Albr1766l32awa Spec 4gd6c
This document was ed by and they confirmed that they have the permission to share it. If you are author or own the copyright of this book, please report to us by using this report form. Report 445h4w
Overview 1s532p
& View Albr1766l32awa Spec as PDF for free.
More details 6h715l
- Words: 4,582
- Pages: 45
)NSTALLATION)NSTRUCTIONS
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
#ATALOG.UMBERS ,!7! ,!7!! ,"7! ,"7!! ,"8" ,"8"! HTTPLITERATUREROCKWELLAUTOMATIONCOMIDCGROUPSLITERATUREDOCUMENTSIN IN? MU PPDF
&2
#ETTEPUBLICATIONESTDISPONIBLEENFRAN AISSOUSFORMEÏLECTRONIQUEFICHIER0$& 0OURLA TÏLÏCHARGER RENDEZ VOUSSURLAPAGE)NTERNETINDIQUÏECI DESSUS
)4
1UESTAPUBBLICAZIONEÒDISPONIBILEIN)TALIANOINFORMATO0$&0ERSCARICARLACOLLEGARSIALSITO 7EBINDICATOSOPRA
%$$IESE0UBLIKATIONISTALS0$&AUF$EUTSCHVERFàGBAR'EHEN3IEAUFDIEOBENGENANNTE 7EB !DRESSE UMNACHDER0UBLIKATIONZUSUCHENUNDSIEHERUNTERZULADEN
%3
%STAPUBLICACIØNESTÉDISPONIBLEENESPA×OLCOMO0$&$IRÓJASEALADIRECCIØNWEBINDICADA ARRIBAPARABUSCARYDESCARGAESTAPUBLICACIØN
04
%STAPUBLICA ÎOESTÉDISPONÓVELEMPORTUGUÏSCOMO0$&6ÉAOENDERE OWEBQUEAPARECE ACIMAPARAENCONTRAREFAZERDAPUBLICA ÎO
)NSTALLATION)NSTRUCTIONS
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
#ATALOG.UMBERS ,!7! ,!7!! ,"7! ,"7!! ,"8" ,"8"!
4OPIC
0AGE
)MPORTANT5SER)NFORMATION
!DDITIONAL2ESOURCES
/VERVIEW
#ONTROLLER$ESCRIPTION
(AZARDOUS,OCATION#ONSIDERATIONS
-OUNTTHE#ONTROLLER
#ONNECT)/%XPANSION-ODULES
7IRETHE#ONTROLLER
3PECIFICATIONS
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
)MPORTANT5SER)NFORMATION 3OLIDSTATEEQUIPMENTHASOPERATIONALCHARACTERISTICSDIFFERINGFROMTHOSEOFELECTROMECHANICALEQUIPMENT 3AFETY'UIDELINESFORTHE!PPLICATION )NSTALLATIONAND-AINTENANCEOF3OLID3TATE#ONTROLS0UBLICATION 3') AVAILABLEFROMYOURLOCAL2OCKWELL!UTOMATIONSALESOFFICEORONLINEAT HTTPLITERATUREROCKWELLAUTOMATIONCOM DESCRIBESSOMEIMPORTANTDIFFERENCESBETWEENSOLIDSTATE EQUIPMENTANDHARD WIREDELECTROMECHANICALDEVICES"ECAUSEOFTHISDIFFERENCE ANDALSOBECAUSEOFTHE WIDEVARIETYOFUSESFORSOLIDSTATEEQUIPMENT ALLPERSONSRESPONSIBLEFORAPPLYINGTHISEQUIPMENTMUST SATISFYTHEMSELVESTHATEACHINTENDEDAPPLICATIONOFTHISEQUIPMENTISACCEPTABLE )NNOEVENTWILL2OCKWELL!UTOMATION )NCBERESPONSIBLEORLIABLEFORINDIRECTORCONSEQUENTIALDAMAGES RESULTINGFROMTHEUSEORAPPLICATIONOFTHISEQUIPMENT 4HEEXAMPLESANDDIAGRAMSINTHISMANUALAREINCLUDEDSOLELYFORILLUSTRATIVEPURPOSES"ECAUSEOFTHEMANY VARIABLESANDREQUIREMENTSASSOCIATEDWITHANYPARTICULARINSTALLATION 2OCKWELL!UTOMATION )NCCANNOT ASSUMERESPONSIBILITYORLIABILITYFORACTUALUSEBASEDONTHEEXAMPLESANDDIAGRAMS .OPATENTLIABILITYISASSUMEDBY2OCKWELL!UTOMATION )NCWITHRESPECTTOUSEOFINFORMATION CIRCUITS EQUIPMENT ORSOFTWAREDESCRIBEDINTHISMANUAL 2EPRODUCTIONOFTHECONTENTSOFTHISMANUAL INWHOLEORINPART WITHOUTWRITTENPERMISSIONOF2OCKWELL !UTOMATION )NC ISPROHIBITED 4HROUGHOUTTHISMANUAL WHENNECESSARY WEUSENOTESTOMAKEYOUAWAREOFSAFETYCONSIDERATIONS 7!2.).'
)-0/24!.4 !44%.4)/.
)DENTIFIESINFORMATIONABOUTPRACTICESORCIRCUMSTANCESTHATCANCAUSEANEXPLOSIONIN AHAZARDOUSENVIRONMENT WHICHMAYLEADTOPERSONALINJURYORDEATH PROPERTY DAMAGE ORECONOMICLOSS )DENTIFIESINFORMATIONTHATISCRITICALFORSUCCESSFULAPPLICATIONANDUNDERSTANDINGOF THEPRODUCT )DENTIFIESINFORMATIONABOUTPRACTICESORCIRCUMSTANCESTHATCANLEADTOPERSONALINJURY ORDEATH PROPERTYDAMAGE ORECONOMICLOSS!TTENTIONSHELPYOUIDENTIFYAHAZARD AVOIDAHAZARDANDRECOGNIZETHECONSEQUENCES
3(/#+(!:!2$ ,ABELSMAYBEONORINSIDETHEEQUIPMENTFOREXAMPLE DRIVEORMOTOR TOALERTPEOPLE THATDANGEROUSVOLTAGEMAYBEPRESENT
"52.(!:!2$ ,ABELSMAYBEONORINSIDETHEEQUIPMENTFOREXAMPLE DRIVEORMOTOR TOALERTPEOPLE THATSURFACESMAYREACHDANGEROUSTEMPERATURES
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
%NVIRONMENTAND%NCLOSURE !44%.4)/.
4HISEQUIPMENTISINTENDEDFORUSEINA0OLLUTION$EGREEINDUSTRIAL ENVIRONMENT INOVERVOLTAGE#ATEGORY))APPLICATIONSASDEFINEDIN)%# PUBLICATION ATALTITUDESUPTOMETERSFT WITHOUTDERATING 4HISEQUIPMENTISCONSIDERED'ROUP #LASS!INDUSTRIALEQUIPMENTACCORDINGTO )%##)3020UBLICATION7ITHOUTAPPROPRIATEPRECAUTIONS THEREMAYBE POTENTIALDIFFICULTIESENSURINGELECTROMAGNETICCOMPATIBILITYINOTHER ENVIRONMENTSDUETOCONDUCTEDASWELLASRADIATEDDISTURBANCE 4HISEQUIPMENTISSUPPLIEDASOPEN TYPEEQUIPMENT)TMUSTBEMOUNTEDWITHIN ANENCLOSURETHATISSUITABLYDESIGNEDFORTHOSESPECIFICENVIRONMENTAL CONDITIONSTHATWILLBEPRESENTANDAPPROPRIATELYDESIGNEDTOPREVENTPERSONAL INJURYRESULTINGFROMACCESSIBILITYTOLIVEPARTS4HEENCLOSUREMUSTHAVESUITABLE FLAME RETARDANTPROPERTIESTOPREVENTORMINIMIZETHESPREADOFFLAME COMPLYINGWITHAFLAMESPREADRATINGOF6! 6 6 6OREQUIVALENT IF NON METALLIC4HEINTERIOROFTHEENCLOSUREMUSTBEACCESSIBLEONLYBYTHEUSEOF ATOOL3UBSEQUENTSECTIONSOFTHISPUBLICATIONMAYCONTAINADDITIONAL INFORMATIONREGARDINGSPECIFICENCLOSURETYPERATINGSTHATAREREQUIREDTOCOMPLY WITHCERTAINPRODUCTSAFETYCERTIFICATIONS
0REVENTING%LECTROSTATIC$ISCHARGE !44%.4)/.
4HISEQUIPMENTISSENSITIVETOELECTROSTATICDISCHARGE WHICHCANCAUSEINTERNAL DAMAGEANDAFFECTNORMALOPERATION&OLLOWTHESEGUIDELINESWHENYOUHANDLE THISEQUIPMENT v v v v v v
4OUCHAGROUNDEDOBJECTTODISCHARGEPOTENTIALSTATIC 7EARANAPPROVEDGROUNDINGWRISTSTRAP $ONOTTOUCHCONNECTORSORPINSONCOMPONENTBOARDS $ONOTTOUCHCIRCUITCOMPONENTSINSIDETHEEQUIPMENT 5SEASTATIC SAFEWORKSTATION IFAVAILABLE 3TORETHEEQUIPMENTINAPPROPRIATESTATIC SAFEPACKAGINGWHENNOTINUSE
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
.ORTH!MERICAN(AZARDOUS,OCATION!PPROVAL The following modules are North American Hazardous Location approved: 1766-L32AWA, 1766-L32AWAA, 1766-L32BWA, 1766-L32BWAA, 1766-L32BXB, 1766-L32BXBA 4HEFOLLOWINGINFORMATIONAPPLIESWHEN OPERATINGTHISEQUIPMENTINHAZARDOUS LOCATIONS
)NFORMATIONSSURLUTILISATIONDECET ÏQUIPEMENTENENVIRONNEMENTS DANGEREUX
0RODUCTSMARKED#,) $)6 '0! " # $ARE SUITABLEFORUSEIN#LASS)$IVISION'ROUPS! " # $ (AZARDOUS,OCATIONSANDNONHAZARDOUSLOCATIONS ONLY%ACHPRODUCTISSUPPLIEDWITHMARKINGSONTHE RATINGNAMEPLATEINDICATINGTHEHAZARDOUSLOCATION TEMPERATURECODE7HENCOMBININGPRODUCTSWITHIN ASYSTEM THEMOSTADVERSETEMPERATURECODE LOWEST4NUMBER MAYBEUSEDTOHELPDETERMINE THEOVERALLTEMPERATURECODEOFTHESYSTEM #OMBINATIONSOFEQUIPMENTINYOURSYSTEMARE SUBJECTTOINVESTIGATIONBYTHELOCAL!UTHORITY(AVING *URISDICTIONATTHETIMEOFINSTALLATION
,ESPRODUITSMARQUÏS#,) $)6 '0! " # $NE CONVIENNENTQUÌUNEUTILISATIONENENVIRONNEMENTS DE#LASSE)$IVISION'ROUPES! " # $DANGEREUXET NONDANGEREUX#HAQUEPRODUITESTLIVRÏAVECDES MARQUAGESSURSAPLAQUEDIDENTIFICATIONQUI INDIQUENTLECODEDETEMPÏRATUREPOURLES ENVIRONNEMENTSDANGEREUX,ORSQUEPLUSIEURS PRODUITSSONTCOMBINÏSDANSUNSYSTÒME LECODEDE TEMPÏRATURELEPLUSDÏFAVORABLECODEDETEMPÏRATURE LEPLUSFAIBLE PEUTÐTREUTILISÏPOURDÏTERMINERLECODE DETEMPÏRATUREGLOBALDUSYSTÒME,ESCOMBINAISONS DÏQUIPEMENTSDANSLESYSTÒMESONTSUJETTESÌ INSPECTIONPARLESAUTORITÏSLOCALESQUALIFIÏESAU MOMENTDELINSTALLATION
7!2.).'
%80,/3)/.(!:!2$
!6%24)33%-%.4
2)315%$%80,/3)/.
s $ONOTDISCONNECTWHILETHE CIRCUITISLIVEORUNLESSTHEAREA ISKNOWNTOBEFREEOFIGNITIBLE CONCENTRATIONS
s #OUPERLECOURANTOUSASSURER QUELENVIRONNEMENTESTCLASSÏ NONDANGEREUXAVANTDE DÏBRANCHERLgÏQUIPEMENT
s $ONOTDISCONNECTCONNECTIONS TOTHISEQUIPMENTUNLESSPOWER HASBEENREMOVEDORTHEAREAIS KNOWNTOBENONHAZARDOUS 3ECUREANYEXTERNALCONNECTIONS THATMATETOTHISEQUIPMENTBY USINGSCREWS SLIDINGLATCHES THREADEDCONNECTORS OROTHER MEANSPROVIDEDWITHTHIS PRODUCT
s #OUPERLECOURANTOUSgASSURER QUELENVIRONNEMENTESTCLASSÏ NONDANGEREUXAVANTDE DÏBRANCHERLESCONNECTEURS&IXER TOUSLESCONNECTEURSEXTERNES RELIÏSÌCETÏQUIPEMENTÌLgAIDE DEVIS LOQUETSCOULISSANTS CONNECTEURSFILETÏSOUAUTRES MOYENSFOURNISAVECCEPRODUIT
s 3UBSTITUTIONOFCOMPONENTSMAY IMPAIRSUITABILITYFOR#LASS) $IVISION s $ONOTREMOVEORREPLACELAMPS FUSESORPLUG INMODULESAS APPLICABLE UNLESSPOWERHAS BEENDISCONNECTEDORTHEAREAIS KNOWNTOBEFREEOFIGNITIBLE CONCENTRATIONSOFFLAMMABLE GASESORVAPORS
0UBLICATION ).# %. 0 /CTOBER
s ,ASUBSTITUTIONDECOMPOSANTS PEUTRENDRECETÏQUIPEMENT INADAPTÏÌUNEUTILISATIONEN ENVIRONNEMENTDE#LASSE) $IVISION s 3ASSURERQUELENVIRONNEMENT ESTCLASSÏNONDANGEREUXAVANT DECHANGERLESPILES
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
!DDITIONAL2ESOURCES 2ESOURCE
$ESCRIPTION
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS5SER -ANUAL 5-
!MOREDETAILEDDESCRIPTIONOFHOWTOINSTALLANDUSE YOUR-ICRO,OGIXPROGRAMMABLECONTROLLERAND EXPANSION)/SYSTEM
-ICRO,OGIX)NSTRUCTION3ET2EFERENCE -ANUAL 2-
!REFERENCEMANUALTHATCONTAINSDATAANDFUNCTION FILES INSTRUCTIONSET ANDTROUBLESHOOTINGINFORMATION FOR-ICRO,OGIX
)NSTALLATION)NSTRUCTIONS ).XXX
)NFORMATIONONINSTALLINGANDUSINGEXPANSION)/ MODULES
)NDUSTRIAL!UTOMATION7IRINGAND'ROUNDING 'UIDELINES
-OREINFORMATIONONPROPERWIRINGANDGROUNDING TECHNIQUES
If you would like a manual, you can: v a free electronic version from the internet: http://literature.rockwellautomation.com v purchase a printed manual by ing your local Allen-Bradley distributor or Rockwell Automation representative
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
/VERVIEW MicroLogix 1400 controllers are suitable for use in an industrial environment when installed in accordance with these instructions. Specifically, this equipment is intended for use in clean, dry environments (Pollution degree 2(1)) and with circuits not exceeding Over Voltage Category II(2) (IEC 60664-1)(3). AC powered products must be connected to the secondary of an isolating transformer. Install your controller using these installation instructions.
$EBRISSTRIP
!44%.4)/.
$ONOTREMOVETHEPROTECTIVEDEBRISSTRIPUNTILAFTERTHECONTROLLERANDALLOTHER EQUIPMENTINTHENEARTHECONTROLLERAREMOUNTEDANDWIRINGISCOMPLETE /NCEWIRINGISCOMPLETE REMOVEPROTECTIVEDEBRISSTRIP&AILURETOREMOVESTRIP BEFOREOPERATINGCANCAUSEOVERHEATING
!44%.4)/.
%LECTROSTATICDISCHARGECANDAMAGESEMICONDUCTORDEVICESINSIDETHECONTROLLER $ONOTTOUCHTHECONNECTORPINSOROTHERSENSITIVEAREAS
0OLLUTION$EGREEISANENVIRONMENTWHERE NORMALLY ONLYNON CONDUCTIVEPOLLUTIONOCCURSEXCEPTTHATOCCASIONALLYA TEMPORARYCONDUCTIVITYCAUSEDBYCONDENSATIONSHALLBEEXPECTED
/VER6OLTAGE#ATEGORY))ISTHELOADLEVELSECTIONOFTHEELECTRICALDISTRIBUTIONSYSTEM!TTHISLEVELTRANSIENTVOLTAGESARE CONTROLLEDANDDONOTEXCEEDTHEIMPULSEVOLTAGECAPABILITYOFTHEPRODUCTgSINSULATION
0OLLUTION$EGREEAND/VER6OLTAGE#ATEGORY))ARE)NTERNATIONAL%LECTROTECHNICALCOMMISSIONS)%# DESIGNATIONS
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
#ONTROLLER$ESCRIPTION 1 2 3
4
5
6
7
ESC
1 OK
13
12 11
,EFTSIDEVIEW
10
9
8
4OPVIEW
$ESCRIPTION
#OMMPORT PIN$ 3HELL23 #CONNECTOR
-EMORYMODULEREFERTO-ICRO,OGIX-EMORY-ODULE)NSTALLATION)NSTRUCTIONS PUBLICATION ).FORINSTRUCTIONSONINSTALLINGTHEMEMORYMODULE
5SER6FOR ,"7!AND ,"7!!ONLY
)NPUTTERMINALBLOCK
,#$$ISPLAY+EYPAD%3# /+ 5P $OWN ,EFT 2IGHT
"ATTERYCOMPARTMENT
EXPANSIONBUSCONNECTOR
"ATTERYCONNECTOR
/UTPUTTERMINALBLOCK
,#$$ISPLAY
)NDICATOR,%$
#OMMPORT 2*CONNECTOR
#OMMPORT PINMINI$).23 #23 CONNECTOR
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
#ONTROLLER)NPUTAND/UTPUT$ESCRIPTION #ATALOG .UMBER
$ESCRIPTION )NPUT 0OWER
,"7!
5SER 0OWER
%MBEDDED $ISCRETE)/
6$#
&AST6$#)NPUTS .ORMAL6$#)NPUTS 2ELAY/UTPUTS
6!# ,!7!
6!#)NPUTS 2ELAY/UTPUTS
,"8"
&AST6$#)NPUTS .ORMAL6$#)NPUTS 2ELAY/UTPUTS &AST$#/UTPUTS .ORMAL$#/UTPUTS
.ONE 6$#
,"7!!
6$# 6!#
.ONE ,"8"!
6$#
&AST6$#)NPUTS .ORMAL6$#)NPUTS 2ELAY/UTPUTS &AST$#/UTPUTS .ORMAL$#/UTPUTS
)SOLATED23 23 COMBOPORT3AMEAS-,#OMM
.ON ISOLATED23 3TANDARD$ SUBCONNECTOR
0UBLICATION ).# %. 0 /CTOBER
#OMM 0ORTS
.ONE
2323 %THERNET)0
&AST6$#)NPUTS .ORMAL6$#)NPUTS 2ELAY/UTPUTS 6!#)NPUTS 2ELAY/UTPUTS
,!7!!
%MBEDDED !NALOG)/
23
6OLTAGE)NPUTS 6OLTAGE /UTPUTS
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
(AZARDOUS,OCATION#ONSIDERATIONS This equipment is suitable for use in Class I, Division 2, Groups A, B, C, D or non-hazardous locations only. The following WARNING statement applies to use in hazardous locations. 7!2.).'
%80,/3)/.(!:!2$ v 3UBSTITUTIONOFCOMPONENTSMAYIMPAIRSUITABILITYFOR#LASS) $IVISION v $ONOTREPLACECOMPONENTSORDISCONNECTEQUIPMENTUNLESSPOWERHASBEENSWITCHED OFF v $ONOTCONNECTORDISCONNECTCOMPONENTSUNLESSPOWERHASBEENSWITCHEDOFF v 4HISPRODUCTMUSTBEINSTALLEDINANENCLOSURE!LLCABLESCONNECTEDTOTHEPRODUCT MUSTREMAININTHEENCLOSUREORBEPROTECTEDBYCONDUITOROTHERMEANS v !LLWIRINGMUSTCOMPLYWITH.%#ARTICLE B ANDORINACCORDANCEWITH 3ECTION *OFTHE#ANADIAN%LECTRICAL#ODE ANDINACCORDANCEWITHTHEAUTHORITY HAVINGJURISDICTION
Use only the following communication cables in Class I, Division 2 hazardous locations. %NVIRONMENT#LASSIFICATION
#OMMUNICATION#ABLES
#LASS) $IVISION(AZARDOUS%NVIRONMENT
#", !#3ERIES#ORLATER #", !-3ERIES#ORLATER #", !03ERIES#ORLATER #", 0-3ERIES#ORLATER #", (-3ERIES#ORLATER .#3ERIES#ORLATER .#3ERIES!ORLATER #03ERIES
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
%NVIRONNEMENTSDANGEREUX Cet équipement est conçu pour une utilisation en environnements dangereux de Classe I, Division 2, Groupes A, B, C, D ou non dangereux. La mise en garde suivante s’applique à utilisation en environnements dangereux. 7!2.).'
$!.'%2$%80,/3)/. v ,ASUBSTITUTIONDECOMPOSANTSPEUTRENDRECETÏQUIPEMENTIMPROPREÌUNEUTILISATION ENENVIRONNEMENTDE#LASSE) $IVISION v .EPASREMPLACERDECOMPOSANTSOUDÏCONNECTERLÏQUIPEMENTSANSSÐTREASSURÏQUE LALIMENTATIONESTCOUPÏE v .EPASCONNECTEROUDÏCONNECTERDESCOMPOSANTSSANSSÐTREASSURÏQUE LALIMENTATIONESTCOUPÏE v #EPRODUITDOITÐTREINSTALLÏDANSUNEARMOIRE4OUSLESCÊBLESCONNECTÏSÌLAPPAREIL DOIVENTRESTERDANSLARMOIREOUÐTREPROTÏGÏSPARUNEGOULOTTEOUTOUTAUTREMOYEN v ,ENSEMBLEDUCÊBLAGEDOITÐTRECONFORMEÌLARÏGLEMENTATIONENVIGUEURDANSLES PAYSOáLAPPAREILESTINSTALLÏ
Utilisez uniquement les câbles de communication suivants dans les environnements dangereux de Classe I, Division 2. #LASSIFICATIONDESENVIRONNEMENTS
#ÊBLESDECOMMUNICATION
%NVIRONNEMENTDANGEREUXDE#LASSE) $IVISION
#", !#SÏRIE#OUULTÏRIEURE #", !-SÏRIE#OUULTÏRIEURE #", !0SÏRIE#OUULTÏRIEURE #", 0-SÏRIE#OUULTÏRIEURE #", (-SÏRIE#OUULTÏRIEURE .#SÏRIE#OUULTÏRIEURE .#SÏRIE!OUULTÏRIEURE SÏRIE #0
!44%.4)/.
5.3500/24%$#/..%#4)/. $ONOTCONNECTTHE#OMMPORTONTHE-ICRO,OGIXCONTROLLERTOANOTHER-ICRO,OGIX FAMILYCONTROLLERSUCHAS-ICRO,OGIX -ICRO,OGIX OR-ICRO,OGIXUSINGA #", !- PINMINI $).TO PINMINI $). CABLEOREQUIVALENT 4HISTYPEOFCONNECTIONWILLCAUSEDAMAGETOTHE23 COMMUNICATIONPORT #HANNEL OFTHE-ICRO,OGIXANDORTHECONTROLLERITSELF#OMMUNICATIONPINSUSED FOR23 COMMUNICATIONSAREALTERNATELYUSEDFOR6POWERONTHEOTHER-ICRO,OGIX CONTROLLERS
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
-OUNTTHE#ONTROLLER 'ENERAL#ONSIDERATIONS Most applications require installation in an industrial enclosure to reduce the effects of electrical interference and environmental exposure. Locate your controller as far as possible from power lines, load lines, and other sources of electrical noise such as hard- switches, relays, and ac motor drives. For more information on proper grounding guidelines, see the Industrial Automation Wiring and Grounding Guidelines, publication 1770-4.1. !44%.4)/.
-OUNTTHECONTROLLERHORIZONTALLYONLY6ERTICALMOUNTINGISNOTEDDUETO THERMALCONSIDERATIONS
!44%.4)/.
"ECAREFULOFMETALCHIPSWHENDRILLINGMOUNTINGHOLESFORYOURCONTROLLEROR OTHEREQUIPMENTWITHINTHEENCLOSUREOR$RILLEDFRAGMENTSTHATFALLINTO THECONTROLLERCOULDCAUSEDAMAGE$ONOTDRILLHOLESABOVEAMOUNTEDCONTROLLER IFTHEPROTECTIVEDEBRISSTRIPSHAVEBEENREMOVED
7!2.).'
$ONOTPLACETHE-ICRO,OGIX0ROGRAMMABLE#ONTROLLERINDIRECTSUNLIGHT 0ROLONGEDEXPOSURETODIRECTSUNLIGHTCOULDDEGRADETHE,#$DISPLAY
7!2.).'
4HELOCALPROGRAMMINGTERMINALPORTISINTENDEDFORTEMPORARYUSEONLYAND MUSTNOTBECONNECTEDORDISCONNECTEDUNLESSTHEAREAISASSUREDTOBE NONHAZARDOUS
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
-OUNTING$IMENSIONS
C
A
B
,"7! ,!7! ,"8" ,"7!! ,!7!! ,"8"! $IMENSION
(EIGHT
!
MMIN
"
MMIN
#
MMIN
#ONTROLLER3PACING The controller mounts horizontally, with the expansion I/O extending to the right of the controller. Allow 50 mm (2 in.) of space on all but the right side for adequate ventilation, as shown below. 4OP
ESC
3IDE OK
"OTTOM
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
$).2AIL-OUNTING The maximum extension of the latch is 14 mm (0.55 in.) in the open position. A flat-blade screwdriver is required for removal of the controller. The controller can be mounted to EN50022-35x7.5 or EN50022-35x15 DIN rails. DIN rail mounting dimensions are shown below.
" ! #
$IMENSION
(EIGHT
!
MMIN
"
MMIN
#
MMIN
Follow these steps to install your controller on the DIN rail. 1. Mount your DIN rail. Make sure that the placement of the controller on the DIN rail meets the recommended spacing requirements (see Controller Spacing on page 14 for more information). Refer to the mounting template inside the back cover of this document. 2. If it is open, close the DIN latch. 3. Hook the top slot over the DIN rail. 4. While pressing the controller down against the top of the rail, snap the bottom of the controller into position. 5. Leave the protective debris strip attached until you are finished wiring the controller and any other devices. Follow these steps to remove your controller from the DIN rail. 1. Place a flat-blade screwdriver in the DIN rail latch at the bottom of the controller. 0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
2. Holding the controller, pry downward on the latch until the latch locks in the open position. 3. Repeat steps 1 and 2 for the second DIN rail latch. 4. Unhook the top of the DIN rail slot from the rail.
ESC
OK
/PEN
#LOSED
0ANEL-OUNTING Mount to using #8 or M4 screws. Follow these steps to install your controller using mounting screws. 1. Remove the mounting template from inside the back cover of this document. 2. Secure the template to the mounting surface. Make sure your controller is spaced properly (see Controller Spacing on page 14 for more information). 3. Drill holes through the template. 4. Remove the mounting template.
-OUNTING4EMPLATE
5. Mount the controller. 6. Leave the protective debris strip in place until you are finished wiring the controller and any other devices
ESC
OK
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
5SINGTHE"ATTERY The MicroLogix 1400 controller is equipped with a replaceable battery (catalog number 1747-BA). The Battery Low indicator on the LCD display of the controller shows the status of the replaceable battery. When the battery is low, the indicator is set (displayed as a solid rectangle). This means that either the battery wire connector is disconnected, or the battery may fail within 2 days if it is connected. )-0/24!.4
7!2.).'
4HE-ICRO,OGIXCONTROLLERSHIPSWITHTHEBATTERYWIRECONNECTORCONNECTED %NSURETHATTHEBATTERYWIRECONNECTORISINSERTEDINTOTHECONNECTORPORTIFYOUR APPLICATIONNEEDSBATTERYPOWER&OREXAMPLE WHENUSINGAREAL TIMECLOCK 24# 2EPLACINGTHEBATTERYWHENTHECONTROLLERISPOWEREDDOWNWILLLOSEALL APPLICATIONMEMORY2EPLACETHEBATTERYWHENTHECONTROLLERISPOWEREDON 2EFERTOTHE3,#,ITHIUM"ATTERY)NSTALLATION)NSTRUCTIONS PUBLICATION ). FORMOREINFORMATIONONINSTALLATION HANDLING USAGE STORAGE AND DISPOSALOFTHEBATTERY 7HENYOUCONNECTORDISCONNECTTHEBATTERYANELECTRICALARCCANOCCUR4HIS COULDCAUSEANEXPLOSIONINHAZARDOUSLOCATIONINSTALLATIONS"ESURETHATTHE AREAISNONHAZARDOUSBEFOREPROCEEDING &OR3AFETYINFORMATIONONTHEHANDLINGOFLITHIUMBATTERIES INCLUDINGHANDLING ANDDISPOSALOFLEAKINGBATTERIES SEE'UIDELINESFOR(ANDLING,ITHIUM"ATTERIES PUBLICATION!'
Follow these steps to connect the replaceable battery. 1. Insert the replaceable battery wire connector into the controller’s battery connector.
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
2. Secure the battery connector wires so that it does not block the 1762 expansion bus connector as shown below. "ATTERYCOMPARTMENT "ATTERY
)/ EXPANSIONBUS CONNECTOR "ATTERYWIRE CONNECTOR "ATTERYCONNECTOR "ATTERYWIRES TWISTEDPAIR
#ONNECT)/%XPANSION-ODULES !44%.4)/. 2EMOVEPOWERFROMTHESYSTEMBEFOREINSTALLINGORREMOVINGEXPANSION)/ORDAMAGETO THECONTROLLERMAYRESULT
Connect 1762 I/O after mounting the controller. 1. Remove the expansion port cover to install expansion I/O modules. 2. Plug the ribbon cable connector into the bus connector.
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
3. Replace the cover as shown below.
The MicroLogix 1400 controller is designed to up to any seven 1762 expansion I/O modules. For detailed information on using expansion I/O, refer to the installation instructions for your expansion module.
7IRETHE#ONTROLLER The shading in the following terminal block illustrations indicates which terminal groups are tied to which commons.
4ERMINAL"LOCK,AYOUTS 7!2.).'
7!2.).'
7HENYOUCONNECTORDISCONNECTTHE2EMOVABLE4ERMINAL"LOCK24" WITHFIELD SIDEPOWERAPPLIED ANELECTRICALARCCANOCCUR4HISCOULDCAUSEANEXPLOSIONIN HAZARDOUSLOCATIONINSTALLATIONS"ESURETHATPOWERISREMOVEDORTHEAREAIS NONHAZARDOUSBEFOREPROCEEDING
7HENUSEDINA#LASS) $IVISION HAZARDOUSLOCATION THISEQUIPMENTMUSTBE MOUNTEDINASUITABLEENCLOSURE!LLWIRINGMUSTBEINACCORDANCEWITH#LASS) $IVISIONWIRINGMETHODSOF!RTICLEOFTHE.ATIONAL%LECTRICAL#ODEANDOR INACCORDANCEWITH3ECTION *OFTHE#ANADIAN%LECTRICAL#ODE ANDIN ACCORDANCEWITHTHEAUTHORITYHAVINGJURISDICTION
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
,"7!,"7!! )NPUT4ERMINAL"LOCK
IN0
COM 0
VAC L1
COM 1
IN2
IN1
IN3
VAC L2/N
OUT0
IN5
IN6
OUT1
OUT2
Group 0
DC2 VAC
Group 1 Group 2
IN8
IN9
OUT3
DC3 VAC
COM 3
IN10
COM 2
IN4
DC1 VAC
DC0 VAC
IN7
IN11
Group 3
OUT5
IN17
IN14
IN16
OUT7
OUT8
OUT10
DC6 VAC
OUT6
Group 4
IN15
IN12
VAC DC5
OUT4
DC4 VAC
IN13
Group 5
OUT9
IV0(+)
IN19
IN18
COM ANA
COM ANA
OUT11
IV2(+)
IV1(+)
IV3(+)
OV1
OV0
Group 6
/UTPUT4ERMINAL"LOCK
,!7!,!7!! )NPUT4ERMINAL"LOCK IN0
COM 0
VAC L1
COM 1
IN2
IN1
IN3
VAC L2/N
OUT0
IN5
IN7
IN8
COM 2
IN4
IN6
OUT1
OUT2
IN9
OUT3
DC0 VAC
DC1 VAC
DC2 VAC
DC3 VAC
Group 0
Group 1
Group 2
Group 3
COM 3
IN10
IN11
OUT4
DC4 VAC
OUT5
Group 4
VAC DC5
IN13
IN15
IN12
IN14
IN16
OUT7
OUT8
OUT10
OUT6
DC6 VAC
Group 5
/UTPUT4ERMINAL"LOCK
0UBLICATION ).# %. 0 /CTOBER
IN17
OUT9
Group 6
IN19
IN18
OUT11
IV0(+)
COM ANA
COM ANA
IV2(+)
IV1(+)
IV3(+)
OV1
OV0
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
,"8","8"! )NPUT4ERMINAL"LOCK IN0
COM 0
VDC +24
COM 1
IN2
IN1
IN3
VDC NEUT
OUT0
IN5
IN7
IN6
OUT1
OUT2
DC1 VAC
Group 0
Group 1
VDC2
OUT4
OUT3
COM 3
IN10
COM 2
IN4
DC0 VAC
IN8
IN13
IN15
IN17
IN9
IN11
IN12
IN14
IN16
OUT6
COM 2
OUT8
OUT9
OUT10
OUT5
OUT7
Group 2
DC3 VAC
DC4 VAC
Group 3
Group 4
DC5 VAC
IV0(+)
IN19
IN18
OUT11
COM ANA
COM ANA
IV2(+)
IV1(+)
IV3(+)
OV1
OV0
Group 5
7IRE4YPE
7IRE3IZE
3OLIDWIRE
#U o#o&
x!7'
3TRANDEDWIRE
#U o#o&
x!7'
7IRINGTORQUE.MIN LB RATED
/UTPUT4ERMINAL'ROUPING /UTPUTS #ONTROLLER
/UTPUT'ROUP
$ESCRIPTION
6OLTAGE4ERMINAL
/UTPUT4ERMINAL
,"7! ,"7!!
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54 /54
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54 /54
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54x
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
/UTPUT4ERMINAL'ROUPING /UTPUTS #ONTROLLER
/UTPUT'ROUP
$ESCRIPTION
6OLTAGE4ERMINAL
/UTPUT4ERMINAL
,!7! ,!7!!
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54 /54
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54 /54
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54x
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54
'ROUP
&%4OUTPUT
6$##/-
/54x
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54 /54
,"8" ,"8"!
7!2.).'
7!2.).'
)FYOUCONNECTORDISCONNECTWIRINGWHILETHEFIELD SIDEPOWERISON ANELECTRICAL ARCCANOCCUR4HISCOULDCAUSEANEXPLOSIONINHAZARDOUSLOCATIONINSTALLATIONS "ESURETHATPOWERISREMOVEDORTHEAREAISNONHAZARDOUSBEFOREPROCEEDING
4HELOCALPROGRAMMINGTERMINALPORTISINTENDEDFORTEMPORARYUSEONLYAND MUSTNOTBECONNECTEDORDISCONNECTEDUNLESSTHEAREAISFREEOFIGNITABLE CONCENTRATIONSOFFLAMMABLEGASESORVAPORS
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
7IRING2ECOMMENDATION When wiring without spade lugs, keep the finger-safe covers in place. Loosen the terminal screw and route the wires through the opening in the finger-safe cover. Tighten the terminal screw, making sure the pressure plate secures the wire.
&INGER SAFECOVER
!44%.4)/.
"ECAREFULWHENSTRIPPINGWIRES7IREFRAGMENTSTHATFALLINTOTHECONTROLLER COULDCAUSEDAMAGE/NCEWIRINGISCOMPLETE BESURETHECONTROLLERISFREEOF ALLMETALFRAGMENTSBEFOREREMOVINGTHEPROTECTIVEDEBRISSTRIP&AILURETO REMOVETHESTRIPBEFOREOPERATINGCANCAUSEOVERHEATING
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
3PADE,UG2ECOMMENDATION The diameter of the terminal screw head is 5.5 mm (0.220 in.). The input and output terminals of the MicroLogix 1400 controller are designed for the following spade lugs. The terminals will accept a 6.35mm (0.25 in.) wide spade (standard for #6 screw for up to 14 AWG) or a 4 mm (metric #4) fork terminal. When using spade lugs, use a small, flat-blade screwdriver to pry the finger-safe cover from the terminal blocks, then loosen the terminal screw.
&INGER SAFECOVER
4)0
)FYOUWIRETHETERMINALBLOCKWITHTHEFINGER SAFECOVERREMOVED YOUMAYNOT BEABLETOPUTITBACKONTHETERMINALBLOCKIFTHEWIRESAREINTHEWAY
3URGE3UPPRESSION !44%.4)/.
)NDUCTIVELOADDEVICESSUCHASMOTORSTARTERSANDSOLENOIDSREQUIRETHEUSEOF SOMETYPEOFSURGESUPPRESSIONTOPROTECTTHECONTROLLEROUTPUT3WITCHING INDUCTIVELOADSWITHOUTSURGESUPPRESSIONCANSIGNIFICANTLYREDUCETHELIFEOF RELAYSORDAMAGETRANSISTOROUTPUTS"YUSINGSUPPRESSION YOUALSO REDUCETHEEFFECTSOFVOLTAGETRANSIENTSCAUSEDBYINTERRUPTINGTHECURRENTTO THATINDUCTIVEDEVICE ANDPREVENTELECTRICALNOISEFROMRADIATINGINTOSYSTEM WIRING2EFERTOTHE-ICRO,OGIX0ROGRAMMABLE#ONTROLLER5SER-ANUAL PUBLICATION 5- FORMOREINFORMATIONONSURGESUPPRESSION
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
'ROUNDINGTHE#ONTROLLER In solid-state control systems, grounding and wire routing helps limit the effects of noise due to electromagnetic interference (EMI). Run the ground connection from the ground screw of the controller to the ground bus prior to connecting any devices. Use AWG #14 wire. For AC-powered controllers, this connection must be made for safety purposes. You must also provide an acceptable grounding path for each device in your application. For more information on proper grounding guidelines, refer to the Industrial Automation Wiring and Grounding Guidelines, publication 1770-4.1.
7IRING9OUR!NALOG#HANNELS Anaput circuits can monitor voltage signals and convert them to serial digital data as shown in the following illustration.
!NALOG)NPUT 3ENSOR 6 6OLTAGE
3ENSOR 6 6OLTAGE
Input Terminal Block /7
I/8
COM 2
COM 3
I/10
I/9
I/11
I/13
I/12
I/15
I/14
I/17
I/16
I/19
I/18
IV0(+)
COM ANA
IV2(+)
IV1(+)
IV3(+)
3ENSOR 6 6OLTAGE
3ENSOR 6 6OLTAGE
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
The controller does not provide loop power for anaputs. Use a power supply that matches the transmitter specifications as shown. The analog output can a voltage function as shown in the following illustration.
!NALOG/UTPUT
6OLTAGE,OAD
O/3
3 C
VAC DC5
O/4
DC4 VAC
O/5
O/7
O/6
O/8
DC6 VAC
COM ANA
O/10
O/9
O/11
OV1
OV0
Output Terminal Block 6OLTAGE,OAD
!NALOG)NPUT4RANSMITTER3PECIFICATIONS 2-Wire Transmitter
+ 3-Wire Transmitter Power Supply
+
-
Transmitter Supply Signal GND
+ -
4-Wire Transmitter Power Supply
Transmitter
+ -
Transmitter Supply Signal
+ -
+ -
Controller IV0(+), IV1(+), IV2(+) or IV3(+) COM ANA
Controller IV0(+), IV1(+), IV2(+) or IV3(+) COM ANA
Controller IV0(+), IV1(+), IV2(+) or IV3(+) COM ANA
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
-INIMIZING%LECTRICAL.OISEON!NALOG#HANNELS Inputs on analog channels employ digital high-frequency filters that significantly reduce the effects of electrical noise on input signals. However, because of the variety of applications and environments where analog controllers are installed and operated, it is impossible to ensure that all environmental noise will be removed by the input filters. Several specific steps can be taken to help reduce the effects of environmental noise on analog signals: v Install the MicroLogix 1400 system in a properly rated (NEMA) enclosure. Make sure that the MicroLogix 1400 system is properly grounded. v Use Belden cable #8761 for wiring the analog channels, making sure that the drain wire and foil shield are properly earth grounded, (see Grounding Your Analog Cable on page 27 for more information). v Route the Belden cable separately from any AC wiring. Additional noise immunity can be obtained by routing the cables in grounded conduit.
'ROUNDING9OUR!NALOG#ABLE Use shielded communication cable (Belden #8761). The Belden cable has two signal wires (black and clear), one drain wire, and a foil shield. The drain wire and foil shield must be grounded at one end of the cable.
&OIL3HIELD
"LACK7IRE
)NSULATION $RAIN7IRE
#LEAR7IRE
)-0/24!.4
$ONOTGROUNDTHEDRAINWIREANDFOILSHIELDATBOTHENDSOFTHECABLE
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
3PECIFICATIONS 'ENERAL3PECIFICATIONS $ESCRIPTION
,!7! ,!7!!
$IMENSIONS (X7X$
XXMM XXIN
3HIPPINGWEIGHT
KGLBS
.UMBEROF)/
INPUTSDIGITALANDANALOG ANDOUTPUTSDIGITALANDANALOG
0OWERSUPPLYVOLTAGE
x6!# x(Z
(EATDISSIPATION
2EFERTOTHE-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS5SER-ANUAL 0UBLICATION 5-
0OWERSUPPLYINRUSH CURRENT
6!#!FORMS 6!#!FORMS
0OWERCONSUMPTION
6!
6!
7 7WITHNO EXPANSION)/
6$#SENSORPOWER
NONE
6$# M! «&MAX
NONE
)NPUTCIRCUITTYPE
$IGITAL6!#
$IGITAL6$# SINKSOURCE STANDARDANDHIGH SPEED !NALOGx6$#
$IGITAL6$# SINKSOURCE STANDARDANDHIGH SPEED !NALOGx6$#
!NALOGx6$# /UTPUTCIRCUITTYPE
,"7! ,"7!!
,"8" ,"8"!
6$# #LASS 3%,6
6$# !FORMS
2ELAY
2ELAY&%4
2ELAYLIFE %LECTRICAL
X
%NCLOSURETYPERATING
.ONEOPEN STYLE
7IRESIZE
xMMx!7' SOLIDORSTRANDEDCOPPERWIRERATED ª# ª& ORGREATER
7IRINGCATEGORY
ONSIGNALPORTS ONPOWERPORTS ONCOMMUNICATIONSPORTS
4ERMINALSCREWTORQUE
.MIN LB RATED
0ILOTDUTYRATING
2 #
%XPANSIONBUS
3UPPORTSUPTOSEVENMODULES UPTOAMAXIMUMOF6 M!AND6 M!
.ORTH!MERICANTEMPCODE
4#
OPERATIONSMIN! 6!#6$#
5SETHIS#ONDUCTOR#ATEGORYINFORMATIONFORPLANNINGCONDUCTORROUTING2EFERTO)NDUSTRIAL!UTOMATION7IRINGAND 'ROUNDING'UIDELINES PUBLICATION
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
3PECIFICATIONSFOR)NPUTS $IGITAL)NPUTS $ESCRIPTION
/N STATEVOLTAGE RANGE
,!7! ,!7!!
x6 !#
,"7! ,"7!! ,"8" ,"8"! )NPUTSTHROUGH HIGH SPEED$#INPUTS
)NPUTSANDHIGHER STANDARD$#INPUTS
x6$# #LASS
x6$# #LASS
x6$# ª#ª& x6$# ª#ª&
x6$# ª#ª& x6$# ª#ª&
/FF STATEVOLTAGE RANGE
x6 !#
x6$#
x6$#
/PERATING FREQUENCY
x(Z
(ZxK(Z
(ZxK(Z SCANTIMEDEPENDENT
M! 6 !# M! 6 !# M! 6 !#
M! 6$# M! 6$# M! 6$#
M! 6$# M! 6$# M! 6$#
/FF STATELEAKAGE CURRENT
M!MAX
M!MAX
M!MAX
.OMINAL IMPEDANCE
K7 (Z K7 (Z
K7
K7
)NRUSHCURRENT MAX 6!#
M!
/N STATECURRENT MIN NOM MAX
!NALOG)NPUTS $ESCRIPTION
,!7!! ,"7!! ,"8"!
6OLTAGEINPUTRANGE
x6$# ,3"
4YPEOFDATA
BITUNSIGNEDINTEGER
)NPUTCODINGx6$# ,3"
x
6OLTAGEINPUTIMPEDANCE
K7
)NPUTRESOLUTION
BIT
.ON LINEARITY
¢OFFULLSCALE
/VERALLACCURACY
xª# xª&
¢OFFULLSCALE
6OLTAGEINPUTOVERVOLTAGEPROTECTION
6$#
&IELDWIRINGTOLOGICISOLATION
.ON ISOLATEDWITHINTERNALLOGIC
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
!NALOG/UTPUTS $ESCRIPTION
,!7!! ,"7!! ,"8"!
.UMBEROFINPUTS
SINGLE ENDED
6OLTAGEOUTPUTRANGE
x6$# ,3"
4YPEOFDATA
BITUNSIGNEDINTEGER
3TEPRESPONSE
MS
,OADRANGE 6OLTAGEOUTPUT
+7
/UTPUTRESOLUTION
BIT
!NALOGOUTPUTSETTINGTIME
MSMAX
/VERALL!CCURACY
xª# xª&
¢OFFULLSCALE
%LECTRICALISOLATION
.ON ISOLATEDWITHINTERNALLOGIC
#ABLELENGTH
MFT SHIELDEDCABLE
2ELAYAND&%4/UTPUTS $ESCRIPTION
,!7! ,!7!! ,"8" ,"7! ,"7!! ,"8"!
-AXIMUMCONTROLLEDLOAD
6!
6!
#URRENTPERCHANNELANDGROUPCOMMON
!PERCHANNEL !MAXCHANNELxCOMMON
!PERCHANNEL
#URRENTPERCONTROLLER
AT6MAX
!ORTOTALOFPER POINTLOADS WHICHEVERISLESS
AT6MAX
!ORTOTALOFPER POINTLOADS WHICHEVERISLESS
-AXIMUM#ONTINUOUS#URRENT
2ELAY/UTPUTS $ESCRIPTION
,!7! ,!7!! ,"7! ,"7!! ,"8" ,"8"!
4URN/N4IME4URN/FF4IME
MSMAXIMUM
,OADCURRENT
M!MINIMUM
3CANTIMEDEPENDENT
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
-AXIMUM6OLTS
!MPERES -AKE
"REAK
6!#
!
!
6!#
!
!
!MPERES #ONTINUOUS
6OLT !MPERES -AKE
"REAK
!
6!
6!
!
6!
6!
6$#
!
!
6!
6$#
!
!
6!
,"8" ,"8"!&%4/UTPUT -AXIMUMOUTPUTCURRENTTEMPERATUREDEPENDENT &%4#URRENTPER0OINT
&%44OTAL#URRENT
! ª#ª&
! ª#ª&
6ALID 2ANGE
#URRENT!MPS
#URRENT!MPS
! ª#ª&
6ALID 2ANGE
! ª#ª&
ª# ª&
ª# ª&
ª# ª&
ª# ª&
4EMPERATURE
ª# ª&
ª# ª&
ª# ª&
ª# ª&
ª# ª&
4EMPERATURE
$ESCRIPTION
'ENERAL/PERATION
0OWERSUPPLYVOLTAGE
6$# #LASS
/N STATEVOLTAGEDROP ATMAXLOADCURRENT ATMAXSURGECURRENT
6$# 6$#
.OT!PPLICABLE .OT!PPLICABLE
#URRENTRATINGPERPOINT MAXLOAD MINLOAD MAXLEAKAGE
3EEGRAPHICABOVE M! M!
M! M! M!
3URGECURRENTPERPOINT PEAKCURRENT MAXSURGEDURATION MAXRATEOFREPETITION ª#ª& MAXRATEOFREPETITION ª#ª&
! MS ONCEEVERYSECOND ONCEEVERYSECONDS
.OT!PPLICABLE .OT!PPLICABLE .OT!PPLICABLE .OT!PPLICABLE
ª# ª&
(IGH3PEED/PERATION /UTPUT AND/NLY
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
$ESCRIPTION
'ENERAL/PERATION
(IGH3PEED/PERATION /UTPUT AND/NLY
4URN /N4IMEMAXIMUM
MS
NS
4URN /FF4IMEMAXIMUM
MS
MS
/UTPUT ANDAREDESIGNEDTOPROVIDEINCREASEDFUNCTIONALITYOVERTHEOTHER&%4OUTPUTS/UTPUT ANDMAYBEUSED LIKETHEOTHER&%4TRANSISTOROUTPUTS BUTINADDITION WITHINALIMITEDCURRENTRANGE THEYMAYBEOPERATEDATAHIGHERSPEED /UTPUT ANDALSOPROVIDEAPULSETRAINOUTPUT04/ ORPULSEWIDTHMODULATIONOUTPUT07- FUNCTION
7ORKING6OLTAGE 7ORKING6OLTAGEFOR ,!7! ,!7!! $ESCRIPTION
2ECOMMENDATION
0OWERSUPPLYINPUTTO BACKPLANEISOLATION
6ERIFIEDBYONEOFTHEFOLLOWINGDIELECTRICTESTS6!#FORSECONDOR 6$#FORSECOND 6!#7ORKING6OLTAGE)%##LASSREINFORCEDINSULATION
)NPUTGROUPTOBACKPLANE ISOLATION
6ERIFIEDBYONEOFTHEFOLLOWINGDIELECTRICTESTS6!#FORSECONDOR 6$#FORSECOND 6!#7ORKING6OLTAGE)%##LASSREINFORCEDINSULATION
)NPUTGROUPTOINPUTGROUP ISOLATION
6ERIFIEDBYONEOFTHEFOLLOWINGDIELECTRICTESTS6!#FORSECONDOR 6$#FORSECOND 6!#7ORKING6OLTAGEBASICINSULATION
/UTPUTGROUPTOBACKPLANE ISOLATION
6ERIFIEDBYONEOFTHEFOLLOWINGDIELECTRICTESTS6!#FORSECONDOR 6$#FORSECOND 6!#7ORKING6OLTAGE)%##LASSREINFORCEDINSULATION
/UTPUTGROUPTOOUTPUT GROUPISOLATION
6ERIFIEDBYONEOFTHEFOLLOWINGDIELECTRICTESTS6!#FORSECONDOR 6$#FORSECOND 6!#7ORKING6OLTAGEBASICINSULATION 6!#7ORKING6OLTAGE)%# #LASSREINFORCEDINSULATION
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
7ORKING6OLTAGEFOR ,"7! ,"7!! $ESCRIPTION
2ECOMMENDATION
0OWERSUPPLYINPUTTO BACKPLANEISOLATION
6ERIFIEDBYONEOFTHEFOLLOWINGDIELECTRICTESTS6!#FORSECONDOR 6$#FORSECOND 6!#7ORKING6OLTAGE)%##LASSREINFORCEDINSULATION
)NPUTGROUPTOBACKPLANE ISOLATIONANDINPUTGROUPTO INPUTGROUPISOLATION
6ERIFIEDBYONEOFTHEFOLLOWINGDIELECTRICTESTS6!#FORSECONDOR 6$#FORSECOND
/UTPUTGROUPTOBACKPLANE )SOLATION
6ERIFIEDBYONEOFTHEFOLLOWINGDIELECTRICTESTS6!#FORSECONDOR 6$#FORSECOND
6$#7ORKING6OLTAGE)%##LASSREINFORCEDINSULATION
6!#7ORKING6OLTAGE)%##LASSREINFORCEDINSULATION /UTPUTGROUPTOOUTPUT GROUPISOLATION
6ERIFIEDBYONEOFTHEFOLLOWINGDIELECTRICTESTS6!#FORSECONDOR 6$#FORSECOND 6!#7ORKING6OLTAGEBASICINSULATION 67ORKING6OLTAGE)%##LASS REINFORCEDINSULATION
7ORKING6OLTAGEFOR ,"8" ,"8"! $ESCRIPTION
2ECOMMENDATION
)NPUTGROUPTOBACKPLANE ISOLATIONANDINPUTGROUPTO INPUTGROUPISOLATION
6ERIFIEDBYONEOFTHEFOLLOWINGDIELECTRICTESTS6!#FORSECONDOR 6$#FORSECOND
&%4OUTPUTGROUPTO BACKPLANEISOLATION
6ERIFIEDBYONEOFTHEFOLLOWINGDIELECTRICTESTS6!#FORSECONDOR 6$#FORSECOND
6$#7ORKING6OLTAGE)%##LASSREINFORCEDINSULATION
6$#7ORKING6OLTAGE)%##LASSREINFORCEDINSULATION 2ELAYOUTPUTGROUPTO BACKPLANEISOLATION
6ERIFIEDBYONEOFTHEFOLLOWINGDIELECTRICTESTS6!#FORSECONDOR 6$#FORSECOND 6!#7ORKING6OLTAGE)%##LASSREINFORCEDINSULATION
2ELAYOUTPUTGROUPTORELAY 6ERIFIEDBYONEOFTHEFOLLOWINGDIELECTRICTESTS6!#FORSECONDOR OUTPUTGROUPAND&%4OUTPUT 6$#FORSECOND GROUPISOLATION 6!#7ORKING6OLTAGEBASICINSULATION 67ORKING6OLTAGE )%##LASSREINFORCEDINSULATION
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
%NVIRONMENTAL3PECIFICATIONS $ESCRIPTION
,!7! ,!7!!
4EMPERATURE OPERATING
)%# 4EST!D /PERATING#OLD )%# 4EST"D /PERATING$RY(EAT )%# 4EST.B /PERATING4HERMAL3HOCK
xª# xª&
4EMPERATURE STORAGE
)%# 4EST!B 5NPACKAGED.ON OPERATING#OLD )%# 4EST"B 5NPACKAGED.ON OPERATING$RY(EAT )%# 4EST.A 5NPACKAGED.ON OPERATING4HERMAL3HOCK
xª# xª&
2ELATIVEHUMIDITY
)%# 4EST$B 5NPACKAGED$AMP(EAT xNON CONDENSING
6IBRATION
)%# 4EST&C /PERATING G x(Z
3HOCK OPERATING
)%# 4EST%A 5NPACKAGED3HOCK G
3HOCK NONOPERATING
)%# 4EST%A 5NPACKAGED3HOCK 0ANELMOUNT G $).MOUNT G
%MISSIONS
#)302 'ROUP #LASS!
%3$IMMUNITY
)%# K6DISCHARGES K6AIRDISCHARGES
2ADIATED2&IMMUNITY
)%# 6MWITHK(ZSINE WAVE!-FROMx-(Z 6MWITHK(ZSINE WAVE!-FROMx'(Z 6MWITHK(ZSINE WAVE!-FROMx'(Z
%&4"IMMUNITY
)%# ¢K6 K(ZONPOWERPORTS ¢K6 K(ZONSIGNALPORTS ¢K6 K(ZONCOMMUNICATIONSPORTS
0UBLICATION ).# %. 0 /CTOBER
,"7! ,"7!!
,"8" ,"8"!
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
$ESCRIPTION
,!7! ,!7!!
,"7! ,"7!!
,"8" ,"8"!
3URGETRANSIENT IMMUNITY
)%# ¢K6LINE LINE$- AND¢K6LINE EARTH#- ON!#POWERPORTS ¢K6LINE LINE$- AND¢K6LINE EARTH#- ONSIGNALPORTS ¢K6LINE EARTH#- ONCOMMUNICATIONSPORTS
#ONDUCTED2&IMMUNITY
)%# 6RMSWITHK(ZSINE WAVE!-FROMK(Zx-(Z
6OLTAGEVARIATION
)%# DIPFORPERIODSON!#SUPPLYPORTS DIPSFORPERIODS oANDoON!#SUPPLYPORTS DIPFORPERIODS oANDoON!#SUPPLYPORTS DIPFORPERIODS ARBITRARYANGLE ON!#SUPPLYPORTS
#ERTIFICATIONSFOR ,!7! ,!7!! ,"7! ,"7!! ,"8" ,"8"! #ERTIFICATIONWHEN
6ALUE
PRODUCTISMARKED 5,
5,,ISTEDFOR#LASS) $IVISION'ROUP! " # $(AZARDOUS,OCATIONS 3EE5,&ILE%
C 5,
5,,ISTEDFOR#LASS) $IVISION'ROUP! " # $(AZARDOUS,OCATIONS CERTIFIEDFOR #ANADA3EE5,&ILE%
#%
%UROPEAN5NION%#%-#$IRECTIVE COMPLIANTWITH %. )NDUSTRIAL)MMUNITY %. )NDUSTRIAL%MISSIONS %. 0ROGRAMMABLE#ONTROLLERS#LAUSE :ONE!" %. 0ROGRAMMABLE#ONTROLLERS#LAUSE
# 4ICK
!USTRALIAN2ADIOCOMMUNICATIONS!CT COMPLIANTWITH !3.:3#)302)NDUSTRIAL%MISSIONS
3EETHE0RODUCT#ERTIFICATIONLINKATHTTPWWWABCOMFOR$ECLARATIONOF#ONFORMITY #ERTIFICATES ANDOTHERCERTIFICATION DETAILS
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
0UBLICATION ).# %. 0 /CTOBER
100.06 mm (3.939 in.)
0.164
1766-L32AWA, 1766-L32AWAA 1766-L32BWA, 1766-L32BWAA 1766-L32BXB, 1766-L32BXBA
DIN rail center line. Ligne médiane du rail DIN. Mittellinie der DIN-Schiene. Línea central del riel DIN. Linea centrale della guida DIN. linha de centro do trilho DIN.
165.8 mm (6.528 in.)
180.0 mm (7.087 in.)
Expansão de E/S
Expansión de E/S
Espansione dei moduli I/O
E/A Erweiterungsmodule
Extension d'E/S
Expansion I/O
25.81 mm (1.016 in.)
INPUTS
INPUTS
0
1
1
OUTPUTS
0
OUTPUTS
2
2
3
4
5
6
7
8
9
10
11
12
13
14
14
11
13
11
10
12
10
9
11
9
8
10
8
7
9
7
6
8
6
5
7
5
4
6
4
3
5
3
2
4
2
1
3
1
0
0
15
15
16
16
17
17
18
18
19
19
L32AWAA
L32AWA
VAC L1
NC NC
OUT 10 OUT 11
OUT 8 OUT 9
OUT 7 VAC DC6
VAC DC5 OUT 6
OUT 4 OUT 5
OUT 3 VAC DC4
OUT 2 VAC DC3
OUT 1 VAC DC2
OUT 0 VAC DC1
VAC L2/N VAC DC0
IN19
NC
NC NC
IN17
IN18
IN15
IN16
IN13
IN14
COM 3
IN12
IN10
IN11
IN8
IN9
IN7 COM 2
IN5 IN6
COM 1 IN4
IN2 IN3
IN0 IN1
1766-L32AWA
1766-L32AWA
COM 0
OV1 OV0
COM ANA OUT 11
OUT 10 OUT 9
OUT 8 VAC DC6
OUT 7 OUT 6
VAC DC5 OUT 5
OUT 4 VAC DC4
OUT 3 VAC DC3
OUT 2 VAC DC2
OUT 1 VAC DC1
OUT 0 VAC DC0
IV0 COM ANA
IN19 IN18
IN17 IN16
IN15 IN14
IN13 IN12
COM 3 IN11
IN10 IN9
IN8 COM 2
IN7 IN6
IN5 IN4
COM 1 IN3
IN2
VAC L2/N
IN0 IN1
VAC L1 1766-L32AWAA
1766-L32AWAA
COM 0
NC
IV1
NC
IV2
NC
IV3
L32AWA
L32AWAA
953203-16
INPUTS
INPUTS
0
1
1
OUTPUTS
0
OUTPUTS
2
2
3
4
5
6
7
8
9
10
11
12
13
14
14
11
13
11
10
12
10
9
11
9
8
10
8
7
9
7
6
8
6
5
7
5
4
6
4
3
5
3
2
4
2
1
3
1
0
0
15
15
16
16
17
17
18
18
19
19
L32BWAA
L32BWA
VAC L1
NC NC
OUT 10 OUT 11
OUT 8 OUT 9
OUT 7 VAC DC6
VAC DC5 OUT 6
OUT 4 OUT 5
OUT 3 VAC DC4
OUT 2 VAC DC3
OUT 1 VAC DC2
OUT 0 VAC DC1
VAC L2/N VAC DC0
IN19
NC
NC NC
IN17
IN18
IN15
IN16
IN13
IN14
COM 3
IN12
IN10
IN11
IN8
IN9
IN7 COM 2
IN5 IN6
COM 1 IN4
IN2 IN3
IN0 IN1
1766-L32BWA
1766-L32BWA
COM 0
OV1 OV0
COM ANA OUT 11
OUT 10 OUT 9
OUT 8 VAC DC6
OUT 7 OUT 6
VAC DC5 OUT 5
OUT 4 VAC DC4
OUT 3 VAC DC3
OUT 2 VAC DC2
OUT 1 VAC DC1
OUT 0 VAC DC0
IV0 COM ANA
IN19 IN18
IN17 IN16
IN15 IN14
IN13 IN12
COM 3 IN11
IN10 IN9
IN8 COM 2
IN7 IN6
IN5 IN4
COM 1 IN3
IN2
VAC L2/N
IN0 IN1
VAC L1 1766-L32BWAA
1766-L32BWAA
COM 0
NC
IV1
NC
IV2
NC
IV3
L32BWA
L32BWAA
953203-16
INPUTS
INPUTS
0
1
1
OUTPUTS
0
OUTPUTS
2
2
3
4
5
6
7
8
9
10
11
12
13
14
14
11
13
11
10
12
10
9
11
9
8
10
8
7
9
7
6
8
6
5
7
5
4
6
4
3
5
3
2
4
2
1
3
1
0
0
15
15
16
16
17
17
18
18
19
19
L32BXB
L32BXBA
+24 VDC
COM ANA OV0
OUT 10 OUT 11
OUT 9 VAC DC5
OUT 8 VAC DC4
COM 2 VAC DC3
OUT 6 OUT 7
OUT 4 OUT 5
OUT 2 OUT 3
OUT 1 VDC 2
OUT 0 VAC DC1
VDC NEUT VAC DC0
IN19
OV1
IV0 COM ANA
IN17
IN18
IN15
IN16
IN13
IN14
COM 3
IN12
IN10
IN11
IN8 IN9
IN7 COM 2
IN5 IN6
COM 1 IN4
IN2 IN3
IN0 IN1
1766-L32BXBA
1766-L32BXBA
COM 0
NC NC
NC OUT 11
OUT 10 VAC DC5
OUT 9 VAC DC4
OUT 8 VAC DC3
COM 2 OUT 7
OUT 6 OUT 5
OUT 4 OUT 3
OUT 2 VDC 2
NC
OUT 1 VAC DC1
IN19
OUT 0 VAC DC0
IN17
IN18
IN15
IN16
IN13
IN14
COM 3
IN12
IN10
IN11
IN8
IN9
IN7 COM 2
IN5 IN6
COM 1 IN4
IN2
IN3
NC
VDC NEUT
IN0 IN1
+24 VDC 1766-L32BXB
1766-L32BXB
COM 0
IV1
NC
IV2
NC
IV3
NC
L32BXBA
L32BXB
953203-16
0UBLICATION ).# %. 0 /CTOBER
2OCKWELL!UTOMATION3UPPORT Rockwell Automation provides technical information on the Web to assist you in using its products. At http://.rockwellautomation.com, you can find technical manuals, a knowledge base of FAQs, technical and application notes, sample code and links to software service packs, and a My feature that you can customize to make the best use of these tools. For an additional level of technical phone for installation, configuration and troubleshooting, we offer TechConnect programs. For more information, your local distributor or Rockwell Automation representative, or visit http://.rockwellautomation.com.
)NSTALLATION!SSISTANCE If you experience a problem with a hardware module within the first 24 hours of installation, please review the information that's contained in this manual. You can also a special Customer number for initial help in getting your module up and running: 5NITED3TATES
-ONDAYn&RIDAY AMnPM%34
/UTSIDE5NITED3TATES
0LEASEYOURLOCAL2OCKWELL!UTOMATIONREPRESENTATIVEFORANYTECHNICAL ISSUES
.EW0RODUCT3ATISFACTION2ETURN Rockwell Automation tests all of its products to ensure that they are fully operational when shipped from the manufacturing facility. However, if your product is not functioning and needs to be returned, follow these procedures. 5NITED3TATES
#ONTACTYOURDISTRIBUTOR9OUMUSTPROVIDEA#USTOMER3UPPORTCASENUMBERSEE PHONENUMBERABOVETOOBTAINONE TOYOURDISTRIBUTORINORDERTOCOMPLETETHERETURN PROCESS
/UTSIDE5NITED3TATES
0LEASEYOURLOCAL2OCKWELL!UTOMATIONREPRESENTATIVEFORRETURNPROCEDURE
Allen-Bradley, Rockwell Automation, MicroLogix, and TechConnect are trademarks of Rockwell Automation, Inc. Trademarks not belonging to Rockwell Automation are property of their respective companies.
0UBLICATION ).# %. 0 /CTOBER 3UPERSEDESPUBLICATION )." %. 0 .OVEMBER
0. #OPYRIGHT¥2OCKWELL!UTOMATION )NC!LLRIGHTSRESERVED0RINTEDIN3INGAPORE
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
#ATALOG.UMBERS ,!7! ,!7!! ,"7! ,"7!! ,"8" ,"8"! HTTPLITERATUREROCKWELLAUTOMATIONCOMIDCGROUPSLITERATUREDOCUMENTSIN IN? MU PPDF
&2
#ETTEPUBLICATIONESTDISPONIBLEENFRAN AISSOUSFORMEÏLECTRONIQUEFICHIER0$& 0OURLA TÏLÏCHARGER RENDEZ VOUSSURLAPAGE)NTERNETINDIQUÏECI DESSUS
)4
1UESTAPUBBLICAZIONEÒDISPONIBILEIN)TALIANOINFORMATO0$&0ERSCARICARLACOLLEGARSIALSITO 7EBINDICATOSOPRA
%$$IESE0UBLIKATIONISTALS0$&AUF$EUTSCHVERFàGBAR'EHEN3IEAUFDIEOBENGENANNTE 7EB !DRESSE UMNACHDER0UBLIKATIONZUSUCHENUNDSIEHERUNTERZULADEN
%3
%STAPUBLICACIØNESTÉDISPONIBLEENESPA×OLCOMO0$&$IRÓJASEALADIRECCIØNWEBINDICADA ARRIBAPARABUSCARYDESCARGAESTAPUBLICACIØN
04
%STAPUBLICA ÎOESTÉDISPONÓVELEMPORTUGUÏSCOMO0$&6ÉAOENDERE OWEBQUEAPARECE ACIMAPARAENCONTRAREFAZERDAPUBLICA ÎO
)NSTALLATION)NSTRUCTIONS
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
#ATALOG.UMBERS ,!7! ,!7!! ,"7! ,"7!! ,"8" ,"8"!
4OPIC
0AGE
)MPORTANT5SER)NFORMATION
!DDITIONAL2ESOURCES
/VERVIEW
#ONTROLLER$ESCRIPTION
(AZARDOUS,OCATION#ONSIDERATIONS
-OUNTTHE#ONTROLLER
#ONNECT)/%XPANSION-ODULES
7IRETHE#ONTROLLER
3PECIFICATIONS
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
)MPORTANT5SER)NFORMATION 3OLIDSTATEEQUIPMENTHASOPERATIONALCHARACTERISTICSDIFFERINGFROMTHOSEOFELECTROMECHANICALEQUIPMENT 3AFETY'UIDELINESFORTHE!PPLICATION )NSTALLATIONAND-AINTENANCEOF3OLID3TATE#ONTROLS0UBLICATION 3') AVAILABLEFROMYOURLOCAL2OCKWELL!UTOMATIONSALESOFFICEORONLINEAT HTTPLITERATUREROCKWELLAUTOMATIONCOM DESCRIBESSOMEIMPORTANTDIFFERENCESBETWEENSOLIDSTATE EQUIPMENTANDHARD WIREDELECTROMECHANICALDEVICES"ECAUSEOFTHISDIFFERENCE ANDALSOBECAUSEOFTHE WIDEVARIETYOFUSESFORSOLIDSTATEEQUIPMENT ALLPERSONSRESPONSIBLEFORAPPLYINGTHISEQUIPMENTMUST SATISFYTHEMSELVESTHATEACHINTENDEDAPPLICATIONOFTHISEQUIPMENTISACCEPTABLE )NNOEVENTWILL2OCKWELL!UTOMATION )NCBERESPONSIBLEORLIABLEFORINDIRECTORCONSEQUENTIALDAMAGES RESULTINGFROMTHEUSEORAPPLICATIONOFTHISEQUIPMENT 4HEEXAMPLESANDDIAGRAMSINTHISMANUALAREINCLUDEDSOLELYFORILLUSTRATIVEPURPOSES"ECAUSEOFTHEMANY VARIABLESANDREQUIREMENTSASSOCIATEDWITHANYPARTICULARINSTALLATION 2OCKWELL!UTOMATION )NCCANNOT ASSUMERESPONSIBILITYORLIABILITYFORACTUALUSEBASEDONTHEEXAMPLESANDDIAGRAMS .OPATENTLIABILITYISASSUMEDBY2OCKWELL!UTOMATION )NCWITHRESPECTTOUSEOFINFORMATION CIRCUITS EQUIPMENT ORSOFTWAREDESCRIBEDINTHISMANUAL 2EPRODUCTIONOFTHECONTENTSOFTHISMANUAL INWHOLEORINPART WITHOUTWRITTENPERMISSIONOF2OCKWELL !UTOMATION )NC ISPROHIBITED 4HROUGHOUTTHISMANUAL WHENNECESSARY WEUSENOTESTOMAKEYOUAWAREOFSAFETYCONSIDERATIONS 7!2.).'
)-0/24!.4 !44%.4)/.
)DENTIFIESINFORMATIONABOUTPRACTICESORCIRCUMSTANCESTHATCANCAUSEANEXPLOSIONIN AHAZARDOUSENVIRONMENT WHICHMAYLEADTOPERSONALINJURYORDEATH PROPERTY DAMAGE ORECONOMICLOSS )DENTIFIESINFORMATIONTHATISCRITICALFORSUCCESSFULAPPLICATIONANDUNDERSTANDINGOF THEPRODUCT )DENTIFIESINFORMATIONABOUTPRACTICESORCIRCUMSTANCESTHATCANLEADTOPERSONALINJURY ORDEATH PROPERTYDAMAGE ORECONOMICLOSS!TTENTIONSHELPYOUIDENTIFYAHAZARD AVOIDAHAZARDANDRECOGNIZETHECONSEQUENCES
3(/#+(!:!2$ ,ABELSMAYBEONORINSIDETHEEQUIPMENTFOREXAMPLE DRIVEORMOTOR TOALERTPEOPLE THATDANGEROUSVOLTAGEMAYBEPRESENT
"52.(!:!2$ ,ABELSMAYBEONORINSIDETHEEQUIPMENTFOREXAMPLE DRIVEORMOTOR TOALERTPEOPLE THATSURFACESMAYREACHDANGEROUSTEMPERATURES
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
%NVIRONMENTAND%NCLOSURE !44%.4)/.
4HISEQUIPMENTISINTENDEDFORUSEINA0OLLUTION$EGREEINDUSTRIAL ENVIRONMENT INOVERVOLTAGE#ATEGORY))APPLICATIONSASDEFINEDIN)%# PUBLICATION ATALTITUDESUPTOMETERSFT WITHOUTDERATING 4HISEQUIPMENTISCONSIDERED'ROUP #LASS!INDUSTRIALEQUIPMENTACCORDINGTO )%##)3020UBLICATION7ITHOUTAPPROPRIATEPRECAUTIONS THEREMAYBE POTENTIALDIFFICULTIESENSURINGELECTROMAGNETICCOMPATIBILITYINOTHER ENVIRONMENTSDUETOCONDUCTEDASWELLASRADIATEDDISTURBANCE 4HISEQUIPMENTISSUPPLIEDASOPEN TYPEEQUIPMENT)TMUSTBEMOUNTEDWITHIN ANENCLOSURETHATISSUITABLYDESIGNEDFORTHOSESPECIFICENVIRONMENTAL CONDITIONSTHATWILLBEPRESENTANDAPPROPRIATELYDESIGNEDTOPREVENTPERSONAL INJURYRESULTINGFROMACCESSIBILITYTOLIVEPARTS4HEENCLOSUREMUSTHAVESUITABLE FLAME RETARDANTPROPERTIESTOPREVENTORMINIMIZETHESPREADOFFLAME COMPLYINGWITHAFLAMESPREADRATINGOF6! 6 6 6OREQUIVALENT IF NON METALLIC4HEINTERIOROFTHEENCLOSUREMUSTBEACCESSIBLEONLYBYTHEUSEOF ATOOL3UBSEQUENTSECTIONSOFTHISPUBLICATIONMAYCONTAINADDITIONAL INFORMATIONREGARDINGSPECIFICENCLOSURETYPERATINGSTHATAREREQUIREDTOCOMPLY WITHCERTAINPRODUCTSAFETYCERTIFICATIONS
0REVENTING%LECTROSTATIC$ISCHARGE !44%.4)/.
4HISEQUIPMENTISSENSITIVETOELECTROSTATICDISCHARGE WHICHCANCAUSEINTERNAL DAMAGEANDAFFECTNORMALOPERATION&OLLOWTHESEGUIDELINESWHENYOUHANDLE THISEQUIPMENT v v v v v v
4OUCHAGROUNDEDOBJECTTODISCHARGEPOTENTIALSTATIC 7EARANAPPROVEDGROUNDINGWRISTSTRAP $ONOTTOUCHCONNECTORSORPINSONCOMPONENTBOARDS $ONOTTOUCHCIRCUITCOMPONENTSINSIDETHEEQUIPMENT 5SEASTATIC SAFEWORKSTATION IFAVAILABLE 3TORETHEEQUIPMENTINAPPROPRIATESTATIC SAFEPACKAGINGWHENNOTINUSE
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
.ORTH!MERICAN(AZARDOUS,OCATION!PPROVAL The following modules are North American Hazardous Location approved: 1766-L32AWA, 1766-L32AWAA, 1766-L32BWA, 1766-L32BWAA, 1766-L32BXB, 1766-L32BXBA 4HEFOLLOWINGINFORMATIONAPPLIESWHEN OPERATINGTHISEQUIPMENTINHAZARDOUS LOCATIONS
)NFORMATIONSSURLUTILISATIONDECET ÏQUIPEMENTENENVIRONNEMENTS DANGEREUX
0RODUCTSMARKED#,) $)6 '0! " # $ARE SUITABLEFORUSEIN#LASS)$IVISION'ROUPS! " # $ (AZARDOUS,OCATIONSANDNONHAZARDOUSLOCATIONS ONLY%ACHPRODUCTISSUPPLIEDWITHMARKINGSONTHE RATINGNAMEPLATEINDICATINGTHEHAZARDOUSLOCATION TEMPERATURECODE7HENCOMBININGPRODUCTSWITHIN ASYSTEM THEMOSTADVERSETEMPERATURECODE LOWEST4NUMBER MAYBEUSEDTOHELPDETERMINE THEOVERALLTEMPERATURECODEOFTHESYSTEM #OMBINATIONSOFEQUIPMENTINYOURSYSTEMARE SUBJECTTOINVESTIGATIONBYTHELOCAL!UTHORITY(AVING *URISDICTIONATTHETIMEOFINSTALLATION
,ESPRODUITSMARQUÏS#,) $)6 '0! " # $NE CONVIENNENTQUÌUNEUTILISATIONENENVIRONNEMENTS DE#LASSE)$IVISION'ROUPES! " # $DANGEREUXET NONDANGEREUX#HAQUEPRODUITESTLIVRÏAVECDES MARQUAGESSURSAPLAQUEDIDENTIFICATIONQUI INDIQUENTLECODEDETEMPÏRATUREPOURLES ENVIRONNEMENTSDANGEREUX,ORSQUEPLUSIEURS PRODUITSSONTCOMBINÏSDANSUNSYSTÒME LECODEDE TEMPÏRATURELEPLUSDÏFAVORABLECODEDETEMPÏRATURE LEPLUSFAIBLE PEUTÐTREUTILISÏPOURDÏTERMINERLECODE DETEMPÏRATUREGLOBALDUSYSTÒME,ESCOMBINAISONS DÏQUIPEMENTSDANSLESYSTÒMESONTSUJETTESÌ INSPECTIONPARLESAUTORITÏSLOCALESQUALIFIÏESAU MOMENTDELINSTALLATION
7!2.).'
%80,/3)/.(!:!2$
!6%24)33%-%.4
2)315%$%80,/3)/.
s $ONOTDISCONNECTWHILETHE CIRCUITISLIVEORUNLESSTHEAREA ISKNOWNTOBEFREEOFIGNITIBLE CONCENTRATIONS
s #OUPERLECOURANTOUSASSURER QUELENVIRONNEMENTESTCLASSÏ NONDANGEREUXAVANTDE DÏBRANCHERLgÏQUIPEMENT
s $ONOTDISCONNECTCONNECTIONS TOTHISEQUIPMENTUNLESSPOWER HASBEENREMOVEDORTHEAREAIS KNOWNTOBENONHAZARDOUS 3ECUREANYEXTERNALCONNECTIONS THATMATETOTHISEQUIPMENTBY USINGSCREWS SLIDINGLATCHES THREADEDCONNECTORS OROTHER MEANSPROVIDEDWITHTHIS PRODUCT
s #OUPERLECOURANTOUSgASSURER QUELENVIRONNEMENTESTCLASSÏ NONDANGEREUXAVANTDE DÏBRANCHERLESCONNECTEURS&IXER TOUSLESCONNECTEURSEXTERNES RELIÏSÌCETÏQUIPEMENTÌLgAIDE DEVIS LOQUETSCOULISSANTS CONNECTEURSFILETÏSOUAUTRES MOYENSFOURNISAVECCEPRODUIT
s 3UBSTITUTIONOFCOMPONENTSMAY IMPAIRSUITABILITYFOR#LASS) $IVISION s $ONOTREMOVEORREPLACELAMPS FUSESORPLUG INMODULESAS APPLICABLE UNLESSPOWERHAS BEENDISCONNECTEDORTHEAREAIS KNOWNTOBEFREEOFIGNITIBLE CONCENTRATIONSOFFLAMMABLE GASESORVAPORS
0UBLICATION ).# %. 0 /CTOBER
s ,ASUBSTITUTIONDECOMPOSANTS PEUTRENDRECETÏQUIPEMENT INADAPTÏÌUNEUTILISATIONEN ENVIRONNEMENTDE#LASSE) $IVISION s 3ASSURERQUELENVIRONNEMENT ESTCLASSÏNONDANGEREUXAVANT DECHANGERLESPILES
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
!DDITIONAL2ESOURCES 2ESOURCE
$ESCRIPTION
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS5SER -ANUAL 5-
!MOREDETAILEDDESCRIPTIONOFHOWTOINSTALLANDUSE YOUR-ICRO,OGIXPROGRAMMABLECONTROLLERAND EXPANSION)/SYSTEM
-ICRO,OGIX)NSTRUCTION3ET2EFERENCE -ANUAL 2-
!REFERENCEMANUALTHATCONTAINSDATAANDFUNCTION FILES INSTRUCTIONSET ANDTROUBLESHOOTINGINFORMATION FOR-ICRO,OGIX
)NSTALLATION)NSTRUCTIONS ).XXX
)NFORMATIONONINSTALLINGANDUSINGEXPANSION)/ MODULES
)NDUSTRIAL!UTOMATION7IRINGAND'ROUNDING 'UIDELINES
-OREINFORMATIONONPROPERWIRINGANDGROUNDING TECHNIQUES
If you would like a manual, you can: v a free electronic version from the internet: http://literature.rockwellautomation.com v purchase a printed manual by ing your local Allen-Bradley distributor or Rockwell Automation representative
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
/VERVIEW MicroLogix 1400 controllers are suitable for use in an industrial environment when installed in accordance with these instructions. Specifically, this equipment is intended for use in clean, dry environments (Pollution degree 2(1)) and with circuits not exceeding Over Voltage Category II(2) (IEC 60664-1)(3). AC powered products must be connected to the secondary of an isolating transformer. Install your controller using these installation instructions.
$EBRISSTRIP
!44%.4)/.
$ONOTREMOVETHEPROTECTIVEDEBRISSTRIPUNTILAFTERTHECONTROLLERANDALLOTHER EQUIPMENTINTHENEARTHECONTROLLERAREMOUNTEDANDWIRINGISCOMPLETE /NCEWIRINGISCOMPLETE REMOVEPROTECTIVEDEBRISSTRIP&AILURETOREMOVESTRIP BEFOREOPERATINGCANCAUSEOVERHEATING
!44%.4)/.
%LECTROSTATICDISCHARGECANDAMAGESEMICONDUCTORDEVICESINSIDETHECONTROLLER $ONOTTOUCHTHECONNECTORPINSOROTHERSENSITIVEAREAS
0OLLUTION$EGREEISANENVIRONMENTWHERE NORMALLY ONLYNON CONDUCTIVEPOLLUTIONOCCURSEXCEPTTHATOCCASIONALLYA TEMPORARYCONDUCTIVITYCAUSEDBYCONDENSATIONSHALLBEEXPECTED
/VER6OLTAGE#ATEGORY))ISTHELOADLEVELSECTIONOFTHEELECTRICALDISTRIBUTIONSYSTEM!TTHISLEVELTRANSIENTVOLTAGESARE CONTROLLEDANDDONOTEXCEEDTHEIMPULSEVOLTAGECAPABILITYOFTHEPRODUCTgSINSULATION
0OLLUTION$EGREEAND/VER6OLTAGE#ATEGORY))ARE)NTERNATIONAL%LECTROTECHNICALCOMMISSIONS)%# DESIGNATIONS
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
#ONTROLLER$ESCRIPTION 1 2 3
4
5
6
7
ESC
1 OK
13
12 11
,EFTSIDEVIEW
10
9
8
4OPVIEW
$ESCRIPTION
#OMMPORT PIN$ 3HELL23 #CONNECTOR
-EMORYMODULEREFERTO-ICRO,OGIX-EMORY-ODULE)NSTALLATION)NSTRUCTIONS PUBLICATION ).FORINSTRUCTIONSONINSTALLINGTHEMEMORYMODULE
5SER6FOR ,"7!AND ,"7!!ONLY
)NPUTTERMINALBLOCK
,#$$ISPLAY+EYPAD%3# /+ 5P $OWN ,EFT 2IGHT
"ATTERYCOMPARTMENT
EXPANSIONBUSCONNECTOR
"ATTERYCONNECTOR
/UTPUTTERMINALBLOCK
,#$$ISPLAY
)NDICATOR,%$
#OMMPORT 2*CONNECTOR
#OMMPORT PINMINI$).23 #23 CONNECTOR
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
#ONTROLLER)NPUTAND/UTPUT$ESCRIPTION #ATALOG .UMBER
$ESCRIPTION )NPUT 0OWER
,"7!
5SER 0OWER
%MBEDDED $ISCRETE)/
6$#
&AST6$#)NPUTS .ORMAL6$#)NPUTS 2ELAY/UTPUTS
6!# ,!7!
6!#)NPUTS 2ELAY/UTPUTS
,"8"
&AST6$#)NPUTS .ORMAL6$#)NPUTS 2ELAY/UTPUTS &AST$#/UTPUTS .ORMAL$#/UTPUTS
.ONE 6$#
,"7!!
6$# 6!#
.ONE ,"8"!
6$#
&AST6$#)NPUTS .ORMAL6$#)NPUTS 2ELAY/UTPUTS &AST$#/UTPUTS .ORMAL$#/UTPUTS
)SOLATED23 23 COMBOPORT3AMEAS-,#OMM
.ON ISOLATED23 3TANDARD$ SUBCONNECTOR
0UBLICATION ).# %. 0 /CTOBER
#OMM 0ORTS
.ONE
2323 %THERNET)0
&AST6$#)NPUTS .ORMAL6$#)NPUTS 2ELAY/UTPUTS 6!#)NPUTS 2ELAY/UTPUTS
,!7!!
%MBEDDED !NALOG)/
23
6OLTAGE)NPUTS 6OLTAGE /UTPUTS
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
(AZARDOUS,OCATION#ONSIDERATIONS This equipment is suitable for use in Class I, Division 2, Groups A, B, C, D or non-hazardous locations only. The following WARNING statement applies to use in hazardous locations. 7!2.).'
%80,/3)/.(!:!2$ v 3UBSTITUTIONOFCOMPONENTSMAYIMPAIRSUITABILITYFOR#LASS) $IVISION v $ONOTREPLACECOMPONENTSORDISCONNECTEQUIPMENTUNLESSPOWERHASBEENSWITCHED OFF v $ONOTCONNECTORDISCONNECTCOMPONENTSUNLESSPOWERHASBEENSWITCHEDOFF v 4HISPRODUCTMUSTBEINSTALLEDINANENCLOSURE!LLCABLESCONNECTEDTOTHEPRODUCT MUSTREMAININTHEENCLOSUREORBEPROTECTEDBYCONDUITOROTHERMEANS v !LLWIRINGMUSTCOMPLYWITH.%#ARTICLE B ANDORINACCORDANCEWITH 3ECTION *OFTHE#ANADIAN%LECTRICAL#ODE ANDINACCORDANCEWITHTHEAUTHORITY HAVINGJURISDICTION
Use only the following communication cables in Class I, Division 2 hazardous locations. %NVIRONMENT#LASSIFICATION
#OMMUNICATION#ABLES
#LASS) $IVISION(AZARDOUS%NVIRONMENT
#", !#3ERIES#ORLATER #", !-3ERIES#ORLATER #", !03ERIES#ORLATER #", 0-3ERIES#ORLATER #", (-3ERIES#ORLATER .#3ERIES#ORLATER .#3ERIES!ORLATER #03ERIES
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
%NVIRONNEMENTSDANGEREUX Cet équipement est conçu pour une utilisation en environnements dangereux de Classe I, Division 2, Groupes A, B, C, D ou non dangereux. La mise en garde suivante s’applique à utilisation en environnements dangereux. 7!2.).'
$!.'%2$%80,/3)/. v ,ASUBSTITUTIONDECOMPOSANTSPEUTRENDRECETÏQUIPEMENTIMPROPREÌUNEUTILISATION ENENVIRONNEMENTDE#LASSE) $IVISION v .EPASREMPLACERDECOMPOSANTSOUDÏCONNECTERLÏQUIPEMENTSANSSÐTREASSURÏQUE LALIMENTATIONESTCOUPÏE v .EPASCONNECTEROUDÏCONNECTERDESCOMPOSANTSSANSSÐTREASSURÏQUE LALIMENTATIONESTCOUPÏE v #EPRODUITDOITÐTREINSTALLÏDANSUNEARMOIRE4OUSLESCÊBLESCONNECTÏSÌLAPPAREIL DOIVENTRESTERDANSLARMOIREOUÐTREPROTÏGÏSPARUNEGOULOTTEOUTOUTAUTREMOYEN v ,ENSEMBLEDUCÊBLAGEDOITÐTRECONFORMEÌLARÏGLEMENTATIONENVIGUEURDANSLES PAYSOáLAPPAREILESTINSTALLÏ
Utilisez uniquement les câbles de communication suivants dans les environnements dangereux de Classe I, Division 2. #LASSIFICATIONDESENVIRONNEMENTS
#ÊBLESDECOMMUNICATION
%NVIRONNEMENTDANGEREUXDE#LASSE) $IVISION
#", !#SÏRIE#OUULTÏRIEURE #", !-SÏRIE#OUULTÏRIEURE #", !0SÏRIE#OUULTÏRIEURE #", 0-SÏRIE#OUULTÏRIEURE #", (-SÏRIE#OUULTÏRIEURE .#SÏRIE#OUULTÏRIEURE .#SÏRIE!OUULTÏRIEURE SÏRIE #0
!44%.4)/.
5.3500/24%$#/..%#4)/. $ONOTCONNECTTHE#OMMPORTONTHE-ICRO,OGIXCONTROLLERTOANOTHER-ICRO,OGIX FAMILYCONTROLLERSUCHAS-ICRO,OGIX -ICRO,OGIX OR-ICRO,OGIXUSINGA #", !- PINMINI $).TO PINMINI $). CABLEOREQUIVALENT 4HISTYPEOFCONNECTIONWILLCAUSEDAMAGETOTHE23 COMMUNICATIONPORT #HANNEL OFTHE-ICRO,OGIXANDORTHECONTROLLERITSELF#OMMUNICATIONPINSUSED FOR23 COMMUNICATIONSAREALTERNATELYUSEDFOR6POWERONTHEOTHER-ICRO,OGIX CONTROLLERS
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
-OUNTTHE#ONTROLLER 'ENERAL#ONSIDERATIONS Most applications require installation in an industrial enclosure to reduce the effects of electrical interference and environmental exposure. Locate your controller as far as possible from power lines, load lines, and other sources of electrical noise such as hard- switches, relays, and ac motor drives. For more information on proper grounding guidelines, see the Industrial Automation Wiring and Grounding Guidelines, publication 1770-4.1. !44%.4)/.
-OUNTTHECONTROLLERHORIZONTALLYONLY6ERTICALMOUNTINGISNOTEDDUETO THERMALCONSIDERATIONS
!44%.4)/.
"ECAREFULOFMETALCHIPSWHENDRILLINGMOUNTINGHOLESFORYOURCONTROLLEROR OTHEREQUIPMENTWITHINTHEENCLOSUREOR$RILLEDFRAGMENTSTHATFALLINTO THECONTROLLERCOULDCAUSEDAMAGE$ONOTDRILLHOLESABOVEAMOUNTEDCONTROLLER IFTHEPROTECTIVEDEBRISSTRIPSHAVEBEENREMOVED
7!2.).'
$ONOTPLACETHE-ICRO,OGIX0ROGRAMMABLE#ONTROLLERINDIRECTSUNLIGHT 0ROLONGEDEXPOSURETODIRECTSUNLIGHTCOULDDEGRADETHE,#$DISPLAY
7!2.).'
4HELOCALPROGRAMMINGTERMINALPORTISINTENDEDFORTEMPORARYUSEONLYAND MUSTNOTBECONNECTEDORDISCONNECTEDUNLESSTHEAREAISASSUREDTOBE NONHAZARDOUS
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
-OUNTING$IMENSIONS
C
A
B
,"7! ,!7! ,"8" ,"7!! ,!7!! ,"8"! $IMENSION
(EIGHT
!
MMIN
"
MMIN
#
MMIN
#ONTROLLER3PACING The controller mounts horizontally, with the expansion I/O extending to the right of the controller. Allow 50 mm (2 in.) of space on all but the right side for adequate ventilation, as shown below. 4OP
ESC
3IDE OK
"OTTOM
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
$).2AIL-OUNTING The maximum extension of the latch is 14 mm (0.55 in.) in the open position. A flat-blade screwdriver is required for removal of the controller. The controller can be mounted to EN50022-35x7.5 or EN50022-35x15 DIN rails. DIN rail mounting dimensions are shown below.
" ! #
$IMENSION
(EIGHT
!
MMIN
"
MMIN
#
MMIN
Follow these steps to install your controller on the DIN rail. 1. Mount your DIN rail. Make sure that the placement of the controller on the DIN rail meets the recommended spacing requirements (see Controller Spacing on page 14 for more information). Refer to the mounting template inside the back cover of this document. 2. If it is open, close the DIN latch. 3. Hook the top slot over the DIN rail. 4. While pressing the controller down against the top of the rail, snap the bottom of the controller into position. 5. Leave the protective debris strip attached until you are finished wiring the controller and any other devices. Follow these steps to remove your controller from the DIN rail. 1. Place a flat-blade screwdriver in the DIN rail latch at the bottom of the controller. 0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
2. Holding the controller, pry downward on the latch until the latch locks in the open position. 3. Repeat steps 1 and 2 for the second DIN rail latch. 4. Unhook the top of the DIN rail slot from the rail.
ESC
OK
/PEN
#LOSED
0ANEL-OUNTING Mount to using #8 or M4 screws. Follow these steps to install your controller using mounting screws. 1. Remove the mounting template from inside the back cover of this document. 2. Secure the template to the mounting surface. Make sure your controller is spaced properly (see Controller Spacing on page 14 for more information). 3. Drill holes through the template. 4. Remove the mounting template.
-OUNTING4EMPLATE
5. Mount the controller. 6. Leave the protective debris strip in place until you are finished wiring the controller and any other devices
ESC
OK
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
5SINGTHE"ATTERY The MicroLogix 1400 controller is equipped with a replaceable battery (catalog number 1747-BA). The Battery Low indicator on the LCD display of the controller shows the status of the replaceable battery. When the battery is low, the indicator is set (displayed as a solid rectangle). This means that either the battery wire connector is disconnected, or the battery may fail within 2 days if it is connected. )-0/24!.4
7!2.).'
4HE-ICRO,OGIXCONTROLLERSHIPSWITHTHEBATTERYWIRECONNECTORCONNECTED %NSURETHATTHEBATTERYWIRECONNECTORISINSERTEDINTOTHECONNECTORPORTIFYOUR APPLICATIONNEEDSBATTERYPOWER&OREXAMPLE WHENUSINGAREAL TIMECLOCK 24# 2EPLACINGTHEBATTERYWHENTHECONTROLLERISPOWEREDDOWNWILLLOSEALL APPLICATIONMEMORY2EPLACETHEBATTERYWHENTHECONTROLLERISPOWEREDON 2EFERTOTHE3,#,ITHIUM"ATTERY)NSTALLATION)NSTRUCTIONS PUBLICATION ). FORMOREINFORMATIONONINSTALLATION HANDLING USAGE STORAGE AND DISPOSALOFTHEBATTERY 7HENYOUCONNECTORDISCONNECTTHEBATTERYANELECTRICALARCCANOCCUR4HIS COULDCAUSEANEXPLOSIONINHAZARDOUSLOCATIONINSTALLATIONS"ESURETHATTHE AREAISNONHAZARDOUSBEFOREPROCEEDING &OR3AFETYINFORMATIONONTHEHANDLINGOFLITHIUMBATTERIES INCLUDINGHANDLING ANDDISPOSALOFLEAKINGBATTERIES SEE'UIDELINESFOR(ANDLING,ITHIUM"ATTERIES PUBLICATION!'
Follow these steps to connect the replaceable battery. 1. Insert the replaceable battery wire connector into the controller’s battery connector.
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
2. Secure the battery connector wires so that it does not block the 1762 expansion bus connector as shown below. "ATTERYCOMPARTMENT "ATTERY
)/ EXPANSIONBUS CONNECTOR "ATTERYWIRE CONNECTOR "ATTERYCONNECTOR "ATTERYWIRES TWISTEDPAIR
#ONNECT)/%XPANSION-ODULES !44%.4)/. 2EMOVEPOWERFROMTHESYSTEMBEFOREINSTALLINGORREMOVINGEXPANSION)/ORDAMAGETO THECONTROLLERMAYRESULT
Connect 1762 I/O after mounting the controller. 1. Remove the expansion port cover to install expansion I/O modules. 2. Plug the ribbon cable connector into the bus connector.
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
3. Replace the cover as shown below.
The MicroLogix 1400 controller is designed to up to any seven 1762 expansion I/O modules. For detailed information on using expansion I/O, refer to the installation instructions for your expansion module.
7IRETHE#ONTROLLER The shading in the following terminal block illustrations indicates which terminal groups are tied to which commons.
4ERMINAL"LOCK,AYOUTS 7!2.).'
7!2.).'
7HENYOUCONNECTORDISCONNECTTHE2EMOVABLE4ERMINAL"LOCK24" WITHFIELD SIDEPOWERAPPLIED ANELECTRICALARCCANOCCUR4HISCOULDCAUSEANEXPLOSIONIN HAZARDOUSLOCATIONINSTALLATIONS"ESURETHATPOWERISREMOVEDORTHEAREAIS NONHAZARDOUSBEFOREPROCEEDING
7HENUSEDINA#LASS) $IVISION HAZARDOUSLOCATION THISEQUIPMENTMUSTBE MOUNTEDINASUITABLEENCLOSURE!LLWIRINGMUSTBEINACCORDANCEWITH#LASS) $IVISIONWIRINGMETHODSOF!RTICLEOFTHE.ATIONAL%LECTRICAL#ODEANDOR INACCORDANCEWITH3ECTION *OFTHE#ANADIAN%LECTRICAL#ODE ANDIN ACCORDANCEWITHTHEAUTHORITYHAVINGJURISDICTION
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
,"7!,"7!! )NPUT4ERMINAL"LOCK
IN0
COM 0
VAC L1
COM 1
IN2
IN1
IN3
VAC L2/N
OUT0
IN5
IN6
OUT1
OUT2
Group 0
DC2 VAC
Group 1 Group 2
IN8
IN9
OUT3
DC3 VAC
COM 3
IN10
COM 2
IN4
DC1 VAC
DC0 VAC
IN7
IN11
Group 3
OUT5
IN17
IN14
IN16
OUT7
OUT8
OUT10
DC6 VAC
OUT6
Group 4
IN15
IN12
VAC DC5
OUT4
DC4 VAC
IN13
Group 5
OUT9
IV0(+)
IN19
IN18
COM ANA
COM ANA
OUT11
IV2(+)
IV1(+)
IV3(+)
OV1
OV0
Group 6
/UTPUT4ERMINAL"LOCK
,!7!,!7!! )NPUT4ERMINAL"LOCK IN0
COM 0
VAC L1
COM 1
IN2
IN1
IN3
VAC L2/N
OUT0
IN5
IN7
IN8
COM 2
IN4
IN6
OUT1
OUT2
IN9
OUT3
DC0 VAC
DC1 VAC
DC2 VAC
DC3 VAC
Group 0
Group 1
Group 2
Group 3
COM 3
IN10
IN11
OUT4
DC4 VAC
OUT5
Group 4
VAC DC5
IN13
IN15
IN12
IN14
IN16
OUT7
OUT8
OUT10
OUT6
DC6 VAC
Group 5
/UTPUT4ERMINAL"LOCK
0UBLICATION ).# %. 0 /CTOBER
IN17
OUT9
Group 6
IN19
IN18
OUT11
IV0(+)
COM ANA
COM ANA
IV2(+)
IV1(+)
IV3(+)
OV1
OV0
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
,"8","8"! )NPUT4ERMINAL"LOCK IN0
COM 0
VDC +24
COM 1
IN2
IN1
IN3
VDC NEUT
OUT0
IN5
IN7
IN6
OUT1
OUT2
DC1 VAC
Group 0
Group 1
VDC2
OUT4
OUT3
COM 3
IN10
COM 2
IN4
DC0 VAC
IN8
IN13
IN15
IN17
IN9
IN11
IN12
IN14
IN16
OUT6
COM 2
OUT8
OUT9
OUT10
OUT5
OUT7
Group 2
DC3 VAC
DC4 VAC
Group 3
Group 4
DC5 VAC
IV0(+)
IN19
IN18
OUT11
COM ANA
COM ANA
IV2(+)
IV1(+)
IV3(+)
OV1
OV0
Group 5
7IRE4YPE
7IRE3IZE
3OLIDWIRE
#U o#o&
x!7'
3TRANDEDWIRE
#U o#o&
x!7'
7IRINGTORQUE.MIN LB RATED
/UTPUT4ERMINAL'ROUPING /UTPUTS #ONTROLLER
/UTPUT'ROUP
$ESCRIPTION
6OLTAGE4ERMINAL
/UTPUT4ERMINAL
,"7! ,"7!!
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54 /54
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54 /54
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54x
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
/UTPUT4ERMINAL'ROUPING /UTPUTS #ONTROLLER
/UTPUT'ROUP
$ESCRIPTION
6OLTAGE4ERMINAL
/UTPUT4ERMINAL
,!7! ,!7!!
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54 /54
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54 /54
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54x
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54
'ROUP
&%4OUTPUT
6$##/-
/54x
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54
'ROUP
)SOLATEDRELAYOUTPUT
6!#$#
/54 /54
,"8" ,"8"!
7!2.).'
7!2.).'
)FYOUCONNECTORDISCONNECTWIRINGWHILETHEFIELD SIDEPOWERISON ANELECTRICAL ARCCANOCCUR4HISCOULDCAUSEANEXPLOSIONINHAZARDOUSLOCATIONINSTALLATIONS "ESURETHATPOWERISREMOVEDORTHEAREAISNONHAZARDOUSBEFOREPROCEEDING
4HELOCALPROGRAMMINGTERMINALPORTISINTENDEDFORTEMPORARYUSEONLYAND MUSTNOTBECONNECTEDORDISCONNECTEDUNLESSTHEAREAISFREEOFIGNITABLE CONCENTRATIONSOFFLAMMABLEGASESORVAPORS
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
7IRING2ECOMMENDATION When wiring without spade lugs, keep the finger-safe covers in place. Loosen the terminal screw and route the wires through the opening in the finger-safe cover. Tighten the terminal screw, making sure the pressure plate secures the wire.
&INGER SAFECOVER
!44%.4)/.
"ECAREFULWHENSTRIPPINGWIRES7IREFRAGMENTSTHATFALLINTOTHECONTROLLER COULDCAUSEDAMAGE/NCEWIRINGISCOMPLETE BESURETHECONTROLLERISFREEOF ALLMETALFRAGMENTSBEFOREREMOVINGTHEPROTECTIVEDEBRISSTRIP&AILURETO REMOVETHESTRIPBEFOREOPERATINGCANCAUSEOVERHEATING
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
3PADE,UG2ECOMMENDATION The diameter of the terminal screw head is 5.5 mm (0.220 in.). The input and output terminals of the MicroLogix 1400 controller are designed for the following spade lugs. The terminals will accept a 6.35mm (0.25 in.) wide spade (standard for #6 screw for up to 14 AWG) or a 4 mm (metric #4) fork terminal. When using spade lugs, use a small, flat-blade screwdriver to pry the finger-safe cover from the terminal blocks, then loosen the terminal screw.
&INGER SAFECOVER
4)0
)FYOUWIRETHETERMINALBLOCKWITHTHEFINGER SAFECOVERREMOVED YOUMAYNOT BEABLETOPUTITBACKONTHETERMINALBLOCKIFTHEWIRESAREINTHEWAY
3URGE3UPPRESSION !44%.4)/.
)NDUCTIVELOADDEVICESSUCHASMOTORSTARTERSANDSOLENOIDSREQUIRETHEUSEOF SOMETYPEOFSURGESUPPRESSIONTOPROTECTTHECONTROLLEROUTPUT3WITCHING INDUCTIVELOADSWITHOUTSURGESUPPRESSIONCANSIGNIFICANTLYREDUCETHELIFEOF RELAYSORDAMAGETRANSISTOROUTPUTS"YUSINGSUPPRESSION YOUALSO REDUCETHEEFFECTSOFVOLTAGETRANSIENTSCAUSEDBYINTERRUPTINGTHECURRENTTO THATINDUCTIVEDEVICE ANDPREVENTELECTRICALNOISEFROMRADIATINGINTOSYSTEM WIRING2EFERTOTHE-ICRO,OGIX0ROGRAMMABLE#ONTROLLER5SER-ANUAL PUBLICATION 5- FORMOREINFORMATIONONSURGESUPPRESSION
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
'ROUNDINGTHE#ONTROLLER In solid-state control systems, grounding and wire routing helps limit the effects of noise due to electromagnetic interference (EMI). Run the ground connection from the ground screw of the controller to the ground bus prior to connecting any devices. Use AWG #14 wire. For AC-powered controllers, this connection must be made for safety purposes. You must also provide an acceptable grounding path for each device in your application. For more information on proper grounding guidelines, refer to the Industrial Automation Wiring and Grounding Guidelines, publication 1770-4.1.
7IRING9OUR!NALOG#HANNELS Anaput circuits can monitor voltage signals and convert them to serial digital data as shown in the following illustration.
!NALOG)NPUT 3ENSOR 6 6OLTAGE
3ENSOR 6 6OLTAGE
Input Terminal Block /7
I/8
COM 2
COM 3
I/10
I/9
I/11
I/13
I/12
I/15
I/14
I/17
I/16
I/19
I/18
IV0(+)
COM ANA
IV2(+)
IV1(+)
IV3(+)
3ENSOR 6 6OLTAGE
3ENSOR 6 6OLTAGE
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
The controller does not provide loop power for anaputs. Use a power supply that matches the transmitter specifications as shown. The analog output can a voltage function as shown in the following illustration.
!NALOG/UTPUT
6OLTAGE,OAD
O/3
3 C
VAC DC5
O/4
DC4 VAC
O/5
O/7
O/6
O/8
DC6 VAC
COM ANA
O/10
O/9
O/11
OV1
OV0
Output Terminal Block 6OLTAGE,OAD
!NALOG)NPUT4RANSMITTER3PECIFICATIONS 2-Wire Transmitter
+ 3-Wire Transmitter Power Supply
+
-
Transmitter Supply Signal GND
+ -
4-Wire Transmitter Power Supply
Transmitter
+ -
Transmitter Supply Signal
+ -
+ -
Controller IV0(+), IV1(+), IV2(+) or IV3(+) COM ANA
Controller IV0(+), IV1(+), IV2(+) or IV3(+) COM ANA
Controller IV0(+), IV1(+), IV2(+) or IV3(+) COM ANA
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
-INIMIZING%LECTRICAL.OISEON!NALOG#HANNELS Inputs on analog channels employ digital high-frequency filters that significantly reduce the effects of electrical noise on input signals. However, because of the variety of applications and environments where analog controllers are installed and operated, it is impossible to ensure that all environmental noise will be removed by the input filters. Several specific steps can be taken to help reduce the effects of environmental noise on analog signals: v Install the MicroLogix 1400 system in a properly rated (NEMA) enclosure. Make sure that the MicroLogix 1400 system is properly grounded. v Use Belden cable #8761 for wiring the analog channels, making sure that the drain wire and foil shield are properly earth grounded, (see Grounding Your Analog Cable on page 27 for more information). v Route the Belden cable separately from any AC wiring. Additional noise immunity can be obtained by routing the cables in grounded conduit.
'ROUNDING9OUR!NALOG#ABLE Use shielded communication cable (Belden #8761). The Belden cable has two signal wires (black and clear), one drain wire, and a foil shield. The drain wire and foil shield must be grounded at one end of the cable.
&OIL3HIELD
"LACK7IRE
)NSULATION $RAIN7IRE
#LEAR7IRE
)-0/24!.4
$ONOTGROUNDTHEDRAINWIREANDFOILSHIELDATBOTHENDSOFTHECABLE
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
3PECIFICATIONS 'ENERAL3PECIFICATIONS $ESCRIPTION
,!7! ,!7!!
$IMENSIONS (X7X$
XXMM XXIN
3HIPPINGWEIGHT
KGLBS
.UMBEROF)/
INPUTSDIGITALANDANALOG ANDOUTPUTSDIGITALANDANALOG
0OWERSUPPLYVOLTAGE
x6!# x(Z
(EATDISSIPATION
2EFERTOTHE-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS5SER-ANUAL 0UBLICATION 5-
0OWERSUPPLYINRUSH CURRENT
6!#!FORMS 6!#!FORMS
0OWERCONSUMPTION
6!
6!
7 7WITHNO EXPANSION)/
6$#SENSORPOWER
NONE
6$# M! «&MAX
NONE
)NPUTCIRCUITTYPE
$IGITAL6!#
$IGITAL6$# SINKSOURCE STANDARDANDHIGH SPEED !NALOGx6$#
$IGITAL6$# SINKSOURCE STANDARDANDHIGH SPEED !NALOGx6$#
!NALOGx6$# /UTPUTCIRCUITTYPE
,"7! ,"7!!
,"8" ,"8"!
6$# #LASS 3%,6
6$# !FORMS
2ELAY
2ELAY&%4
2ELAYLIFE %LECTRICAL
X
%NCLOSURETYPERATING
.ONEOPEN STYLE
7IRESIZE
xMMx!7' SOLIDORSTRANDEDCOPPERWIRERATED ª# ª& ORGREATER
7IRINGCATEGORY
ONSIGNALPORTS ONPOWERPORTS ONCOMMUNICATIONSPORTS
4ERMINALSCREWTORQUE
.MIN LB RATED
0ILOTDUTYRATING
2 #
%XPANSIONBUS
3UPPORTSUPTOSEVENMODULES UPTOAMAXIMUMOF6 M!AND6 M!
.ORTH!MERICANTEMPCODE
4#
OPERATIONSMIN! 6!#6$#
5SETHIS#ONDUCTOR#ATEGORYINFORMATIONFORPLANNINGCONDUCTORROUTING2EFERTO)NDUSTRIAL!UTOMATION7IRINGAND 'ROUNDING'UIDELINES PUBLICATION
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
3PECIFICATIONSFOR)NPUTS $IGITAL)NPUTS $ESCRIPTION
/N STATEVOLTAGE RANGE
,!7! ,!7!!
x6 !#
,"7! ,"7!! ,"8" ,"8"! )NPUTSTHROUGH HIGH SPEED$#INPUTS
)NPUTSANDHIGHER STANDARD$#INPUTS
x6$# #LASS
x6$# #LASS
x6$# ª#ª& x6$# ª#ª&
x6$# ª#ª& x6$# ª#ª&
/FF STATEVOLTAGE RANGE
x6 !#
x6$#
x6$#
/PERATING FREQUENCY
x(Z
(ZxK(Z
(ZxK(Z SCANTIMEDEPENDENT
M! 6 !# M! 6 !# M! 6 !#
M! 6$# M! 6$# M! 6$#
M! 6$# M! 6$# M! 6$#
/FF STATELEAKAGE CURRENT
M!MAX
M!MAX
M!MAX
.OMINAL IMPEDANCE
K7 (Z K7 (Z
K7
K7
)NRUSHCURRENT MAX 6!#
M!
/N STATECURRENT MIN NOM MAX
!NALOG)NPUTS $ESCRIPTION
,!7!! ,"7!! ,"8"!
6OLTAGEINPUTRANGE
x6$# ,3"
4YPEOFDATA
BITUNSIGNEDINTEGER
)NPUTCODINGx6$# ,3"
x
6OLTAGEINPUTIMPEDANCE
K7
)NPUTRESOLUTION
BIT
.ON LINEARITY
¢OFFULLSCALE
/VERALLACCURACY
xª# xª&
¢OFFULLSCALE
6OLTAGEINPUTOVERVOLTAGEPROTECTION
6$#
&IELDWIRINGTOLOGICISOLATION
.ON ISOLATEDWITHINTERNALLOGIC
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
!NALOG/UTPUTS $ESCRIPTION
,!7!! ,"7!! ,"8"!
.UMBEROFINPUTS
SINGLE ENDED
6OLTAGEOUTPUTRANGE
x6$# ,3"
4YPEOFDATA
BITUNSIGNEDINTEGER
3TEPRESPONSE
MS
,OADRANGE 6OLTAGEOUTPUT
+7
/UTPUTRESOLUTION
BIT
!NALOGOUTPUTSETTINGTIME
MSMAX
/VERALL!CCURACY
xª# xª&
¢OFFULLSCALE
%LECTRICALISOLATION
.ON ISOLATEDWITHINTERNALLOGIC
#ABLELENGTH
MFT SHIELDEDCABLE
2ELAYAND&%4/UTPUTS $ESCRIPTION
,!7! ,!7!! ,"8" ,"7! ,"7!! ,"8"!
-AXIMUMCONTROLLEDLOAD
6!
6!
#URRENTPERCHANNELANDGROUPCOMMON
!PERCHANNEL !MAXCHANNELxCOMMON
!PERCHANNEL
#URRENTPERCONTROLLER
AT6MAX
!ORTOTALOFPER POINTLOADS WHICHEVERISLESS
AT6MAX
!ORTOTALOFPER POINTLOADS WHICHEVERISLESS
-AXIMUM#ONTINUOUS#URRENT
2ELAY/UTPUTS $ESCRIPTION
,!7! ,!7!! ,"7! ,"7!! ,"8" ,"8"!
4URN/N4IME4URN/FF4IME
MSMAXIMUM
,OADCURRENT
M!MINIMUM
3CANTIMEDEPENDENT
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
-AXIMUM6OLTS
!MPERES -AKE
"REAK
6!#
!
!
6!#
!
!
!MPERES #ONTINUOUS
6OLT !MPERES -AKE
"REAK
!
6!
6!
!
6!
6!
6$#
!
!
6!
6$#
!
!
6!
,"8" ,"8"!&%4/UTPUT -AXIMUMOUTPUTCURRENTTEMPERATUREDEPENDENT &%4#URRENTPER0OINT
&%44OTAL#URRENT
! ª#ª&
! ª#ª&
6ALID 2ANGE
#URRENT!MPS
#URRENT!MPS
! ª#ª&
6ALID 2ANGE
! ª#ª&
ª# ª&
ª# ª&
ª# ª&
ª# ª&
4EMPERATURE
ª# ª&
ª# ª&
ª# ª&
ª# ª&
ª# ª&
4EMPERATURE
$ESCRIPTION
'ENERAL/PERATION
0OWERSUPPLYVOLTAGE
6$# #LASS
/N STATEVOLTAGEDROP ATMAXLOADCURRENT ATMAXSURGECURRENT
6$# 6$#
.OT!PPLICABLE .OT!PPLICABLE
#URRENTRATINGPERPOINT MAXLOAD MINLOAD MAXLEAKAGE
3EEGRAPHICABOVE M! M!
M! M! M!
3URGECURRENTPERPOINT PEAKCURRENT MAXSURGEDURATION MAXRATEOFREPETITION ª#ª& MAXRATEOFREPETITION ª#ª&
! MS ONCEEVERYSECOND ONCEEVERYSECONDS
.OT!PPLICABLE .OT!PPLICABLE .OT!PPLICABLE .OT!PPLICABLE
ª# ª&
(IGH3PEED/PERATION /UTPUT AND/NLY
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
$ESCRIPTION
'ENERAL/PERATION
(IGH3PEED/PERATION /UTPUT AND/NLY
4URN /N4IMEMAXIMUM
MS
NS
4URN /FF4IMEMAXIMUM
MS
MS
/UTPUT ANDAREDESIGNEDTOPROVIDEINCREASEDFUNCTIONALITYOVERTHEOTHER&%4OUTPUTS/UTPUT ANDMAYBEUSED LIKETHEOTHER&%4TRANSISTOROUTPUTS BUTINADDITION WITHINALIMITEDCURRENTRANGE THEYMAYBEOPERATEDATAHIGHERSPEED /UTPUT ANDALSOPROVIDEAPULSETRAINOUTPUT04/ ORPULSEWIDTHMODULATIONOUTPUT07- FUNCTION
7ORKING6OLTAGE 7ORKING6OLTAGEFOR ,!7! ,!7!! $ESCRIPTION
2ECOMMENDATION
0OWERSUPPLYINPUTTO BACKPLANEISOLATION
6ERIFIEDBYONEOFTHEFOLLOWINGDIELECTRICTESTS6!#FORSECONDOR 6$#FORSECOND 6!#7ORKING6OLTAGE)%##LASSREINFORCEDINSULATION
)NPUTGROUPTOBACKPLANE ISOLATION
6ERIFIEDBYONEOFTHEFOLLOWINGDIELECTRICTESTS6!#FORSECONDOR 6$#FORSECOND 6!#7ORKING6OLTAGE)%##LASSREINFORCEDINSULATION
)NPUTGROUPTOINPUTGROUP ISOLATION
6ERIFIEDBYONEOFTHEFOLLOWINGDIELECTRICTESTS6!#FORSECONDOR 6$#FORSECOND 6!#7ORKING6OLTAGEBASICINSULATION
/UTPUTGROUPTOBACKPLANE ISOLATION
6ERIFIEDBYONEOFTHEFOLLOWINGDIELECTRICTESTS6!#FORSECONDOR 6$#FORSECOND 6!#7ORKING6OLTAGE)%##LASSREINFORCEDINSULATION
/UTPUTGROUPTOOUTPUT GROUPISOLATION
6ERIFIEDBYONEOFTHEFOLLOWINGDIELECTRICTESTS6!#FORSECONDOR 6$#FORSECOND 6!#7ORKING6OLTAGEBASICINSULATION 6!#7ORKING6OLTAGE)%# #LASSREINFORCEDINSULATION
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
7ORKING6OLTAGEFOR ,"7! ,"7!! $ESCRIPTION
2ECOMMENDATION
0OWERSUPPLYINPUTTO BACKPLANEISOLATION
6ERIFIEDBYONEOFTHEFOLLOWINGDIELECTRICTESTS6!#FORSECONDOR 6$#FORSECOND 6!#7ORKING6OLTAGE)%##LASSREINFORCEDINSULATION
)NPUTGROUPTOBACKPLANE ISOLATIONANDINPUTGROUPTO INPUTGROUPISOLATION
6ERIFIEDBYONEOFTHEFOLLOWINGDIELECTRICTESTS6!#FORSECONDOR 6$#FORSECOND
/UTPUTGROUPTOBACKPLANE )SOLATION
6ERIFIEDBYONEOFTHEFOLLOWINGDIELECTRICTESTS6!#FORSECONDOR 6$#FORSECOND
6$#7ORKING6OLTAGE)%##LASSREINFORCEDINSULATION
6!#7ORKING6OLTAGE)%##LASSREINFORCEDINSULATION /UTPUTGROUPTOOUTPUT GROUPISOLATION
6ERIFIEDBYONEOFTHEFOLLOWINGDIELECTRICTESTS6!#FORSECONDOR 6$#FORSECOND 6!#7ORKING6OLTAGEBASICINSULATION 67ORKING6OLTAGE)%##LASS REINFORCEDINSULATION
7ORKING6OLTAGEFOR ,"8" ,"8"! $ESCRIPTION
2ECOMMENDATION
)NPUTGROUPTOBACKPLANE ISOLATIONANDINPUTGROUPTO INPUTGROUPISOLATION
6ERIFIEDBYONEOFTHEFOLLOWINGDIELECTRICTESTS6!#FORSECONDOR 6$#FORSECOND
&%4OUTPUTGROUPTO BACKPLANEISOLATION
6ERIFIEDBYONEOFTHEFOLLOWINGDIELECTRICTESTS6!#FORSECONDOR 6$#FORSECOND
6$#7ORKING6OLTAGE)%##LASSREINFORCEDINSULATION
6$#7ORKING6OLTAGE)%##LASSREINFORCEDINSULATION 2ELAYOUTPUTGROUPTO BACKPLANEISOLATION
6ERIFIEDBYONEOFTHEFOLLOWINGDIELECTRICTESTS6!#FORSECONDOR 6$#FORSECOND 6!#7ORKING6OLTAGE)%##LASSREINFORCEDINSULATION
2ELAYOUTPUTGROUPTORELAY 6ERIFIEDBYONEOFTHEFOLLOWINGDIELECTRICTESTS6!#FORSECONDOR OUTPUTGROUPAND&%4OUTPUT 6$#FORSECOND GROUPISOLATION 6!#7ORKING6OLTAGEBASICINSULATION 67ORKING6OLTAGE )%##LASSREINFORCEDINSULATION
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
%NVIRONMENTAL3PECIFICATIONS $ESCRIPTION
,!7! ,!7!!
4EMPERATURE OPERATING
)%# 4EST!D /PERATING#OLD )%# 4EST"D /PERATING$RY(EAT )%# 4EST.B /PERATING4HERMAL3HOCK
xª# xª&
4EMPERATURE STORAGE
)%# 4EST!B 5NPACKAGED.ON OPERATING#OLD )%# 4EST"B 5NPACKAGED.ON OPERATING$RY(EAT )%# 4EST.A 5NPACKAGED.ON OPERATING4HERMAL3HOCK
xª# xª&
2ELATIVEHUMIDITY
)%# 4EST$B 5NPACKAGED$AMP(EAT xNON CONDENSING
6IBRATION
)%# 4EST&C /PERATING G x(Z
3HOCK OPERATING
)%# 4EST%A 5NPACKAGED3HOCK G
3HOCK NONOPERATING
)%# 4EST%A 5NPACKAGED3HOCK 0ANELMOUNT G $).MOUNT G
%MISSIONS
#)302 'ROUP #LASS!
%3$IMMUNITY
)%# K6DISCHARGES K6AIRDISCHARGES
2ADIATED2&IMMUNITY
)%# 6MWITHK(ZSINE WAVE!-FROMx-(Z 6MWITHK(ZSINE WAVE!-FROMx'(Z 6MWITHK(ZSINE WAVE!-FROMx'(Z
%&4"IMMUNITY
)%# ¢K6 K(ZONPOWERPORTS ¢K6 K(ZONSIGNALPORTS ¢K6 K(ZONCOMMUNICATIONSPORTS
0UBLICATION ).# %. 0 /CTOBER
,"7! ,"7!!
,"8" ,"8"!
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
$ESCRIPTION
,!7! ,!7!!
,"7! ,"7!!
,"8" ,"8"!
3URGETRANSIENT IMMUNITY
)%# ¢K6LINE LINE$- AND¢K6LINE EARTH#- ON!#POWERPORTS ¢K6LINE LINE$- AND¢K6LINE EARTH#- ONSIGNALPORTS ¢K6LINE EARTH#- ONCOMMUNICATIONSPORTS
#ONDUCTED2&IMMUNITY
)%# 6RMSWITHK(ZSINE WAVE!-FROMK(Zx-(Z
6OLTAGEVARIATION
)%# DIPFORPERIODSON!#SUPPLYPORTS DIPSFORPERIODS oANDoON!#SUPPLYPORTS DIPFORPERIODS oANDoON!#SUPPLYPORTS DIPFORPERIODS ARBITRARYANGLE ON!#SUPPLYPORTS
#ERTIFICATIONSFOR ,!7! ,!7!! ,"7! ,"7!! ,"8" ,"8"! #ERTIFICATIONWHEN
6ALUE
PRODUCTISMARKED 5,
5,,ISTEDFOR#LASS) $IVISION'ROUP! " # $(AZARDOUS,OCATIONS 3EE5,&ILE%
C 5,
5,,ISTEDFOR#LASS) $IVISION'ROUP! " # $(AZARDOUS,OCATIONS CERTIFIEDFOR #ANADA3EE5,&ILE%
#%
%UROPEAN5NION%#%-#$IRECTIVE COMPLIANTWITH %. )NDUSTRIAL)MMUNITY %. )NDUSTRIAL%MISSIONS %. 0ROGRAMMABLE#ONTROLLERS#LAUSE :ONE!" %. 0ROGRAMMABLE#ONTROLLERS#LAUSE
# 4ICK
!USTRALIAN2ADIOCOMMUNICATIONS!CT COMPLIANTWITH !3.:3#)302)NDUSTRIAL%MISSIONS
3EETHE0RODUCT#ERTIFICATIONLINKATHTTPWWWABCOMFOR$ECLARATIONOF#ONFORMITY #ERTIFICATES ANDOTHERCERTIFICATION DETAILS
0UBLICATION ).# %. 0 /CTOBER
-ICRO,OGIX0ROGRAMMABLE#ONTROLLERS
0UBLICATION ).# %. 0 /CTOBER
100.06 mm (3.939 in.)
0.164
1766-L32AWA, 1766-L32AWAA 1766-L32BWA, 1766-L32BWAA 1766-L32BXB, 1766-L32BXBA
DIN rail center line. Ligne médiane du rail DIN. Mittellinie der DIN-Schiene. Línea central del riel DIN. Linea centrale della guida DIN. linha de centro do trilho DIN.
165.8 mm (6.528 in.)
180.0 mm (7.087 in.)
Expansão de E/S
Expansión de E/S
Espansione dei moduli I/O
E/A Erweiterungsmodule
Extension d'E/S
Expansion I/O
25.81 mm (1.016 in.)
INPUTS
INPUTS
0
1
1
OUTPUTS
0
OUTPUTS
2
2
3
4
5
6
7
8
9
10
11
12
13
14
14
11
13
11
10
12
10
9
11
9
8
10
8
7
9
7
6
8
6
5
7
5
4
6
4
3
5
3
2
4
2
1
3
1
0
0
15
15
16
16
17
17
18
18
19
19
L32AWAA
L32AWA
VAC L1
NC NC
OUT 10 OUT 11
OUT 8 OUT 9
OUT 7 VAC DC6
VAC DC5 OUT 6
OUT 4 OUT 5
OUT 3 VAC DC4
OUT 2 VAC DC3
OUT 1 VAC DC2
OUT 0 VAC DC1
VAC L2/N VAC DC0
IN19
NC
NC NC
IN17
IN18
IN15
IN16
IN13
IN14
COM 3
IN12
IN10
IN11
IN8
IN9
IN7 COM 2
IN5 IN6
COM 1 IN4
IN2 IN3
IN0 IN1
1766-L32AWA
1766-L32AWA
COM 0
OV1 OV0
COM ANA OUT 11
OUT 10 OUT 9
OUT 8 VAC DC6
OUT 7 OUT 6
VAC DC5 OUT 5
OUT 4 VAC DC4
OUT 3 VAC DC3
OUT 2 VAC DC2
OUT 1 VAC DC1
OUT 0 VAC DC0
IV0 COM ANA
IN19 IN18
IN17 IN16
IN15 IN14
IN13 IN12
COM 3 IN11
IN10 IN9
IN8 COM 2
IN7 IN6
IN5 IN4
COM 1 IN3
IN2
VAC L2/N
IN0 IN1
VAC L1 1766-L32AWAA
1766-L32AWAA
COM 0
NC
IV1
NC
IV2
NC
IV3
L32AWA
L32AWAA
953203-16
INPUTS
INPUTS
0
1
1
OUTPUTS
0
OUTPUTS
2
2
3
4
5
6
7
8
9
10
11
12
13
14
14
11
13
11
10
12
10
9
11
9
8
10
8
7
9
7
6
8
6
5
7
5
4
6
4
3
5
3
2
4
2
1
3
1
0
0
15
15
16
16
17
17
18
18
19
19
L32BWAA
L32BWA
VAC L1
NC NC
OUT 10 OUT 11
OUT 8 OUT 9
OUT 7 VAC DC6
VAC DC5 OUT 6
OUT 4 OUT 5
OUT 3 VAC DC4
OUT 2 VAC DC3
OUT 1 VAC DC2
OUT 0 VAC DC1
VAC L2/N VAC DC0
IN19
NC
NC NC
IN17
IN18
IN15
IN16
IN13
IN14
COM 3
IN12
IN10
IN11
IN8
IN9
IN7 COM 2
IN5 IN6
COM 1 IN4
IN2 IN3
IN0 IN1
1766-L32BWA
1766-L32BWA
COM 0
OV1 OV0
COM ANA OUT 11
OUT 10 OUT 9
OUT 8 VAC DC6
OUT 7 OUT 6
VAC DC5 OUT 5
OUT 4 VAC DC4
OUT 3 VAC DC3
OUT 2 VAC DC2
OUT 1 VAC DC1
OUT 0 VAC DC0
IV0 COM ANA
IN19 IN18
IN17 IN16
IN15 IN14
IN13 IN12
COM 3 IN11
IN10 IN9
IN8 COM 2
IN7 IN6
IN5 IN4
COM 1 IN3
IN2
VAC L2/N
IN0 IN1
VAC L1 1766-L32BWAA
1766-L32BWAA
COM 0
NC
IV1
NC
IV2
NC
IV3
L32BWA
L32BWAA
953203-16
INPUTS
INPUTS
0
1
1
OUTPUTS
0
OUTPUTS
2
2
3
4
5
6
7
8
9
10
11
12
13
14
14
11
13
11
10
12
10
9
11
9
8
10
8
7
9
7
6
8
6
5
7
5
4
6
4
3
5
3
2
4
2
1
3
1
0
0
15
15
16
16
17
17
18
18
19
19
L32BXB
L32BXBA
+24 VDC
COM ANA OV0
OUT 10 OUT 11
OUT 9 VAC DC5
OUT 8 VAC DC4
COM 2 VAC DC3
OUT 6 OUT 7
OUT 4 OUT 5
OUT 2 OUT 3
OUT 1 VDC 2
OUT 0 VAC DC1
VDC NEUT VAC DC0
IN19
OV1
IV0 COM ANA
IN17
IN18
IN15
IN16
IN13
IN14
COM 3
IN12
IN10
IN11
IN8 IN9
IN7 COM 2
IN5 IN6
COM 1 IN4
IN2 IN3
IN0 IN1
1766-L32BXBA
1766-L32BXBA
COM 0
NC NC
NC OUT 11
OUT 10 VAC DC5
OUT 9 VAC DC4
OUT 8 VAC DC3
COM 2 OUT 7
OUT 6 OUT 5
OUT 4 OUT 3
OUT 2 VDC 2
NC
OUT 1 VAC DC1
IN19
OUT 0 VAC DC0
IN17
IN18
IN15
IN16
IN13
IN14
COM 3
IN12
IN10
IN11
IN8
IN9
IN7 COM 2
IN5 IN6
COM 1 IN4
IN2
IN3
NC
VDC NEUT
IN0 IN1
+24 VDC 1766-L32BXB
1766-L32BXB
COM 0
IV1
NC
IV2
NC
IV3
NC
L32BXBA
L32BXB
953203-16
0UBLICATION ).# %. 0 /CTOBER
2OCKWELL!UTOMATION3UPPORT Rockwell Automation provides technical information on the Web to assist you in using its products. At http://.rockwellautomation.com, you can find technical manuals, a knowledge base of FAQs, technical and application notes, sample code and links to software service packs, and a My feature that you can customize to make the best use of these tools. For an additional level of technical phone for installation, configuration and troubleshooting, we offer TechConnect programs. For more information, your local distributor or Rockwell Automation representative, or visit http://.rockwellautomation.com.
)NSTALLATION!SSISTANCE If you experience a problem with a hardware module within the first 24 hours of installation, please review the information that's contained in this manual. You can also a special Customer number for initial help in getting your module up and running: 5NITED3TATES
-ONDAYn&RIDAY AMnPM%34
/UTSIDE5NITED3TATES
0LEASEYOURLOCAL2OCKWELL!UTOMATIONREPRESENTATIVEFORANYTECHNICAL ISSUES
.EW0RODUCT3ATISFACTION2ETURN Rockwell Automation tests all of its products to ensure that they are fully operational when shipped from the manufacturing facility. However, if your product is not functioning and needs to be returned, follow these procedures. 5NITED3TATES
#ONTACTYOURDISTRIBUTOR9OUMUSTPROVIDEA#USTOMER3UPPORTCASENUMBERSEE PHONENUMBERABOVETOOBTAINONE TOYOURDISTRIBUTORINORDERTOCOMPLETETHERETURN PROCESS
/UTSIDE5NITED3TATES
0LEASEYOURLOCAL2OCKWELL!UTOMATIONREPRESENTATIVEFORRETURNPROCEDURE
Allen-Bradley, Rockwell Automation, MicroLogix, and TechConnect are trademarks of Rockwell Automation, Inc. Trademarks not belonging to Rockwell Automation are property of their respective companies.
0UBLICATION ).# %. 0 /CTOBER 3UPERSEDESPUBLICATION )." %. 0 .OVEMBER
0. #OPYRIGHT¥2OCKWELL!UTOMATION )NC!LLRIGHTSRESERVED0RINTEDIN3INGAPORE
Related Documents 2w1qw
Albr1766l32awa Spec 4gd6c
July 2022 0
Spec D3c 725o72
November 2019 34
Edexcel Spec 5c6g4a
December 2019 36
Weldolet Spec 2d2c64
December 2019 25
Modenas Spec 3n2h33
December 2019 13