SA1U-B02MW Idec

Now with DC models www.idec.com 800-262-IDEC SA1U Heavy-duty Photoelectric Sensor Characteristics (Typical) Through-beam SA1U-T50M Features &YDFTT (BJO -BUFSBM %JTQMBDFNFOU OHMF t PVS TFOTJOH NFUIPET t EKVTUBCMF UJNF EFMBZ UP TFDPOET USBOTQBSFODZ /% mMUFS JT VTFE USBOTQBSFODZ /% mMUFS JT VTFE 40 5ISPVHI CFBN 100 t 0QFSBUJPO BOE TUBCMF -&% JOEJDBUPST 2000 30 1PMBSJ FE SFUSP SFGMFDUJWF 1500 20 t /0 / SFMBZ PVUQVU %JGGVTF 1000 10 t *OUFSGFSFODF QSFWFOUJPO BMMPXT UXP 500 BDLHSPVOE TVQQSFTTJPO 0 Y 10 0 VOJUT UP CF NPVOUFE JO DMPTF QSPYJNJUZ -10 X t 6Q UP N TFOTJOH SBOHF -500 -20 QPMBSJ FE SFUSP SFGMFDUJWF EJGGVTF BOE -1000 X t 6OJWFSTBM WPMUBHF UZQF -30 CBDLHSPVOE TVQQSFTTJPO Operation -1500 -40 UP 7 UP 7 % Level 1 0 10 20 30 40 50 60 70 80 90 100 0 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 t 4QSJOH VQ UFSNJOBM CMPDL TUSVDUVSF -2000 Sensing Distance X (m) 0 10 20 30 40 50 60 70 80 90 100 Sensing Distance (m) t % WPMUBHF UZQF Sensing Distance X (mm) FOBCMFT FBTZ XJSJOH 7 % Polarized Retro-reective SA1U-P07M t *1 &YDFTT (BJO -BUFSBM %JTQMBDFNFOUOHMF 100 140 60 IAC-R8 Part Numbers 120 IAC-R5 100 40 IAC-RS2 Detectable Sensing Power Time Delay 80 IAC-R6 IAC-R8 Sensing Method Control Output Included Accessories Part Numbers IAC-R7 60 Object Range Voltage Functions 20 40 IAC-RS2 IAC-R5 10 20 IAC-RS1 IAC-RS1 0 IAC-R7 UP 7 3FMBZ DPOUBDU 41%5 8JUIPVU 4 6 5 . 0 IAC-RS2 IAC-R5 IAC-R6 -20 5ISPVHI CFBN 4FOTJUJWJUZ DPOUSPM TDSFXESJWFS ) 7 7 % IAC-R7 -20 IAC-R6 -40 Y IAC-R8 N .PVOUJOH CSBDLFU 8JUI 4 6 5 .5 UP 7 % SFTJTUJWF MPBE -60 0QBRVF -80 -40 IAC-RS1 NBY (MBOE HMBOE XBTIFS Operation X X 1 -100 Level 8JUIPVU 4 6 5 .8 (MBOE HBTLFUT 0 1 2 3 4 5 6 7 8 9 10 -120 -60 UP 7 % /1/ 1/1 PQFO DPMMFDUPS 0 2 4 6 8 10 Sensing Distance (m) -140 8JUI 4 6 5 .85 0 1 2 3 4 5 6 7 8 9 10 Sensing Distance X (m) Sensing Distance X (mm) UP 7 3FMBZ DPOUBDU 41%5 8JUIPVU 4 6 1 . 4FOTJUJWJUZ DPOUSPM TDSFXESJWFS 1PMBSJ FE 3FUSP SFnFDUJWF ) 7 7 % Diffuse SA1U-D01M 0QBRVF 3FnFDUPS 3 8JUI 4 6 1 .5 UP 7 % SFTJTUJWF MPBE .JSSPS N NBY .PVOUJOH CSBDLFU &YDFTT (BJO -BUFSBM %JTQMBDFNFOU 0CKFDU 4J F WT 4FOTJOH %JTUBODF 100 35 2200 TVSGBDF (MBOE HMBOE XBTIFS 8JUIPVU 4 6 1 .8 UP 7 % /1/ 1/1 PQFO DPMMFDUPS (MBOE HBTLFUT 25 2000 8JUI 4 6 1 .85 15 1800 UP 7 3FMBZ DPOUBDU 41%5 8JUIPVU 4 6 % . 5 %JGGVTF 4FOTJUJWJUZ DPOUSPM TDSFXESJWFS ) 7 7 % 10 1600 A 8JUI 4 6 % .5 -5 0QBRVF .PVOUJOH CSBDLFU UP 7 % SFTJTUJWF MPBE 1400 N NBY X 5 SBOTQBSFOU (MBOE HMBOE XBTIFS Object: A mm -15 8JUIPVU 4 6 % .8 Y white mat paper 1200 (MBOE HBTLFUT Object: UP 7 % /1/ 1/1 PQFO DPMMFDUPS -25 Operation 200 x 200 mm 8JUI 4 6 % .85 X 1000 Level 1 White mat paper 0 200 400 600 800 1000 1200 1400 1600 1800 2000 2200 0 20 40 60 80 100 120 140 160 180 200 -35 0 200 400 600 800 1000 1200 1400 1600 1800 2000 2200 Sensing Distance (mm) Side Length A (mm) BDLHSPVOE 4VQQSFTTJPO UP 7 3FMBZ DPOUBDU 41%5 8JUIPVU 4 6 . Sensing Distance X (mm) ) 7 7 % 4FOTJUJWJUZ DPOUSPM TDSFXESJWFS 8JUI 4 6 .5 UP 7 % SFTJTUJWF MPBE Background Suppression SA1U-B02M .PVOUJOH CSBDLFU 0QBRVF N NBY (MBOE HMBOE XBTIFS -BUFSBM %JTQMBDFNFOU QSFTFU N -BUFSBM %JTQMBDFNFOU QSFTFU N -JHIU FBN %JBNFUFS 8JUIPVU 4 6 .8 80 100 160 (MBOE HBTLFUT UP 7 % /1/ 1/1 PQFO DPMMFDUPS Black White 80 60 paper paper 140 8JUI 4 6 .85 Black 60 paper 40 120 40 5 XP EJGGFSFOU TJ F HMBOE HBTLFUT BSF TVQQMJFE 4FMFDU BDDPSEJOH UP UIF DBCMF EJBNFUFS 20 100 20 4NBMM IPMF HBTLFU DBCMF EJBNFUFS UP NN White paper 0 0 80 -BSHF IPMF HBTLFU DBCMF EJBNFUFS UP NN -20 -20 60 -40 -40 40 Y -60 Y Specications Object: 200 200 mm mat paper -60 20 -80 Use white mat paper for sensing distance Object: 200 200 mm mat paper X X Universal Voltage setting Use white mat paper for sensing distance setting -100 0 -80 0 200 400 600 800 1000 0 400 600 800 1000 1200 1400 1600 1800 2000 2200 200 0 500 1000 1500 2000 2500 Sensing Distance X (mm) Sensing Distance X (mm) Sensing Method Through-beam Polarized Retro-reective Diffuse Background Suppression Sensing Distance (mm) 1BSU /VNCFS 4 6 5 . 4 6 5 .5 4 6 1 . 4 6 1 .5 4 6 % . 4 6 % .5 4 6 . 4 6 .5 4FOTJOH %JTUBODF WT )ZTUFSFTJT POUSPM ,OPC WT 4FOTJOH %JTUBODF PMPSFE .BUUF 1BQFS BOE 0UIF S .BUFSJBMT 30 1PXFS 7 PMUBHF UP 7 UP 7 ) UP 7 % UP 7 % 5000 1000 White 4500 25 Paper 800 Black paper 1SPKFDUPS 7 NBYJNVN 4000 600 1PXFS POTVNQUJPO 7 NBYJNVN Gray 20 3500 Paper 3FDFJWFS 7 NBYJNVN 400 3000 15 200 2500 3FMBZ DPOUBDU 41%5 TXJUDIJOH DBQBDJUZ 7 SFTJTUJWF MPBE 7 % SFTJTUJWF MPBE Gray paper Black 0 2000 Paper Comparison of sensing distance when set to detect white mat paper ( 200) at 1m 10 POUSPM 0VUQVU &MFDUSJDBM MJGF NJOJNVN PQFSBUJPOT /0 DPOUBDU / DPOUBDU 2000 1500 1800 White paper .FDIBOJDBM MJGF NJOJNVN PQFSBUJPOT 5 1600 1000 1400 1200 500 1000 .JOJNVN QQMJDBCMF -PBE 7 % NJOJNVN SFGFSFODF WBMVF 0 0 800 0 200 400 600 800 1000 1200 1400 1600 1800 2000 2200 0 1 2 3 4 5 6 7 8 600 Sensing Distance (mm) 400 Control Knob (turns) 200 3FTQPOTF 5 JNF NT NBYJNVN 0 Comparison of sensing distance when set to detect white mat paper ( 200) at 2m *OTVMBUJPO 3FTJTUBODF FUXFFO QPXFS BOE PVUQVU UFSNJOBMT . NJOJNVN 7 % NFHHFS %JFMFDUSJD 4USFOHUI FUXFFO QPXFS BOE PVUQVU UFSNJOBMT 7 NJOVUF FUXFFO PVUQVU UFSNJOBMT 7 NJOVUF IDEC Corporation t 1175 Elko Drive t Sunnyvale, CA 94089 t 800-262-IDEC (4332) t Fax: 408-745-5258 t www.idec.com/usa 2008 IDEC Corporation. All Rights Reserved. 12/08 8 FJHIU BQQSPY 1 S P K F D U P S H 3 F D F J W F S H H Specications cont on following page Hysteresis (%) Lateral Displacement Y (mm) Excess Gain Excess Gain Excess Gain Sensing Distance (mm) Lateral Displacement Y (mm) Lateral Displacement Y (mm) Lateral Displacement Y (mm) Lateral Displacement Y (mm) Sensing Distance (mm) Sensing Distance (mm) Light Beam Diameter (mm) Sensing Distance X (mm) Reflector Angle () Receiver Angle () White White Red Red Green Green Blue Blue Gray Gray Black Black Cardboard Cardboard Aluminum Aluminum Stainless Steel Stainless Steel Brass Brass Veneer VeneerR3 www.idec.com 800-262-IDEC www.idec.com 800-262-IDEC DC Power Type Dimensions (mm) Models Sensing Method Through-Beam Polarized Retro-reective Diffuse Background Suppression SA1U Without Time Delay Output Circuit / Connection Diagram 25 4 6 % .8 4 6 .8 Univervsal Voltage Type DC Power Type 4 6 5 .8 4 6 1 .8 Universal Voltage Type DC Voltage Type 22 1BSU /VNCFS Polarized-reflective, SA1U-T50M Terminal No. 4 6 % .85 4 6 .85 All models except though-beam projector All models except though-beam projector 4 6 5 .85 4 6 1 .85 Diffuse-reflective: receiver Terminal No. SA1U-P07M +V Through-beam: projector/receiver 1 1PXFS 7 PMUBHF UP 7 % UP 7 % SJQQMF SBUF Q Q NBYJNVN Universal Power supply 1 voltage SA1U-D01M 24 to 240V AC (50/60Hz) Load power supply or 2 1SPKFDUPS NBY circuit PNP 12 to 240V DC 3 VSSFOU %SBX NBYJNVN Operation LED (yellow) (Note 2) OUT + 3FDFJWFS NBY Main circuit 12 to 24V DC 5 Sensitivity Control (Note 2) NC NPN COM 4 5 ZQF /1/ 1/1 PQFO DPMMFDUPS EVBM PVUQVU Relay contact OUT 4 NO output (SPDT) Load Diffuse-reflective: projector Mode Selector (Light ON / Dark ON) 2 Polarized-reflective: projector 3 -PBE VSSFOU /1/ NBYJNVN 1/1 NBYJNVN 2 0VUQVU 0V Background supression: projectorQQMJFE 7 PMUBHF 7 % NBYJNVN Internal Circuit External Connection POUSPM 7 PMUBHF %SPQ /1/ 7 NBYJNVN 1/1 7 NBYJNVN Though-beam projector Though-beam projector 3FTQPOTF 5 JNF NT NBYJNVN Terminal No. 1 90 *OTVMBUJPO 3FTJTUBODF FUXFFO MJWF BOE EFBE QBSUT . NJOJNVN 7 % NFHHFS 1 85 1 Power supply + 24 to 240V AC (50/60Hz) Main circuit 12 to 24V DC Stable LED (green) (Note 1) or %JFMFDUSJD 4USFOHUI FUXFFO MJWF BOE EFBE QBSUT 7 NJOVUF 12 to 240V DC 2 2 1SPKFDUPS H 8 FJHIU BQQSPY H SA1U-B02M 3FDFJWFS H Internal Circuit External Connection Operation LED (yellow) General Specications Sensing Range Control Terminal Arrangement Sensing Method Through-beam Polarized Retro-reective Diffuse Background Suppression 3 4 5 Mode Selector (Light ON / Dark ON) 40 50 N NBYJNVN UP N XIFO VTJOH UP N NN 7 55 4FOTJOH %JTUBODF N NBYJNVN NN XIJUF TVQQMJFE SFnFDUPS 3 XIJUF NBUUF QBQFS NBUUF QBQFS 1 2 UP N NN SA1U with Mounting Bracket 1SFTFU %JTUBODF Operation Chart Incident XIJUF NBUUF QBQFS Interruption %FUFDUBCMF 0CKFDU 0QBRVF 0QBRVF .JSSPS TVSGBDF 0QBRVF 5 SBOTQBSFOU 0QBRVF Polarized-reflective, Control ON Output Diffuse-reflective: receiver OFF PG TFOTJOH PG TFOTJOH EJTUBODF Through-beam: projector/receiver )ZTUFSFTJT Operation ON EJTUBODF NBY NBY LED OFF 1PXFS -&% GPS UISPVHI CFBN QSPKFDUPS Control ON 0QFSBUJPO .PEF -JHIU 0/ PS %BSL 0/ NPEF TFMFDUPS Output Diffuse-reflective: projector OFF /PU BWBJMBCMF PO UISPVHI CFBN QSPKFDUPS Polarized-reflective: projector <1SPKFDUPS>1PXFS Operation ON Background supression: projector LED OFF -&% (SFFO 0QFSBUJPO -&% : FMMPX POUSPM 0VUQVU 3 F D F J W F S > 0 Q F S B U J P O 0QFSBUJPO -&% : FMMPX 4UBCMF -&% (SFFO With Time Delay Output Circuit / Connection Diagram - & % : F M M P X 4UBCMF -&% (SFFO 4FF UIF i0VUQVU JSDVJU POOFDUJPO %JBHSBNw EJBHSBN BCPWF SA1U-T50MT -JHIU &NJUUJOH &MFNFOU *OGSBSFE -&% ON 3FE -&% ON *OGSBSFE -&% ON SA1U-P07MT Terminal Arrangement SA1U-D01MT 4FOTJUJWJUZ EKVTUNFOU UVSO DPOUSPM LOPC UVSO DPOUSPM LOPC 4FF UIF i5 FSNJOBM SSBOHFNFOUw EJBHSBN BCPWF &YUSBOFPVT -JHIU Operation LED (yellow) 2 4VOMJHIU MVY NBYJNVN *ODBOEFTDFOU MBNQ MVY NBYJNVN *NNVOJUZ Timer Control 2 Operation Chart 7JCSBUJPO 3FTJTUBODF %BNBHF MJNJUT UP ) BNQMJUVEF NN NJOVUFT JO FBDI BYJT Mode Incident ( TIPDLT FBDI JO BYFT DPOTFDVUJWF UJNFT 4IPDL 3FTJTUBODF %BNBHF MJNJUT N T 0.5 Operation Mode Selector Interruption Position 0QFSBUJOH 5 FNQFSBUVSF UP OP GSFF JOH TUPSBHF UFNQFSBUVSF UP ON OFF delay 0 0QFSBUJOH )VNJEJUZ UP 3) OP DPOEFOTBUJPO TUPSBHF IVNJEJUZ UP 3) T T OFF POOFDUJPO .FUIPE 5 FSNJOBM CMPDL XJUI . TQSJOH VQ UFSNJOBMT ON Normal 1 Mode Selector 2 OFF 2QQMJDBCMF BCMF 0VUTJEF EJBNFUFS UP NN DPSF UP NN (Light ON / Dark ON, time delay mode) Mounting Bracket ON One shot 2 T T T BCMF &YUFOTJPO &YUFOEBCMF VQ UP N XJUI B DBCUZSF DBCMF PG NN NJOJNVN Sensitivity Control 2 OFF 70 Stable LED (green) 1 ON )PVTJOH .BUFSJBM 1 5 JOEJDBUPS DPWFS 1 ON delay 3 T T OFF -FOT .BUFSJBM 1 1&5 1. 1 1&5 ON SA1U-B02MT OFF delay 4 T T %FHSFF PG 1SPUFDUJPO *1 *& &/ OFF 7.5 55 Operation LED (yellow) ON Normal 5 15 15 OFF Time Delay Specications Timer Control 6 ON Sensing Method Through-beam Polarized Retro-reective Diffuse Background Suppression One shot 6 T T T OFF 1BSU /VNCFS 4 6 5 .5 4 6 1 .5 4 6 % .5 4 6 .5 ON ON delay 7 T T OFF 5 JNF 3BOHF UP TFD BEKVTUFE XJUI B UVSO DPOUSPM LOPC 2 5 JNF %FMBZ VODUJPO 0OF TIPU 0/ EFMBZ 0 EFMBZ BOE OPSNBM OP UJNF EFMBZ PQFSBUJPO NPEFT 8 ON Normal 5 FNQFSBUVSF &GGFDU PG OFF NBYJNVN PG UIF UJNF EFMBZ BU UFNQFSBUVSF SJTF XJUIJO UIF PQFSBUJOH UFNQFSBUVSF SBOHF Mode Selector 9 5 JNF %FMBZ (Light ON / Dark ON, time delay mode) 3FQFUJUJWF DDVSBDZ PG Sensing Range Control NBYJNVN PG UIF UJNF EFMBZ GPS SFQFUJUJWF JOQVUT BU TFDPOET PS NPSF 5 JNF %FMBZ 1PXFS -&% GPS UISPVHI CFBN QSPKFDUPS /PU BWBJMBCMF PO UISPVHI CFBN QSPKFDUPS R3 27 67.5 5.5 27 11 76.5 52 1.2 76 27 14.5 40 10.5 10 10 5 14.5 6 14.5 30 28.5 29 34 39 49 Main circuit Light ON Dark ON Light ON Main circuit Universal voltage power supply circuit Light ON Dark ON