-out voltage in % of Uc roughly20…75%

Coil consumption (forUc) Averagepull-invalue 50/60Hz VA 2and3Poles:610 VA 4Poles:925 2upto4Poles:925 2upto4Poles:925

Averageholdingvalue 50/60Hz VA 2and3Poles:55 VA 4Poles:130 2upto4Poles:130 2upto4Poles:130

Operating time (averagevaluesforUc) Betweencoilenergizationand N.O.contactclosing ms 100 90 90

Betweencoilde-energizationand N.O.contactopening(switch-offthed.c.circuit) ms 55 40 30

Note:ForAMEcontactorversions,pleaseconsultus.

>> Coil Voltage Table ...................................................................................... page 1/10 >> Wiring Diagrams ......................................................................................... section 4

Electro-magnetCharacteristics-IOREContactors(d.c.operated)

Electro-magnet type / Contactor rating RE 1400 RE 1700 RE 2100

Rated control circuit voltage Uc V d.c. 24...600



Coil consumption (forUc)Averagepull-invalue W 2upto4Poles:930 2upto4Poles:930 2upto4Poles:930

Averageholdingvalue W 2upto4Poles:110 2upto4Poles:110 2upto4Poles:110


Betweencoilde-energizationand N.O.contactopening ms 55 40 30


2/201SBC104113C0201

IORR..-MT and IORE..-MT ContactorsVoltagesupto1000Va.c.-1400...2100ARatings

TechnicalData

Electro-magnet type / Contactor rating – – – RR 1400-MT RR 1700-MT RR 2100-MT RE 1400-MT RE 1700-MT RE 2100-MT – – –




Rated insulation voltage Ui acc.toIEC60947-4-1andEN60947-4-1 V 1000


Air temperature(closetocontactor) –foroperating(withoutthermalO/Lrelay) °C -20to+70 –forstorage °C -20to+80









Types of terminals Mainpoles Terminalplatesforlugsorbars Coilterminals M4screws,withcableclamp Built-inauxiliaryterminals M4screws,withcableclamp

Connecting dimensions Main poles Widthoftheterminalplates mm 60 80 100 Terminalscrews(notsupplied) – – – Drillingoftheplates(smoothholes) mm 2xø13 4xø11 4xø11

Auxiliary wires (built-inaux.terminals+coilterminals) –rigid(solid) 1or2xmm2 1…2.5 –flexible(withoutcableend) 1or2xmm2 1…2.5

Tightening torque (min.value) Coilterminals Nm 1.5 Built-inauxiliaryterminals Nm 1.5

Note: ThesecharacteristicsaresuitableforMT-AMEcontactorversions.


2

2/211SBC104113C0201


Electro-magnet type / Contactor rating – – – RR 1400-MT RR 1700-MT RR 2100-MT RE 1400-MT RE 1700-MT RE 2100-MT – – –



Rated frequency limits Hz 25...60(for>60Hz…400Hzpleaseconsultus)

Conventional free-air thermal current Ith accordingtoIEC60947-4-1opencontactors,θ<40°C A 1300 1700 1850withconductorcross-sectionalarea mm2 1000 1500 1500

Rated operational current Ie / AC-1accordingtoairtemperatureclosetocontactor(Uemax.690V)θ<40°C A 1250 1650 1850θ<55°C A 1100 1450 1620θ<70°C A 900 1250 1400withconductorcross-sectionalarea mm2 1000 1500 1500

Utilization category AC-3Valuesforairtemperatureclosetocontactor<55°C

Rated operational current Ie / AC-3690V A 970 1170 12701000V A 610 680 810

Rated operational power AC-3690V kW 1000 1200 13001000V kW 900 1000 1200

Rated making capacity AC-3accordingtoIEC60947-4-1 A 10xIe/AC-3

Rated breaking capacity AC-3accordingtoIEC60947-4-1 A 8xIe/AC-3

Short-circuit protectionforcontactorswithoutthermalO/Lrelay(motorprotectionexcluded)Circuitbreaker A 1600 2000 2500

Rated short-time withstand 1s A 11000 13000 15000current Icwat40°Cambienttemp. 10s A 9000 11000 12000infreeair,fromacoldstate 30s A 5000 6000 7000 1min. A 3600 4200 4600 15min. A 1900 2200 2600

Maximum breaking capacity at cos φ = 0.35

at690V A 8500 11000

at1000V A 5000 8500

Impedance per pole mΩ 0.24 0.18 0.17

Max. electrical switching frequency –forAC-1 cycles/h 150 120 –forAC-3 cycles/h 150 120

Max. mechanical switching frequency cycles/h 600

Mechanical durabilityin millions of operating cycles –RR, REtypes 2

Note:ThesecharacteristicsaresuitableforMT-AMEcontactorversions(exceptformechanicaldurability=0.2millionsofoperatingcycles).

IORR..-MT and IORE..-MT ContactorsVoltagesupto1000Va.c.-1400...2100ARatings

M3

2/221SBC104113C0201

IORR..-MT and IORE..-MT Contactors LaminatedMagneticCircuita.c.ord.c.Operated

Electro-magnetCharacteristics-IORR..-MTContactors(a.c.operated)

Electro-magnet type / Contactor rating RR 1400-MT RR 1700-MT RR 2100-MT




Coil consumption (forUc) Averagepull-invalue 50/60Hz VA 2and3Poles:610 VA 4Poles:925 2upto4Poles:925 2upto4Poles:925

Averageholdingvalue 50/60Hz VA 2and3Poles:55 VA 4Poles:130 2upto4Poles:130 2upto4Poles:130





Electro-magnetCharacteristics-IORE..-MTContactors(d.c.operated)

Electro-magnet type / Contactor rating RE 1400-MT RE 1700-MT RE 2100-MT




Coil consumption (forUc)Averagepull-invalue W 2upto4Poles:930 2upto4Poles:930 2upto4Poles:930

Averageholdingvalue W 2upto4Poles:110 2upto4Poles:110 2upto4Poles:110


Betweencoilde-energizationand N.O.contactopening ms 55 40 30


2

2/231SBC104113C0201

IORR..-CC and IORE..-CC Contactors for d.c. Application1000...2100ARatings

TechnicalData

Electro-magnet type / Contactor rating – – – – RR 1000-CC RR 1400-CC RR 1700-CC RR 2100-CC RE 1000-CC RE 1400-CC RE 1700-CC RE 2100-CC – – –




Rated insulation voltage Ui acc.toIEC60947-4-1andEN60947-4-1 V 1500d.c.


Air temperature –closetocontactor °C -20to+70 –forstorage °C -20to+80









Types of terminals Mainpoles Terminalplatesforlugsorbars Coilterminals M4screws,withcableclamp Built-inauxiliaryterminals M4screws,withcableclamp

Connecting dimensions Main poles Widthoftheterminalplates mm 48 60 80 100 Terminalscrews(notsupplied) – – – – Drillingoftheplates(smoothholes) mm 2xø13 2xø13 4xø11 4xø11

Auxiliary wires (built-inaux.terminals+coilterminals) –rigid(solid) 1or2xmm2 1…2.5 –flexible(withoutcableend) 1or2xmm2 1…2.5

Tightening torque (min.value) Coilterminals Nm 1.5 Built-inauxiliaryterminals Nm 1.5

Note: ThesecharacteristicsaresuitableforAMEcontactorversions.


2/241SBC104113C0201

IORR..-CC and IORE..-CC Contactors for d.c. Application1000...2100ARatings


Electro-magnet type / Contactor rating – – – – RR 1000-CC RR 1400-CC RR 1700-CC RR 2100-CC RE 1000-CC RE 1400-CC RE 1700-CC RE 2100-CC – – – –


Rated operational voltage Ue V d.c. 600(750inDC-1category)/1000/1500

L/R time constant ms <7.5(forL/R>7.5mspleaseconsultus)

Conventional free-air thermal current Ith acc.toIEC60947-4-1-Opencontactors,θ<40°C A 1000 1300 1700 2000withconductorcross-sectionalarea mm2 600 1000 1500 1500

Rated operational current Ie DC-1category,L/R < 1 ms

1pole Ue<750V A 1000 1250 1600 2000

2poles Ue<1000V A 1000 1250 1600 2000 inseries Ue<1500V A 1000 1250 1600 2000

DC-3category,L/R < 2 ms

1pole Ue<600V A 1000 1250 1600 2000

2poles Ue<1000V A 1000 1250 1600 2000 inseries


DC-5category,L/R < 7.5 ms

1pole Ue<600V A 1000 1250 1600 2000



Contact resistance per pole mΩ 0.12 0.10 0.048 0.032

Max. electrical switching frequency cycles/h 40

Max. mechanical switching frequency cycles/h 1200 600

Mechanical durability in millionsof operating cycles – RR, RE types 5 2

Notes:Thearcswitchingond.c.ismoredifficultthanona.c.Forselectingacontactor,isessentialtodeterminethecurrent,thevoltage,antheL/R time constant of the controlled load.For information, typical time constant values are quoted hereafter: non inductive loads such as resistance furnaces: L/R < 1 ms; inductive loads such as shunt motor: L/R < 2 ms;seriesmotor:L/R<7.5ms.Theadditionofaresistorinparallelwithaninductivewindinghelpsintheeliminationofthearcs.

Allthepolesrequiredforbreakingmustbeconnected,in series,betweentheloadandthesourcepolaritynotlinkedtotheearth.Connection of the poles in series by the user, according to the above diagrams.Theconnectionofthepolesinserieshelpsintheeliminationofthearcs.

ThesecharacteristicsaresuitableforCC-AMEcontactorversions(exceptformechanicaldurability=0.2millionsofoperatingcycles).

ForIOR1000-CCcontactor,pleaseconsultus.

2

2/251SBC104113C0201

IORR..-CC and IORE..-CC Contactors LaminatedMagneticCircuita.c.ord.c.Operated

Electro-magnetCharacteristics-IORR..-CCContactors(a.c.operated)

Electro-magnet type / Contactor rating RR 1000-CC RR 1400-CC RR 1700-CC RR 2100-CC




Coil consumption (forUc) Averagepull-invalue 50/60Hz VA 610 2and3Poles:610 VA 4Poles:925 2upto4Poles:925 2upto4Poles:925

Averageholdingvalue 50/60Hz VA 55 2and3Poles:55 VA 4Poles:130 2upto4Poles:130 2upto4Poles:130





Electro-magnetCharacteristics-IORE..-CCContactors(d.c.operated)

Electro-magnet type / Contactor rating RE 1000-CC RE 1400-CC RE 1700-CC RE 2100-CC




Coil consumption (forUc)Averagepull-invalue W 700 2upto4Poles:930 2upto4Poles:930 2upto4Poles:930

Averageholdingvalue W 55 2upto4Poles:110 2upto4Poles:110 2upto4Poles:110

Operating time (averagevaluesforUc) Betweencoilenergizationand N.O.contactclosing ms 70 100 90 90

Betweencoilde-energizationand N.O.contactopening ms 50 55 40 30


2/261SBC104113C0201

R.. Series ContactorsCA..StandardandTP..TimedAuxiliaryContactBlocks

TechnicalDataoftheStandardAuxiliaryContacts

Types CA 15..


Rated frequency limits Hz 25...400

Conventional free-air thermal current Ith θ<40°C A 15

Rated operational current Ie / AC-15 acc. to IEC 60947-5-1 24-48V50/60Hz A 10 110-127V50/60Hz A 10 220-240V50/60Hz A 6 380-440V50/60Hz A 3.5 500-600V50/60Hz A 2.5

Ie / DC-13 acc. to IEC 60947-5-1 24Vd.c. A 6 48Vd.c. A 2.8 72Vd.c. A 1 110-125Vd.c. A 0.55 220-250Vd.c. A 0.3

Rated making capacityacc.toIEC60947-5-1 10xIe/AC-15

Rated breaking capacityacc.toIEC60947-5-1 10xIe/AC-15

Short-circuit protectiongGtypefuses A 16

TechnicalDataoftheTimedAuxiliaryContactBlocksTypes TP 40 D.. TP 180 D.. TP 40 I.. TP 180 I..


Rated frequency limits Hz 25...400

Conventional free-air thermal current Ith θ<40°C A 10

Rated operational current Ie / AC-15 acc. to IEC 60947-5-1 24-127V50/60Hz A 6 220-240V50/60Hz A 4 380-400V50/60Hz A 3 500-690V50/60Hz A 1/0.5

Ie / DC-13 acc. to IEC 60947-5-1 24Vd.c. A 6 48Vd.c. A 2.8 72Vd.c. A 1 125Vd.c. A 0.55 250Vd.c. A 0.3

Rated making capacityacc.toIEC60947-5-1 10xIe/AC-15

Rated breaking capacityacc.toIEC60947-5-1 10xIe/AC-15

Short-circuit protectiongGtypefuses A 10

Timing PneumaticTimedelay Onenergization Onde-energizationSettingrange s 0.1...40 10...180 0.1...40 10...180

>> Auxiliary Contact Allocation ........................................................................ page 2/7 >> Terminal Marking and Positioning ............................................................. section 4>> Dimensions of the Contactors with Auxiliary Contacts ......................................................................................................................................................................................... section 5

2

KM2 / (Y)

L1 L2 L3

W2

V2

U2

W1

V1

U1

W2

V2

U2

W1

V1

U1

1 3 5

2 4 6

R00

56D

1 3 5

2 4 6KM4

1 3 5

2 4 6

1 3 5

2 4 6

R

KM1 / (L)KM3 / ( )

1 3 5

2 4 6

2/271SBC104113C0201

Closed Transition Star-Delta Startingof Three-Phase Asynchronous MotorsR..SeriesContactors

ApplicationR..seriescontactorscanbeusedforclosedtransitionstar-deltastartingofthree-phaseasynchronousmotorsupto1200 kW.

PrincipleThisstartingmethod,mainlyusedfor largemotorpowers,preventsthespeeddropduringthe"star-delta"transitiontimeandmaintainstheresultingcurrentpeakatarelativelylowvalue.

ForthispurposetheextraKM4transitioncontactorclosesfirstbeforetheKM2starcontactoropens.WhentheKM4contactorclosesthemo-torwindingsareautomaticallydeltaconnected,viaresistancestocompensatethelackofcurrentduringthetransitiontimeandthusthemotorspeedremainsbasicallythesame.ThefinaldeltaconnectionstepisthenachievedbytheKM3deltacontactorclosingwhichswitches-offthecoilsupplytotheKM4transitioncontactor.Asinthebasicstar-deltastartingmode,theclosedtransitionstar-deltastartingmodeisrestrictedtolowresistivetorquemachines.Itisadvisable,especiallyforbigmassesofinertia,toobservethattheconnectionismadeinacc.totheclockwiseoranticlockwiserotationdirection,asindicatedintheblockdiagramshownbelow,inordertopreventdamagesduetotorquethrobs.

Equipment Sizing

●KM1 MainContactorandKM3 StarContactor:rating=0.58xIn forbothcontactors●KM2 StarContactor:comparedwithastarcontactorthatwouldbeusedforabasicopentransitionstar-deltastarterthepresentKM2star

contactorhastobeover-ratedasitisintendedtobreakthestarcurrent(0.34xIn)andthetransitioncurrenttoo.●KM4 TransitionContactor:theratingisbasedonthecalculationoftheshortpermissiblecurrentduration(ICW). Thevalueofthecurrentflowisabout1.5xInandthecurrentflowduration<100ms. AblocktypecontactorintheAseriescanbeselectedforthisstep.●TransitionResistances:empiricvalue,generallyasfollows,R(Ω) = 0.4xUe

In

Wattdissipationvaluesforthetransitionresistances:

– for12cycles/hmax. P(W) = Ue

2

1200xR

–for30cycles/hmax. P(W) = Ue

2

500xR

Block Diagram

KM1 LineContactorKM2 StarContactorKM3 DeltaContactorKM4 ClosedTransitionContactorR TransitionResistances

>> Ordering Details ..........................................................page 2/8 and following ones >> Terminal Marking and Positioning ............................................................ section 4>> Technical Data ...........................................................page 2/17 and following ones >> Dimensions ................................................................................................. section 5>> "A" Series Block Contactors .................................................................................................................................................................................................... see Main Catalogue in force

R00

77D

R00

78D

VR

0079

D

W

R00

80D

2/281SBC104113C0201

Control of Three-Phase Slip-Ring Motors ContactorSelection

ApplicationThreekindsofcontactorsareusedtocontrolthree-phaseslip-ringmotors:thestator contactor,theacceleration contactor(s),andtherotor short-circuitcontactor.

Example of a Three-Stroke Starter (Delta(Δ)connectiondiagram)

ThestartingresistancesshouldbeDelta(Δ),Star( ),VorWconnectedacc.tothefollowingwiringdiagrams.Contactorshavetobeselectedaccordingly.

ThestandardR seriescontactors,canbeusedacc.tothecriteriaindicatedbelow.TheFORR..orFORE..contactortypesshouldbemainlyusedfortherotorshort-circuiting.(Pleaseconsultus)

StatorContactorThe R seriescontactorselectionisbasedonthemotorratedcurrentacc.totheAC-2utilizationcategory,aswellasontheratedoperationalvoltageandtheon-loadfactor.

AccelerationContactorsThe R seriescontactorselectionisbasedonthecontactorratedoperationalcurrentIe acc.totheAC-1utilizationcategory,multipliedbythecoefficientwhichincludestheresistancedutyduration,thenumberofoperatingcycles,anddependsontheapplicableconnectiondiagram.

TheLORR.. andLORE.. couplersmaybeused forapplicationswhereequipment isbreaking in"Off-load" conditionsonly. (Pleaseconsultus)

RotorShort-CircuitContactorThe R seriescontactorselectionisbasedonthecontactorratedoperationalcurrentIe acc.totheAC-1utilizationcategorybuttheratedopera-tionalcurrentoftheselectedcontactorhastobegreaterthanthemotorrotorcurrentandtheapplicableconnectiondiagramdoesmattertoo.

The LORR..andLORE.. couplersmaybeusedforapplicationswhereequipmentisbreakingin"Off-load"conditionsonly.(Pleaseconsultus)

Atthetimeoftheshort-circuitingthecontactorinvolvedhastowithstandtheshortdurationrotorvoltagepeakwhichisfullyacceptablebythecontactorinspiteofitslowerratedinsulationvoltage.ThestandardRseriescontactorsarethereforesuitabletowithstandrotorvoltagesupto1500V.(Coefficent2acceptedacc.toIEC60947-4-1Standard)

● FORR.., FORE.. Specific Contactors (pleaseconsultus)

Atthetimeofslip-ringmotorstartingandassoonasthemotornominalspeedisreached,thesecontactorsareusedfortheshort-circuitingoftherotorcurrentlimitationstartingresistances(e.g.vapour-liquidrheostats).ThesecontactorsarederivedfromthestandardR seriescontactorsandareavailablein2,3or4-poleversionacc.totheapplicableconnectiondiagramrequired( ,V,W).Theycancontrolrotorcurrentsfrom800to2000Aandrotorvoltagesupto6000V (withincreasedinsulation)acc.totheIEC60947-4-1Standardrequirements.(Pleaseconsultus).Althoughthebreakingoftherotorcircuitisnormallycarriedoutin"Off-load"conditions,thecontactorsareequippedwithblow-outdevicesandcanoccasionallybreak"On-load".

Ordering Details - Technical Data - Dimensions :pleaseconsultus

Stator contactor

Accelerationcontactor

Rotor short-circuitcontactor

R2 R1

E11

44D

G

M3

>> Ordering Details ..........................................................page 2/8 and following ones >> FORR.., FORE.. Specific contactors ......................................... please consult us>> Technical Data ...........................................................page 2/17 and following ones >> LORR.., LORE.. Couplers ........................................................... please consult us>> Terminal Marking and Positioning ............................................................ section 4 >> Dimensions ................................................................................................. section 5

2

2/291SBC104113C0201

Control circuit(coil)a.c. Voltage............... V ............. Hz

d.c. Voltage............... Vd.c.

Options Magneticallatching

Mechanicallatching

Auxiliary contactsNumberofN.O.auxiliarycontacts.......

NumberofN.C.auxiliarycontacts.......

Replacement of an existing contactorBrand ......................................................................

Typ ......................................................................

Fixingdimension F =..........mm

Overalldimensions W=..........mm

H=..........mm

D=..........mm

Please add any other useful documents for further information e.g. technical specification, drawing, wiring diagram, etc.

Customer .......................................................................................................................

Contact person....................................................... Date ..............................

Tel. ................................................. e-mail .............................................................

ABB ...................................................................................................................................

Contact person..........................................................................................................

Tel. ......................................................................................................................................

Operating conditionsSwitchingfrequency ............. cycles/h

Mech.Durabilityrequired(millionsofoperatingcycles) ................

Remarks.......................................................................

Accessories .............................................................................................................................................................................................

QuestionnaireSpecificationforR..SeriesContactors

Pleasephotocopyandforward(seecataloguelastbackcoverpage).

QuestionnairealsoavailableontheABBWebsitewww.abb.com/lowvoltage left menu:"Low Voltage On-Line" select:"Support Tools".

Power Circuita.c. switching

Applicationtype

AC-1(resistiveload)

AC-3(starting,switchingoffrunningmotors)

Noloadbreaking

Other..............................................................

Numberofpoles:N.O...... N.C......

RatedoperationalcurrentIe ............. A

RatedoperationalvoltageUe............. V .......... Hz

ord.c. switching

Applicationtype

DC-1(resistiveload)

DC-3(shuntmotors)

DC-5(seriesmotors)

Noloadbreaking

Other.................................. L/R.......... ms

Numberofpoles:N.O...... N.C......

RatedoperationalcurrentIe ............. A

Makingcurrent ............. A

Breakingcurrent min....... A max......A

RatedoperationalvoltageUe............. Vd.c.

Quantity..................................... Requested delivery date..........................

Project / Application.............................................................................................................................................................................................................................................................

F

H

W

D

2/301SBC104113C0201

Pleasephotocopyandforward(seecataloguelastbackcoverpage).

QuestionnairealsoavailableontheABBWebsitewww.abb.com/lowvoltage left menu:"Low Voltage On-Line" select:"Support Tools".

QuestionnaireSpecificationforR..SeriesContactors

OtherInformation/ApplicationType

This document is used to define the contactor specification according to the complete information on the application

2

2/311SBC104113C0201

Motor Rated Operational Powers and Currents

Thecurrentsgivenbelowconcernstandardthree-phasefour-polecagemotors(1500r.p.m.at50Hz.1800r.p.m.at60Hz).

Thesevaluesaregivenforguidanceandmayvaryaccordingtothemotormanufactureranddependingonthenumberofpoles.

IEC Motor nominal current (accordingtoIEC60947-4-1AnnexG)

Motorpower 220V 230V 240V 380V 400V 415V 440V 500V 660V 690VkW A A A A A A A A A A

0.06 0.37 0.35 0.34 0.21 0.2 0.19 0.18 0.16 0.13 0.12

0.09 0.54 0.52 0.50 0.32 0.3 0.29 0.26 0.24 0.18 0.17

0.12 0.73 0.7 0.67 0.46 0.44 0.42 0.39 0.32 0.24 0.23

0.18 1 1 1 0.63 0.6 0.58 0.53 0.48 0.37 0.35

0.25 1.6 1.5 1.4 0.9 0.85 0.82 0.74 0.68 0.51 0.49

0.37 2.0 1.9 1.8 1.2 1.1 1.1 1.0 0.88 0.67 0.64

0.55 2.7 2.6 2.5 1.6 1.5 1.4 1.3 1.2 0.91 0.87

0.75 3.5 3.3 3.2 2.0 1.9 1.8 1.7 1.5 1.15 1.1

1.1 4.9 4.7 4.5 2.8 2.7 2.6 2.4 2.2 1.7 1.6

1.5 6.6 6.3 6.0 3.8 3.6 3.5 3.2 2.9 2.2 2.1

2.2 8.9 8.5 8.1 5.2 4.9 4.7 4.3 3.9 2.9 2.8

3 11.8 11.3 10.8 6.8 6.5 6.3 5.7 5.2 4.0 3.8

4 15.7 15 14.4 8.9 8.5 8.2 7.4 6.8 5.1 4.9

5.5 20.9 20 19.2 12.1 11.5 11.1 10.1 9.2 7.0 6.7

7.5 28.2 27 25.9 16.3 15.5 14.9 13.6 12.4 9.3 8.9

11 39.7 38 36.4 23.2 22 21.2 19.3 17.6 13.4 12.8

15 53.3 51 48.9 30.5 29 28.0 25.4 23 17.8 17

18.5 63.8 61 58.5 36.8 35 33.7 30.7 28 22.0 21

22 75.3 72 69 43.2 41 39.5 35.9 33 25.1 24

30 100 96 92 57.9 55 53 48.2 44 33.5 32

37 120 115 110 69 66 64 58 53 40.8 39

45 146 140 134 84 80 77 70 64 49.1 47

55 177 169 162 102 97 93 85 78 59.6 57

75 240 230 220 139 132 127 116 106 81 77

90 291 278 266 168 160 154 140 128 97 93

110 355 340 326 205 195 188 171 156 118 113

132 418 400 383 242 230 222 202 184 140 134

160 509 487 467 295 280 270 245 224 169 162

200 637 609 584 368 350 337 307 280 212 203

250 782 748 717 453 430 414 377 344 261 250

315 983 940 901 568 540 520 473 432 327 313

355 1109 1061 1017 642 610 588 535 488 370 354

400 1255 1200 1150 726 690 665 605 552 418 400

500 1545 1478 1416 895 850 819 745 680 515 493

560 1727 1652 1583 1000 950 916 832 760 576 551

630 1928 1844 1767 1116 1060 1022 929 848 643 615

710 2164 2070 1984 1253 1190 1147 1043 952 721 690

800 2446 2340 2243 1417 1346 1297 1179 1076 815 780

900 2760 2640 2530 1598 1518 1463 1330 1214 920 880

1000 3042 2910 2789 1761 1673 1613 1466 1339 1014 970

3

General Technical Data

Contents

General Technical Data

Standards.................................................................................................................................3/2

Terms.and.Definitions...............................................................................................................3/3

Utilization.Categories...............................................................................................................3/4

Climatic.Withstand...................................................................................................................3/6

. 3/11SBC104113C0201

3/�1SBC104113C0�01

General Technical DataSpecifications,StandardsandCertifying

DefinitionsABBlowvoltagedevicesaredevelopedandmanufacturedaccordingtotherulessetoutinIECinternationalpublicationsandinENEuropeanspecifications.Inmostcountries,lowvoltageapparatusisbuiltaccordingtosuchruleswithcheckingbeingtheresponsibilityofthemanufacturer.Thedevicesarethereforenotsubjecttoanyfurtherobligationforapproval.Atestreportfromourlaboratoriescanberemittedtoourcustomers,onrequest,forpresentationtodifferentqualifiedlocalorganizations.

PrescriptionsandStandards● International SpecificationsTheInternationalElectrotechnicalCommission,IEC,whichispartoftheInternationalStandardsOrganization,ISO,publishesIECpublicationswhichactasabasisfortheworldmarket.

● European Specifications and National SpecificationsTheEuropeanCommitteeforElectrotechnicalStandardization(CENELEC),whichgroupstogether18Europeancountries,publishesENstandards.TheseEuropeanstandardsdifferverylittlefromIECinternationalstandardsandhavesimilarnumbering.Thesameappliesfornationalstandardswhichuse,withoutexception,thesamenumberingandreproducethetextsoftheseunifiedstandardsintheirentirety.Contradictingnationalstandardsarewithdrawn.

● European DirectivesTheguaranteeofthefreemovementofgoodswithintheEuropeanCommunitymeansthatanyregulatorydifferencesbetweenmemberstateshavebeeneliminated.TheEuropeandirectivessetupcommonrulesthatareincludedinthelegislationofeachstatewhilecontradictoryregula-tionsarecancelled.Threedirectivesareessential:–LowVoltageDirective73/�3/EECconcernselectricalequipmentfrom0to1000Va.c.andfrom75to1500Vd.c. Thisspecifiesthatcompliancewiththerequirementsthatitsetsoutisacquirediftheequipmentconformstothestandardsharmonizedona

Europeanlevel:EN60947-1andEN60947-4-1forcontactors.–MachinesDirective89/39�/EECforsafetyspecificationsofmachinesandequipmentoncompletemachines.MachinesbearingtheCEmark

complywiththesespecifications.–ElectromagneticCompatibilityDirective89/336/EECwhichconcernsalldevicesabletocreateelectromagneticdisturbance. StandardEN60947-4-1doesnotsetoutanyrequirementconcerningthelevelofemissionorimmunityofcontactorswhichdonothaveany

activeelectroniccomponents.Owingtothisfact,compliancewithstandardEN60947-4-1meetstherequirementsforCEmarking,withrespecttothisdirective.

CE Marking :CEmarkingmustnotbeconfusedwithaqualitylabel.CEmarkingisproofofconformitywiththeEuropeanDirectivesconcerningtheproduct.CEmarkingispartofanadministrativeprocedureandguaranteesfreemovementoftheproductwithintheEuropeanCommunity.

● International StandardsIEC60947-1 Low-voltageswitchgearandcontrolgear–Part1:Generalrules.IEC60947-4-1 Low-voltageswitchgearandcontrolgear–Part4:Contactorsandmotorstarters. Section1:Electromechanicalcontactorsandmotorstarters.IEC60947-5-1 Low-voltageswitchgearandcontrolgear–Part5:Controlcircuitdevicesandswitchingelements. Section1:Electromechanicalcontrolcircuitdevices.

● European StandardsEN60947-1 Low-voltageswitchgearandcontrolgear–Part1:Generalrules.EN60947-4-1 Low-voltageswitchgearandcontrolgear–Part4:Contactorsandmotorstarters. Section1:Electromechanicalcontactorsandmotorstarters.EN60947-5-1 Low-voltageswitchgearandcontrolgear–Part5:Controlcircuitdevicesandswitchingelements. Section1:Electromechanicalcontrolcircuitdevices.

TestCertifyingOrganizationsABB ControlisamemberoftheASEFA(AssociationofFrenchTestStationsforElectricalApparatus)whoseplatformsareaccreditedbyCOFRAC(nationaltestnetwork).This independent organization is authorized to deliver certificates of testing and conformity with standards, especially IEC.ASEFAisoneofthesignatoriesoftheLOVAG(LowVoltageAgreementGroup)agreementwhichensuresreciprocalrecognitionbetweenthemainEuropeancertifyingorganizationsforlowvoltageelectricaltestsbydeliveringcertificatesofLOVAGconformity.

3

3/31SBC104113C0�01

General Technical DataTermsandTechnicalDefinitions

TerminologyAltitudeCharacterizestheplaceofuse.Itisexpressedinmetresabovesealevel.

Circuits–Auxiliarycircuit: Alltheconductivepartsofacontactordesignedtobeinsertedinadifferentcircuitfromthemaincircuitandthecontactorcontrolcircuits.–Controlcircuit: Alltheconductivepartsofacontactor(otherthanthemaincircuitandtheauxiliarycircuit)usedtocontrolthecontactor'sclosingoperationor

openingoperationorboth.–Maincircuit: Alltheconductivepartsofacontactordesignedtobeinsertedinthecircuitthatitcontrols.

Rated Operational Current Ie

Currentratedbythemanufacturer.ItismainlybasedontheratedoperationalvoltageUe,theratedfrequency,theutilizationcategory,therateddutyandthetypeofprotectiveenclosure,ifnecessary.

Conventional Free Air Thermal Current Ith

Currentthatthecontactorcanwithstandinfreeairforadutytimeof8hourswithoutthetemperatureriseofitsvariouspartsexceedingthemaximumvaluesgivenbythestandard.

Electrical DurabilityNumberofon-loadoperatingcyclesthatthecontactorisabletocarryout.Itdependsontheutilizationcategory.

Mechanical DurabilityNumberofno-currentoperatingcyclesthatacontactorisabletocarryout.

Switching FrequencyNumberofswitchingcyclesperhour.

Coil Operating LimitsExpressedinmultiplesofthenominalcontrolcircuitvoltageUcfortheupperandlowerlimits.

Mounting PositionComplywiththemanufacturer'sinstructions.

Rated Breaking or Making CapacityRootmeansquarevalue(r.m.s.)ofthecurrentthatthecontactorisabletobreakormakeatagivenvoltageaccordingtotheconditionsspecifiedbystandardsandforagivenutilizationcategory.

Ambient TemperatureAirtemperatureclosetothecontactor.

Time–Timeconstant: Ratiooftheinductancetotheresistance(L/R=mH/Ω=ms).–Short-timewithstandcurrentIcw: Currentthatthecontactorisabletowithstandinclosedpositionforashorttimeintervalandinspecifiedconditions.–Minimumswitchingtime: Thisistheminimumclosingoropeningordertimenecessaryforthecontactortoreachcompleteclosingoropening.–Closingtime: Timeintervalbetweenthebeginningoftheclosingoperationandtheinstantthecontactstouchonallthepoles.–Openingtime: Timeintervalbetweenthespecifiedstartinginstantoftheopeningoperationandtheinstantthearcingcontactsseparateonallthepoles.

Rated Control Voltage Uc

Controlvoltagevalueforwhichthecontrolcircuitissized.

Rated Operational Voltage Ue

Voltagetowhichthecontactor'sutilizationcharacteristicsrefer.Inthree-phaseitisthephase-to-phasevoltage.

Rated Insulation Voltage Ui

Referencevoltagefordielectrictestsandcreepagedistances.

Rated Impulse Withstand Voltage Uimp

Peakvalueofanimpulsevoltage,havingaspecifiedformandpolarity,whichdoesnotcausebreakdowninspecifictestconditions.

Shock WithstandRequirementforvehicles,cranedrives,installationsonboardshipsandplug-inequipment.Thecontactorsmustnotchangepositionandtheoverloadrelaysmustnottrip.

Resistance to VibrationsRequirementsforvehicles,boatsandothermeansoftransport.Forthespecifiedvibrationamplitudeandfrequencyvaluesthedevicemustremainabletooperate.

3/41SBC104113C0�01

StandardsIECpublications60941-1,60947-4-1and60947-5-1shouldbereferredtoonaninternationallevelwithrespecttocontactors.Acontactor'sdutyischaracterisedbytheutilizationcategorytogetherwiththeratedoperationalvoltageandcurrentindicated.

● Utilization Categories for Contactors According to IEC 60947-4-1 Alternatingcurrent:AC-1 Non-inductiveorslightlyinductiveloads,resistancefurnaces. AC-2 Slip-ringmotors:starting,switchingoff. AC-3 Cagemotors:starting,switchingoffrunningmotors. AC-4 Cagemotors:starting,plugging,inching. AC-5a Dischargelampswitching. AC-5b Incandescentlampswitching. AC-6a Transformerswitching. AC-6b Capacitorbankswitching. AC-7a Slightlyinductiveloadsfordomesticdevicesandsimilarapplications. AC-7b Motorsfordomesticapplications. AC-8a Hermeticrefrigerationcompressormotorcontrolwithmanualresettingofoverloadreleases. AC-8b Hermeticrefrigerationcompressormotorcontrolwithautomaticresettingofoverloadreleases.

Directcurrent: DC-1 Noninductiveorslightlyinductiveloads,resistancefurnaces. DC-3 Shuntmotors:starting,plugging,inching,dynamicbreakingofd.c.motors. DC-5 Seriesmotors:starting,plugging,inching,dynamicbreakingofd.c.motors. DC-6 Incandescentlampswitching.

● Utilization Categories for the Auxiliary Contacts According to IEC 60947-5-1 Alternatingcurrent:AC-12 Controlofresistiveloadsandstaticloadswithopto-couplerisolation. AC-13 Controlofstaticloadswithtransformerisolation. AC-14 Controlofweakelectromagneticloads(≤7�VA). AC-15 Controlofelectromagneticloads(>7�VA).

Directcurrent: DC-12 Controlofresistiveloadsandstaticloadswithopto-couplerisolation. DC-13 Controlofd.c.electromagnets. DC-14 Controlofd.c.electromagnetshavingeconomyresistors.

Infactsomeapplications,andthespecificcriteriacharacterizingthevariousloadscontrolledbycontactors,maymodifytheutilizationcharac-teristicsofthecontactors.

d.c. Power Circuit SwitchingArcsuppressionismoredifficultindirectcurrentthaninalternatingcurrentandthisisallthemoretruethehigherthecircuittimeconstantwhichiswhyitisnecessarytoconnectseveralpolesinseriesinordertoimprovebreakingconditions.(seepage2/�4.)

a.c. High Current Circuit SwitchingPossibilityofincreasingperformancesbyconnectingpolesinparallel.(Pleaseconsultus.)

Influence of the Length of the Conductors used in the Contactor Control CircuitAccordingtotheoperationalvoltagesandthecoilconsumption,takelineresistancesandcapacitancesintoconsideration,forthelengthandthecross-sectionaloftheconductors.

General Technical DataUtilizationCategories

3

3/51SBC104113C0�01

MakingandBreakingConditionsforUtilizationCategories

Utilization category Durability test conditions Occasional operation

Makingconditions Breakingconditions Makingconditions Breakingconditions

I/Ie U/Ue Cos. φ I/Ie U/Ue Cos. φ Ic/Ie Ur/Ue Cos. φ Ic/Ie Ur/Ue Cos. φ or or or or L/R (ms) L/R (ms) L/R (ms) L/R (ms)

Contactors for a.c. circuit switching

AC-1 1 1 0.95 1 1 0.95 1.5 1.05 0.8 1.5 1.05 0.8

AC-2 �.5 1 0.65 �.5 1 0.65 4 1.05 0.65 4 1.05 0.65

AC-3 Ie≤100A 6 1 0.35 1 0.17 0.35 10 1.05 0.45 8 1.05 0.45

Ie>100A 6 1 0.35 1 0.17 0.35 10 1.05 0.35 8 1.05 0.35

AC-4 Ie≤100A 6 1 0.35 6 1 0.35 1� 1.05 0.45 10 1.05 0.45

Ie>100A 6 1 0.35 6 1 0.35 1� 1.05 0.35 10 1.05 0.35

Contactors for d.c. circuit switching

DC-1 1 1 1 1 1 1 1.5 1.05 1 1.5 1.05 1

DC-3 �.5 1 � �.5 1 � 4 1.05 �.5 4 1.05 �.5

DC-5 �.5 1 7.5 �.5 1 7.5 4 1.05 15 4 1.05 15

Auxiliary contacts for a.c. circuit switching

AC-14 (≤7�VA) – – – – – – 6 1.1 0.7 6 1.1 0.7

AC-15 (>7�VA) 10 1 0.7 1 1 0.4 10 1.1 0.3 10 1.1 0.3

Auxiliary contacts for d.c. circuit switching

Standard operation Occasional operation

Makingconditions Breakingconditions Makingconditions Breakingconditions

I/Ie U/Ue T0.95 I/Ie U/Ue T0.95 I/Ie U/Ue T0.95 I/Ie U/Ue T0.95

DC-13 1 1 6P(1) 1 1 6P(1) 1.1 1.1 6P(1) 1.1 1.1 6P(1)

DC-14 – – – – – – 10 1.1 15ms 10 1.1 15ms

(1) Thevalue"6xP"istheresultofanempiricalrelationwhichisestimatedtorepresentmostd.c.magneticloadsuptothehighestlimitofP=50W(6xP=300ms).Itisacceptedthatloadshavingdrawnenergyabove50Waremadeupofweakerloadsinparallel.Asaconsequence,the300msvaluemustformthehighestlimitwhateverthevalueofthepowerdrawn.

Key:U (I) =appliedvoltage(current) Ic = makingandbreakingcurrentexpressedind.c.orina.c.liketheUr =recoveryvoltage r.m.s.valueofthesymmetricalcomponentsL/R =testcircuittimeconstant T0.95= timerequiredtoreach95%ofthecurrentinsteady-stateconditions,Ue (Ie)=ratedoperationalvoltage(current) expressedinmilliseconds

General Technical DataUtilizationCategories

3/61SBC104113C0�01

GeneralThelifetimeanddependabilityofdevicesaremainlyinfluencedbyaseriesofclimaticfactorswhichcausetheircorrosion.Inpractice,besidesclimaticconditions,thereareotherfactorswhichmaydamageequipmentsuchasfungi,insects(termites),dust,worksitedirtandaggressiveenvironment(saltyorsulphurousatmosphere,etc.)whichcanoftenonlybeidentifiedattheplaceofinstallation.Theentranceofdust,insects,dirt,etc.indevicesmaybepreventediftheappropriatedegreeofprotectionaccordingtoIEC605�9ischosen.

ABBcontactorshavebeenusedformanyyearsinthemostvariedcountries,withhotandhumidclimatesforexample:Brazil,Indonesia,Indiaetc.ExperiencehasshownthatABBdevicescanbeusedinmostcountriesthroughouttheworld.

Theclimateofthecountryinwhichthedeviceisinstalledisnotthedeterminingchoicefactor.

Accountmustbetakenof:

–theimmediateenvironmentofthedevices(sheltered,ventilated,temperature),–theaggressivityoftheimmediateatmosphereattheplaceofinstallation,–thelengthandfrequencyofnonoperatingperiods.

Inthecaseoffrequentcondensation(i.e.theformationofsteamcausedbyrapidchangesintemperature),heatingresistorsmustbeinstalledincubicles(100to�50Wperm3ofenclosure).

Thetablebelowgivesthecaseswhereheatingisnecessary.

Environment Operating Climate Internal heating

conditions of enclosure

Inside premises Norunningwater Continuousornot Allclimates Without

Nocondensation

Withrunningwater Continuous Allclimates Without

Frequentorlong Temperate Without

stops Tropical With

Outside, sheltered Norunningwater Continuousornot Temperate Without

nocondensation

Tropical With

Outside or Withrunningwater Continuous Allclimates Without

by the seaside

Frequentorlong Temperate Without

stops Tropical With

●ThestandardRseriescontactorsaresuitableforindustrialenvironmentandtropicalatmospheres. Specialversionscanbesupplied,onrequest,forverycorrosiveatmospheres.

General Technical DataClimaticWithstandofDevices

3

3/71SBC104113C0�01

Notes

4

Terminal Markingand Positioning

Wiring Diagramsfor Control Circuits

Contents

Terminal Marking and Positioning .......................................................................................... 4/2

Wiring Diagrams for Control Circuits ........................................................................... 4/3 to 4/4

4/11SBC104113C0201

101

102

103

104

111

112

113

114

121

122

123

124

131

132

133

134

103

104

143

144

151

152

153

154

161

162

163

164

171

172

173

174

..1

..2

..3

..4

67

68

55

56

65

66

57

58

R00

28D

4/�1SBC104113C0�01

R.. Series ContactorsTerminalMarkingandPositioning

1400...�100ARatings

Main poles N.O.mainpolesarerespectivelymarked1-2,3-4,5-6,7-8. ForN.C.mainpolestheletterRprecedesthefigures.

Coil a.c. coil:theterminalsaremarkedA1andA2. d.c. coil:theterminalsaremarkedA1 (-)andA2 (+)

CA 15.. aux. contact No 1 CA 15-O (N.C.)contactintendedforelectricalinterlocking.Terminalmarking:21-22

CA 15.. aux. contact No 2 CA 15-F (N.O.)contactintendedfor"hold-in"function.Terminalmarking:13-14

CA 15.. extra aux. contacts No "n" No 10 No 9 No 8 No 7 No 6 No 5 No 4 No 3

CA15-F(N.O.)

orCA15-O(N.C.)

TheCA 15..auxiliarycontactsarefittedfrom the right,firstontheauxiliaryframeandnextonthemainframeofthecontactor,acc.tothismarking.

ContactorsequippedwithRRorREelectro-magnet:contactNo3isaCA 15-O (N.C.)typeintendedforinsertionoftheeconomyresistorandwiredinfactory.Terminalmarking:15-16

TP timed auxiliary TP 40 DA / TP 180 DA TP 40 IA / TP 180 IA

contacts block

TheTP..timedauxiliarycontactblockismountedontheauxiliaryframeandtakesspaceof3CA 15..auxiliarycontacts.

Coil

CA 15.. auxiliary contactsmountedonauxiliaryframe

CA 15.. auxiliary contactsmountedonmainframe

The main poles, in variable number,can be distributed on both sides ofthe electro-magnet

Main polesTheL.H.S.mainpoleismarked1-2,thefollowingpolesaremarked3-4,5-6,etcaccordingtotheirnumber

Position of the CA 15.. from the right:No1:CA15-OforelectricalinterlockingNo�:CA15-Ffor"hold-in"functionNo3:CA15..extraaux.contact(1)No4..."n":CA15..extraaux.contact

(1)RRorREelectro-magnet:ThecontactNo3,factorywired,isofCA 15-O type.Itisintendedforinsertionofeconomyresistor.

>> Aux. Contact Allocation for Contactors ........................................................ page 2/7 >> Dimensions ................................................................................................. section 5

4 3 � 1

4

0I KM

KM

A1

A2

13

14

R00

67D

16

15

Re

Ra+ –

KM

0

I KM

KM

A1

A2

13

14

R00

68D

16

15

Re KM

–

+

I

A1

A2

R00

70D

16

15

Re

Ra+ –

KM

KM

I

KM

A1

A2

R00

71D

16

15

Re

–

+

4/31SBC104113C0�01

R.. Series ContactorsWiringDiagrams

Controlby�ImpulsePushbuttonsandHold-inContact

ControlbySwitch

>> Terminal Marking and Positioning ........................................................................................................................................................................................................................... pages 4/2

IORR, IORR-MT, IORR-CC IORE,IORE-MT,IORE-CC

IORR, IORR-MT, IORR-CCNote:toremovethefactorywiredstrap14-16

IORE,IORE-MT,IORE-CCNote :toremovethefactorywiredstrap14-16

I

KA2 KA1 KM KL

Y2

A2

A1A1

A2

A1

A2

A1

A2

3/L2

4/T2

R01

21D

KM

14

13

KM

12

11

15

18

15

16

KMKA2 Re

1/L1

2/T1

7/L4

8/T4

5/L3

6/T3

1

3 2

KA1

4

7

+

–

– 5

I

KA2 KA1 KM KL

Y1

A2

A1

A2

A1

A2

A1

A2

3/L2

4/T2

R01

20D

KM

14

13

KM

12

11

15

18

15

16

KMKA2 Re

1/L1

2/T1

7/L4

8/T4

5/L3

6/T3

1

3 2

KA1

9

10

+ –A1

4/41SBC104113C0�01

R.. Series Mechanically Latched ContactorsWiringDiagrams

ControlbySwitch

KM=ClosingcoilKL=TrippingcoilKA1=ContactorrelayKA�=DelaytimerRe=Economyresistor

Supplybetween4and5Closingbetween1and3Trippingbetween1and2

For the contactors equipped with coils for control voltage > 250 V use a special wiring diagram. Please consult us.

Notes:Iftheclosingcoilvoltageandthetrippingcoilvoltagearedifferentremovethestrapbetweenterminals5and7.

IORE-AMEIORE-MT-AMEIORE-CC-AME

KM=ClosingcoilKL=TrippingcoilKA1=DelaytimerKA�=TimedcontactorrelayRe=Economyresistor

Supplybetween9and10Closingbetween1and3Trippingbetween1and2

Note:Iftheclosingcoilvoltageandthetrippingcoilvoltagearediffer-ent,pleaseconsultus.

For the contactors equipped with coils for control voltage > 250 V use a special diagram. Please consult us.

IORR-AMEIORR-MT-AMEIORR-CC-AME

>> Terminal Marking and Positioning ........................................................................................................................................................................................................................... pages 4/2

4

4/51SBC104113C0�01

Notes

5

DimensionsFixing - DimensionsClearing DistancesConnecting

5/11SBC104113C0201

Contents

R.. Series Contactors Ratings

IORR, IORE 1400 to 2100 A ...................................................................... 5/2

IORR..-MT, IORE..-MT 1400 to 2100 A ...................................................................... 5/3

IORR..-CC, IORE..-CC 1000 to 2100 A ...................................................................... 5/3

200

MN

180

50 60F

40 F 50

CA 15

CA 15

A B B

4 x ø13

R00

11D

D

D2

D3

Y

I

I120

0H

R00

18D

60

17.52517.5

25

12.5

2 x ø13

80

4 x ø11

20 40 20

1530

100

4 x ø11

25 50 25

1530

R01

18D

5/�1SBC104113C0�01

Dimensions - Clearing distances - Connecting

Ratings Number A B D D1 D2 D3 H I I1 M M1 N T Y Y1(A) of poles (1) (1) (1) (1)

1400 1 85 – 3�5 �60 75 77 70 108 98 ��8 165 100 – 400 �80 � 85 140 3�5 �60 75 77 70 108 98 ��8 165 100 – 400 �80 3 85 1�0 3�5 �60 75 77 70 108 98 ��8 165 100 – 400 �80

1700 1 85 – 3�5 �60 75 77 84 108 11� �58 165 1�5 – 4�5 �80 � 85 140 3�5 �60 75 77 84 108 11� �58 165 1�5 – 4�5 �80 3 85 1�0 3�5 �60 75 77 84 108 11� �58 165 1�5 – 4�5 �80

2100 1 85 – 3�5 �60 75 77 84 108 11� �58 165 1�5 – 4�5 �80 � 85 140 3�5 �60 75 77 84 108 11� �58 165 1�5 – 4�5 �80 3 85 1�0 3�5 �60 75 77 84 108 11� �58 165 1�5 – 4�5 �80

(1)LORR.., LORE.. types:polesarenotequippedwitharcchutes.UseD1dimensioninsteadofD,M1insteadofM,Y1insteadofY,Idim.isnotapplicable.

Dimensions(inmm)

IORR.., IORE.., LORR.., LORE.. TypesRatings1400...�100A

Terminal plate details

1400 A 1700 A 2100 A

Terminal plate thickness for 1400 A to 2100 A ratings:topterminalplates=10mm,bottomterminalplates=1�mm

Fixing

Ratings Number Fixing dimension - F Fixing(A) of poles acc.tonumberofextraCA15..auxiliarycontacts: holes 0 1 2 3 4 5 6 7 8 9 10 – Ø

1400 1 345 345 345 345 345 345 345 385 385 385 385 – � 445 445 445 540 540 540 540 540 540 540 540 – 4x13 3 540 540 540 635 635 635 635 635 635 635 635 –

1700 1 345 345 345 345 345 345 345 385 385 385 385 – � 445 445 445 540 540 540 540 540 540 540 540 – 4x13 3 540 540 540 635 635 635 635 635 635 635 635 –

2100 1 345 345 345 345 345 345 345 385 385 385 385 – � 445 445 445 540 540 540 540 540 540 540 540 – 4x13 3 540 540 540 635 635 635 635 635 635 635 635 –

5

200

MN

180

50 60F

40 F 50

CA 15

CA 15

A B B

4 x ø13

R00

11D

D

D2

D3

Y

I

I120

0H

R00

18D

60

17.52517.5

25

12.5

2 x ø13

80

4 x ø11

20 40 20

1530

100

4 x ø11

25 50 25

1530

R01

18D

48

11.52511.5

25

12.5

2 x ø13

R00

34D

5/31SBC104113C0�01

Dimensions(inmm)

IORR..-MT and IORE..-MT TypesIORR..-CC and IORE..-CC TypesRatings1400...�100A(MT),1000...�100A(CC)

Terminal plate details

1000 A 1400 A 1700 A 2100 A

Terminal plate thickness for 1000 A to 2100 A ratings:topterminalplates=10mm,bottomterminalplates=1�mm

Dimensions - Clearing distances - Connecting

Ratings Number A B D – D2 D3 H I I1 M – N Y –(A) of poles (1)

1000 1 60 – 3�5 – 76 77 70 108 175 195 – 90 375 – � 60 90 3�5 – 76 77 70 108 175 195 – 90 375 – 3 60 80 3�5 – 76 77 70 108 175 195 – 90 375 –

1400 1 80 – 3�5 – 76 77 70 108 175 �58 – 100 4�5 – � 80 100 3�5 – 76 77 70 108 175 �58 – 100 4�5 – 3 80 1�0 3�5 – 76 77 70 108 175 �58 – 100 4�5 –

1700 1 85 – 3�5 – 89 77 84 108 189 �88 – 1�5 450 – � 85 140 3�5 – 89 77 84 108 189 �88 – 1�5 450 – 3 85 1�0 3�5 – 89 77 84 108 189 �88 – 1�5 450 –

2100 1 85 – 3�5 – 89 77 84 108 189 �88 – 1�5 450 – � 85 140 3�5 – 89 77 84 108 189 �88 – 1�5 450 – 3 85 1�0 3�5 – 89 77 84 108 189 �88 – 1�5 450 –

Fixing

Ratings Number Fixing dimension - F Fixing(A) of poles acc.tonumberofextraCA15..auxiliarycontacts: holes 0 1 2 3 4 5 6 7 8 9 10 – Ø

1000 1 �85 �85 �85 345 345 345 345 345 345 345 345 – � 345 345 345 385 385 385 385 445 445 445 445 – 4x13 3 445 445 445 445 445 445 445 540 540 540 540 –

1400 1 �85 �85 �85 345 345 345 345 385 385 385 385 – � 385 385 385 445 445 445 445 540 540 540 540 – 4x13 3 540 540 540 635 635 635 635 635 635 635 635 –

1700 1 345 345 345 345 345 345 345 385 385 385 385 – � 445 445 445 540 540 540 540 540 540 540 540 – 4x13 3 540 540 540 635 635 635 635 635 635 635 635 –

2100 1 345 345 345 345 345 345 345 385 385 385 385 – � 445 445 445 540 540 540 540 540 540 540 540 – 4x13 3 540 540 540 635 635 635 635 635 635 635 635 –

ABB FranceAutomation Products DivisionExport Department10, rue Ampère Z.I. - B.P. 114F-69685 Chassieu cedex / FranceTel: +33 (0)4 7222 1722Fax: +33 (0)4 7222 1935

1SB

C 1

04 1

13 C

0201

Des

igne

d in

Fra

nce

(02

2007

)

As part of its on-going product improvement, ABB reserves the right to modify the characteristics or the products described in this document.The information given is not-contractual. For further details please contact the ABB company marketing these products in your country.

Тема

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ООО «Вольтлайн» 03067, Украина, Киев Бульвар Ивана Лепсе, 4, корп. 1 БЦ Diamond Center оф.419 (044) 357-74-47

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