PHOTOSWITCH Series 5000 Blue Line - Rockwell Automation
Installation Instructions—PHOTOSWITCHR Series 5000 Blue LineAll SensorsRetroreflectivePolarized RetroreflectiveStandard DiffuseFixed Focus DiffuseWide Angle Diffuse(IR) 127mm (5in) max peak @ 3in(VR) 101.6mm (4in) max peak @ 2in(IR) 508mm (20in)(VR) 177.8mm (7in)1Sensing Distance10m (33ft)6m (20ft)0.4m-- 2.1m (16in--7ft)2Transmitting LEDInfrared 880nmVisible red 660nmInfrared 880nm3Indicators4Field of View5Sensitivity AdjustmentYes6Operating Temperature- 40 C to 65 C (-- 40 F to 150 F)7Relative Humidity8Housing/Lens Material(42DRA) Infrared 880nm (42DRF) Visible Red 660nmGlass Fiber OpticPlastic Fiber OpticDepends on fiber optic cableInfrared 880nmVisible red 660nmRed: Output2.53.0——Depends on fiber optic cable90% maximumValox /AcrylicValox /GlassValox /Acrylic9Cover Gasket MaterialNitrile10Operating EnvironmentNEMA 3, 4, 12, 13, and IP66 (IEC 529), corrosion resistant, high-impact housing11ApprovalsUL listed, CSA certified (except cable style power base), and CE marked for all applicable directives12ProtectionsReverse Polarity/Power on False Pulse protection13Vibration14Shock10-- 55 Hz, 1 mm amplitude, Meets or exceeds IEC 947--5-- 230G, Meets or exceeds IEC 947--5-- 2Photohead with NPN and PNP Output42DRU--500042DRU-- 520042DRP--500042DRA-- 5000--FF42DRA--5000--WA42DRF-- 5000-- FF42DRF-- 5000--WA15Catalog Number16Output Energized17Load Current18Leakage Current1 A19Response Time1ms42DRA-- 5000--FO42DRF--5000-- FOLO/DO Selectable100mABase15Catalog Number20Supply Voltage21Power ConsumptionTerminal BaseCable Base42DTB-- 500042DCB-- 500010-- 30V DC35mA1
ItalianoDeutschEspañolPortuguêasOperating Distance SelectionThe maximum operating distance is based oninstalling the sensor in a relatively cleanenvironment. Normal industrial environmentsactually range from moderately dusty to extremelydirty. Greater operating margin may be requiredwhich can be obtained by reducing the operatingdistance of the control.EnglishChoix de la Distance de FonctionnementLa distance maximale de fonctionnement dépendde la propreté relative de l’environnementd’installation de la cellule. A vrai dire, lesenvironnements industriels normaux vont demodérément poussiéreux à extrêmement sales.Une marge d’opération plus grande peut êtrenécessaire et s’obtient en réduisant la distanceopérationnelle du contrôle.FrançaisSelezione Distanzia OperativeLa massima distanza di funzionamento si basasull’installazione del sensore in un ambienterelativamento pulito. Gli ambienti industriali normalivanno in verità da moderatamente polverosi aestremamente sporchi. Potrebbe essere necessarioun margine di funzionamento superiore che si puòottenere riducendo la distanza operativa delcontrollo.Wahl der ReichweiteDie maximale Reichweite basiert auf einerInstallation des Sensors in einer relativ sauberenUmgebung. Normale industrielle Umgebungen sindzumeist jedoch relativ staubig bis äußerstverschmutzt. In diesem Fall ist eine größereBetriebsmarge erforderlich, die durch einengeringeren Abstand erzielt werden kann.Selección de Distancia de OperaciónLa distancia máxima de operación se basa en lainstalación del sensor en un ambienterelativamente limpio. Los ambientes industrialesnormales fluctúan entre moderadamentepolvorosos a extremadamente sucios. Es posibleque se requiera un margen de operación mayor, elcual puede obtenerse reduciendo la distanciaoperativa del control.Seleção do AlcanceO alcance máximo é baseado na instalação dodetector em ambiente relativamente limpo. Osambientes industriais normais efetivamenteapresentam condições entre moderadamenteempoeirados e extremamente sujos. Poderá serexigida uma maior margem de operação, que podeser obtida pela redução do alcance do controle.RetroreflectiveRéflexA RiflessioneReflexions-- LichtschrankeRetrorreflectivoRetro-- reflexivoPolarized RetroreflectiveRéflexe polariséRetroriflessivo polarizzatoReflexionslichtschranke, polarisiertRetrorreflectivo polarizadoFeixe Retro-- Refletido, Luz PolarizadaStandard DiffuseProximité standardTaster standardLichttasterDifusa NormalFeixe Difuso-- Refletido PadrãoFixed Focus DiffuseProximité à focale fixeTaster focalizzatoLichttaster mit fester FokussierungDifusa de Foco FijoFeixe Difuso-- Reflexivo, com Foco FixoWide Angle DiffuseProximité grand angleTaster a Grand’AngoloWeitwinkel--LichttasterDifusa Gran AngularFeixe difuso-- reflexivo, com grande aberturaGlass Fiber OpticFibre optique de verreFibre Ottiche in VetroGlas-- LichtleiterFibra de Vidrio OpticaFibra óptica de vidroPlastic Fiber OpticFibres optiques plastiqueFibre Ottiche in PlasticaKunststoff-- LichtleiterFibra de Plástico OpticaFibra óptica de plásticaDepends on fiber optic cableDépend de la fibre optiqueDipende dalla Fibra OtticaHängt vom Lichtleiter--Kabel abDepende del cable de Fibra OpticaDepende do cabo de fibra óptica rrojoInfravermelhoVisible RedRouge visibleFibre ottiche ad emissione Rosso VisibileSichtbares RotlichtRojo VisibleLuz vermelha visívelRed: OutputRouge: SortieRosso: UscitaRot: SchaltausgangRojo: SalidaVermelho: SaídaUL listed, CSA certified, and CE marked for allapplicable directivesListés UL, Certifiés CSA, et marqués CE enconformité avec toutes les directives applicablesElencato UL, certificato CSA, e marcato CE pertutte le direttive applicabiliUL-Eintragung, CSA-Zertifikat und CEKennzeichnung für alle anwendbaren RichtlinienCertificado CSA, listado UL, y marca CECertificado por CSA, listado por UL, e marcadocom CE segundo diretrizes aplicáveis10-- 55Hz, 1mm amplitude, meets or exceeds IEC947--5-- 210-- 55Hz, 1mm amplitude, erfüllt oder übertrifft IEC947--5-- 210 55Hz, amplitude 1mm, conforme ou supérieur àla norme CEI 947--5--210-- 55Hz, 1mm di ampiezza, soddisfa o supera leIEC 947-- 5--210-- 55Hz, 1mm de amplitud, satisface o supera IEC947--5-- 210--55Hz, 1mm de amplitude, atende ou excede anorma IEC 947--5-- 2Power on false pulse protectionProtection l’impulsion à la mise sous tensionProtezione falsi impulsi in accensioneEinschaltimpuls-- UnterdrückungProtecciones contra pulsos en falso en elencendidoProteção contra pulso falso ao alimentarWiring DiagramsSchémas de câblageSchema CollegamentiAnschluss--SchemaDiagramas de CableadoDiagramas de ConexãoTypical Response CurveCourbe de réponseCurva di rispostaDiagramm. Relative Empfangs--Lichtstärke /Reich-- /TastweiteCurva de Respuesta TípicaCurva de resposta oriZubehörAccesoriosAcessórios1Sensing DistanceDistance de DétectionDistanza di RilevamentoReichweiteDispositivo SensorAlcance2Transmitting (LED)LED de TransmissionLED di TrasmissioneLichtquelle (LED)LED de TransmisiónLED de enIndicadoresIndicadores4Field of ViewAngle de ViséeCampo di VisioneSichtbereichCampo de VisiónCampo de Visão5Sensitivity AdjustmentRéglage de SensibilitéRegolazione della SensibilitàEmpfindlichkeits--EinstellungAjuste de SensibilidadAjuste de sensibilidade6Operating TemperatureTempérature de FonctionnementTemperatura di FunzionamentoBetriebstemperaturTemperatura de OperaciónTemperatura de Operação7Relative HumidityHumidité RelativeUmidità RelativaRelative LuftfeuchtigkeitHumedad RelativaUmidade Relativa8Housing/Lens MaterialMatériaux du Boîtier/du Couvercle/des LentillesMateriale dell’Involucro/per la Copertura/delle LentiGehäusematerial/Werkstoff derAbdeckung/LinsenmaterialMaterial del Alojamiento/de la Cubierta/del LenteMaterial da Caixa/Tampa/Lente9Cover Gasket MaterialMatériau du joint de capotMateriale Guarnizioni della CoperturaDichtungsmaterial für AbdeckungMaterial de la Junta de la TapaMaterial da tampa da junta10Operating EnvironmentEnvironnement OpérationnelAmbiente OperativoBetriebsumgebungAmbiente de OperaciónAmbiente de ação14ShockChocUrtoSchockImpactoChoque15Catalog NumberRéférence de CommandeNumero di CatalogoBestellnummerNúmero de CatálogoNúmero do Catálogo16Output EnergizedSortie activéeUscitaAusgang aktiviertSalida ActivadaSaída comutada17Load CurrentCourant de chargeCorrente di CaricoLaststromCorriente de CargaCorrente de carga18Leakage CurrentCourant de FuiteCorrente di DispersioneRuhestromCorriente de FugaCorrente de Fuga19Response TimeTemps de RéponseTempo di RispostaAnsprechzeitTiempo de RespuestaTempo de Resposta20Supply VoltageTension d’AlimentationTensione di AlimentazioneVersorgungsspannungVoltaje de AlimentaciónTensão de Alimentação21Power ConsumptionConsommationConsumo PotenzaLeistungsaufnahmeConsumo de Alimentación eléctricaConsumo de Energia2
Wiring DiagramsWith Terminal Style Power BaseWith Cable Style Power Base32110-- 30V DC( )(—)42DTB--5000( ) RedOrange( — ) BlackGrayShield10-- 30V DCBlue42DCB--5000NPN Output Connection (Sinking)Terminal StylePower BasePNP Output Connection (Sourcing)Cable StylePower Base( ) 10-- 30V DC( )Cable StylePower Base( )Red3Orange2Gray(- )Black( )10-- 30V DCRedLoad1Terminal StylePower BaseBlueLoad(- )(- )Black(- )Floating ShieldFloating ShieldNote:Details of connection of Allen-Bradley Series 5000 photoelectric sensors to Allen-Bradley Programmable Controllers can be found inPublication 42MR-4.0.3
Typical Response CurvesPolarized Retroreflective76mm(3I)ReflectorOperating MarginOperating Margin10040201016mm (0.625I)Reflector432mm (1.25I)Reflector2125.4mm(1 )152mm(6 )0.60m(2 )Standard Diffuse40100205076mm (3 )Reflector1043232mm (1.25 )Reflector13m 6.1m 15m(10 ) (20 ) (50 )2.54mm(1 )Operating Distance25.4mm(1 )152.4mm(6 )Operating Distance112.7mm(0.5”)25.4mm(1”)Operating mm(6”)0.60m(2 )3m(10 )15m(50 )Operating DistanceFixed Focus LensWide Angle Lens10010010112.7mm(0.5”)2Operating MarginOperating MarginOperating Margin105Visible Red Plastic Fiber Optic/Fixed Focus/Wide Angle Diffuse1000100LongRange103m15m(10 )(50 )2.5m 4.5m(8 ) (15 )Wide Angle Lens1000(11in x 17in)White Paper201Infrared Glass Fiber Optic/Fixed Focus/Wide Angle DiffuseFixed Focus Lens279.4 X 431mmShortRange25.4mm(1”)254mm(10 )Operating Distance508mm(20 )100Operating Margin200Operating �)Operating 8mm(7”)Operating Distance4
Dimensions—mm (inches)Terminal Style Power BaseCable Style Power BaseTo RemovePhotohead36.5(1.437)8.7 Min.(1.031)0.953(24.2)24.2(0.953)Top (0.765)36.5(1.437)2.7(0.109)Bottom )65.8(2.594)Bottom 9.0(0.75)38.3(1.5)55.5(2.186)27.3(1.078)10ft (3m)Cable1/4--18NPSM8.3(0.328)10--32 UNF2 Holes8.3(0.328)10--32 UNC2 9)Note: Hardware included with sensor: two (2) nickel plated 10--32 mounting screws.Accessories—mm (inches)Lens AssemblyRight Angle Mirror Adaptor #60- 184061--555061--5551Glass Fiber OpticFixed Focus61--561161--6310Wide AnglePlastic Fiber OpticTo Remove Scanner36.5(1.437)2.7(0.109)26.2(1.031)26 (1.031)Min.Quick-DisconnectScrew13.8(0.547)LED Indicator1 - 142NPSM57.9(2.281)65.8(2.594)54.7(2.156)13.1 5.516(139.5)10--32 UNF2 Holes33.3(1.312)5
Accessories—mm (inches) (continued)General Purpose Mounting Assembly #60--1785Material#11 GA 1.70)104.4#10-32 Thread 225.4 .8(2)7.10(0.28)Control with CableStyle Power .0)23.4(0.92)54.7(2.16)63.5(2.5)6.3 (0.25)8.3(0.33)61.9(1.44)Control with TerminalStyle Power BaseHeavy Duty Mounting Assembly #60--1748Full Rad.69.8(2.75)6.3(0.25)6.3 (0.25)3.0 (0.12)43.6(1.72) Dia.0.09 RAD146.4(5.75)25.4(1)31.7(1.25)38.1(1.5)Control with CableStyle Power BaseGeneral Purpose Mounting Assembly #60--178533.6(1.44)TypClearance for#10-32 HDW63.5(2.5)61.9(1.44)Control with TerminalStyle Power Base33.6 (1.33) 34)Clearance for#10-32 HDWClearance for#1 4 - 20 )1.75 Dia.11.9(0.47)Heavy Duty Mounting Assembly #60--174837(1.45)44 (1.72) .18)6(0.23)12.7 .5)82(3.22)4.5 (0.38)6.3 (0.25)3.17 (0.13)Publication PA--9808(A)February 19996
la norme CEI 947--5--2 . IEC 947--5--2 10--55Hz, 1mm de amplitud, satisface o supera IEC 947--5--2 10--55Hz, 1mm de amplitude, atende ou excede a norma IEC 947--5--2 Poweronfalsepulseprotection Protection l’impulsion à la mise sous tension Protezione falsi impulsi in accensione Einsc
Ricoh Aficio MP 4000/5000 series Refer to Table 1 about product names for "Ricoh imagio MP 4000/5000 series" and "Ricoh Aficio MP 4000/5000 series". TOE Version : "Ricoh imagio MP 4000/5000 series" and "Ricoh Aficio MP 4000/5000 series" are identified by following software and hardware. Software System/Copy 1.09 Network Support 7.23
element is the Studio 5000 Logix Designer application. The Logix Designer application is the rebranding of RSLogix 5000 software and will continue to be the product to program Logix 5000 controllers for discrete, process, batch, motion, safety, and drive-based solutions. The Studio 5000 environment is the foundation for the future ofFile Size: 1MBPage Count: 71Explore furtherEmulate a Studio 5000 Controller and Connect to a .www.dmcinfo.comStudio 5000 Logix Emulate (Virtual PLC) - PLC Programmin www.plctr.comDownload Center Rockwell Automation United Stateswww.rockwellautomation.comStudio 5000 Logix Emulate FactoryTalk United Stateswww.rockwellautomation.comStudio 5000 Design Software FactoryTalk United Stateswww.rockwellautomation.comRecommended to you based on what's popular Feedback
engine rpm chart johnson rpm . 100 hp 1989 thru 4750-5250 2.07 115 hp 1989-2005 4750-5250 2.07 125 hp 1994-2005 4750-5250 2.07 135 hp 1990-1996 5000-5600 2.00 150 hp efi 2004 5000-6000 1.87 150 hp efi 2005 5000-5600 1.87 175 hp 1990-1999 5000-5600 1.87 175 hp efi 2000-2002 5000-5600 1.87 200 hp 1991-2005 5000-5600 1.87 200 hp efi 1994-2002 5000-5800 1.87 225 hp 1996-1998 5000-5500 1.64 .
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Blue Cross and Blue Shield of Alabama is an independent corporation operating under a license from the Blue Cross and Blue Shield Association, an association of independent Blue Cross and Blue Shield plans. The Blue Cross and Blue Shield Association permits us to use the Blue Cross and Blue Shield service marks in the state of Alabama.
M14 40.2 103.7 148.4 173.4 M16 62 161 230 269 M18 86 222 318 372 M20 122 314 449 525 M22 166 428 613 716 M24 211 543 777 908 M27 309 796 1139 1331 . 6 BILL OF MATERIALS PER KIT 5000-040A – 6R30 JD StalkMaster 606C/706C – 2) 5000-160 Roller Bearing Bolt Bag, 4) 5000-167 Torsion Pivot Assembly, 4) 5000- 168 Torsion Mount Bolt Bag, 2) 5000-272 .
ARCHAEOLOGICAL ILLUSTRATION 13 HOME PAGE WHY DRAW? EQUIPMENT START HERE: TECHNIQUES HOW TO DRAW MORE ACTIVITIES LINKS Drawing pottery The general aim when drawing pottery is not only to produce an accurate, measured drawing but also to show the type of pot. Sh ape (or form) and decoration are therefore important. Many illustrators now include extra information to show how a pot was .
