Manufacturers
IDEC SA1U-P07MT
Description
Idec SA1U-P07MT Photoelectronic Sensor. Opaque Mirror Surface | 7m Sensing Range | Polarized Retroreflective | 24 to 240VAC (50/60Hz) 12 to 240VDC | Time Delay
Part Number
SA1U-P07MT
Price
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Manufacturer
IDEC
Lead Time
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Category
Photoelectric Sensor
Features
- Adjustable time delay: 0.1 to 5 seconds
- DC Voltage type: 12-24VDC
- Interference prevention allows two units to be mounted in close proximity (polarized retro-reflective, diffuse and background suppression)
- IP67
- NO/NC relay output, 3A
- Operation and stable LED indicators
- Polarized retro-reflective
- Spring-up terminal block structure enables easy wiring
- Universal voltage type: 24 to 240VAC / 12 to 240VDC
- Up to 50m sensing Range
Datasheet
Extracted Text
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'PVSTFOTJOHNFUIPET t"EKVTUBCMFUJNFEFMBZUPTFDPOET USBOTQBSFODZ/%mMUFSJTVTFE USBOTQBSFODZ/%mMUFSJTVTFE 40 5ISPVHICFBN 100 t0QFSBUJPOBOETUBCMF-&%JOEJDBUPST 2000 30 1PMBSJ[FESFUSPSFGMFDUJWF 1500 20 t/0/$SFMBZPVUQVU " %JGGVTF 1000 10 t*OUFSGFSFODFQSFWFOUJPOBMMPXTUXP 500 #BDLHSPVOETVQQSFTTJPO 0 Y 10 0 VOJUTUPCFNPVOUFEJODMPTFQSPYJNJUZ -10 X t6QUPNTFOTJOHSBOHF θ -500 -20 QPMBSJ[FESFUSPSFGMFDUJWF EJGGVTFBOE -1000 X t6OJWFSTBMWPMUBHFUZQF -30 CBDLHSPVOETVQQSFTTJPO Operation -1500 -40 UP7"$UP7%$ 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 t4QSJOHVQUFSNJOBMCMPDLTUSVDUVSF -2000 Sensing Distance X (m) 0 10 20 30 40 50 60 70 80 90 100 Sensing Distance (m) t%$WPMUBHFUZQF Sensing Distance X (mm) FOBCMFTFBTZXJSJOH 7%$ Polarized Retro-reţective SA1U-P07M t*1 &YDFTT(BJO -BUFSBM%JTQMBDFNFOU "OHMF 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 UP7"$ 3FMBZDPOUBDU41%5 8JUIPVU 4"65. 0 IAC-RS2 IAC-R5 IAC-R6 -20 5ISPVHICFBN 4FOTJUJWJUZDPOUSPMTDSFXESJWFS )[ 7"$" 7%$" IAC-R7 -20 IAC-R6 -40 Y IAC-R8 N .PVOUJOHCSBDLFU 8JUI 4"65.5 UP7%$ SFTJTUJWFMPBE -60 θ 0QBRVF -80 -40 IAC-RS1 NBY (MBOE HMBOEXBTIFS Operation X X 1 -100 Level 8JUIPVU 4"65.8 (MBOEHBTLFUT 0 1 2 3 4 5 6 7 8 9 10 -120 -60 UP7%$ /1/1/1PQFODPMMFDUPS 0 2 4 6 8 10 Sensing Distance (m) -140 8JUI 4"65.85 0 1 2 3 4 5 6 7 8 9 10 Sensing Distance X (m) Sensing Distance X (mm) UP7"$ 3FMBZDPOUBDU41%5 8JUIPVU 4"61. 4FOTJUJWJUZDPOUSPMTDSFXESJWFS 1PMBSJ[FE3FUSPSFnFDUJWF )[ 7"$" 7%$" Diffuse SA1U-D01M 0QBRVF 3FnFDUPS *"$3 8JUI 4"61.5 UP7%$ SFTJTUJWFMPBE .JSSPS NNBY .PVOUJOHCSBDLFU &YDFTT(BJO -BUFSBM%JTQMBDFNFOU 0CKFDU4J[FWT4FOTJOH%JTUBODF 100 35 2200 TVSGBDF (MBOE HMBOEXBTIFS 8JUIPVU 4"61.8 UP7%$ /1/1/1PQFODPMMFDUPS (MBOEHBTLFUT 25 2000 8JUI 4"61.85 15 1800 UP7"$ 3FMBZDPOUBDU41%5 8JUIPVU 4"6%. 5 %JGGVTF 4FOTJUJWJUZDPOUSPMTDSFXESJWFS )[ 7"$" 7%$" 10 1600 A 8JUI 4"6%.5 -5 0QBRVF .PVOUJOHCSBDLFU UP7%$ SFTJTUJWFMPBE 1400 NNBY X 5SBOTQBSFOU (MBOE HMBOEXBTIFS Object: A mm -15 8JUIPVU 4"6%.8 Y white mat paper 1200 (MBOEHBTLFUT Object: UP7%$ /1/1/1PQFODPMMFDUPS -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) #BDLHSPVOE4VQQSFTTJPO UP7"$ 3FMBZDPOUBDU41%5 8JUIPVU 4"6#. Sensing Distance X (mm) )[ 7"$" 7%$" 4FOTJUJWJUZDPOUSPMTDSFXESJWFS 8JUI 4"6#.5 UP7%$ SFTJTUJWFMPBE Background Suppression SA1U-B02M .PVOUJOHCSBDLFU 0QBRVF NNBY (MBOE HMBOEXBTIFS -BUFSBM%JTQMBDFNFOU QSFTFUN -BUFSBM%JTQMBDFNFOU QSFTFUN -JHIU#FBN%JBNFUFS 8JUIPVU 4"6#.8 80 100 160 (MBOEHBTLFUT UP7%$ /1/1/1PQFODPMMFDUPS Black White 80 60 paper paper 140 8JUI 4"6#.85 Black 60 paper 40 120 40 5XPEJGGFSFOUTJ[FHMBOEHBTLFUTBSFTVQQMJFE4FMFDUBDDPSEJOHUPUIFDBCMFEJBNFUFS 20 100 20 4NBMMIPMFHBTLFUDBCMFEJBNFUFSUPNN White paper 0 0 80 -BSHFIPMFHBTLFUDBCMFEJBNFUFSUPNN -20 -20 60 -40 -40 40 Y -60 Y SpeciŢcations 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-reţective Diffuse Background Suppression Sensing Distance (mm) 1BSU/VNCFS 4"65. 4"65.5 4"61. 4"61.5 4"6%. 4"6%.5 4"6#. 4"6#.5 4FOTJOH%JTUBODFWT)ZTUFSFTJT $POUSPM,OPCWT4FOTJOH%JTUBODF $PMPSFE.BUUF1BQFSBOE0UIFS.BUFSJBMT 30 1PXFS7PMUBHF UP7"$ UP7"$ )[ UP7%$ UP7%$ 5000 1000 White 4500 25 Paper 800 Black paper 1SPKFDUPS7"NBYJNVN 4000 600 1PXFS$POTVNQUJPO 7"NBYJNVN Gray 20 3500 Paper 3FDFJWFS7"NBYJNVN 400 3000 15 200 2500 3FMBZDPOUBDU41%5 TXJUDIJOHDBQBDJUZ7"$" SFTJTUJWFMPBE 7%$" SFTJTUJWFMPBE Gray paper Black 0 2000 Paper Comparison of sensing distance when set to detect white mat paper ( 200) at 1m 10 $POUSPM0VUQVU &MFDUSJDBMMJGF NJOJNVNPQFSBUJPOT /0DPOUBDU /$DPOUBDU 2000 1500 1800 White paper .FDIBOJDBMMJGF NJOJNVNPQFSBUJPOT 5 1600 1000 1400 1200 500 1000 .JOJNVN"QQMJDBCMF-PBE 7%$ N"NJOJNVN SFGFSFODFWBMVF 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 3FTQPOTF5JNF NTNBYJNVN 0 Comparison of sensing distance when set to detect white mat paper ( 200) at 2m *OTVMBUJPO3FTJTUBODF #FUXFFOQPXFSBOEPVUQVUUFSNJOBMT.ûNJOJNVN 7%$NFHHFS %JFMFDUSJD4USFOHUI #FUXFFOQPXFSBOEPVUQVUUFSNJOBMT7"$ NJOVUF #FUXFFOPVUQVUUFSNJOBMT7"$ 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 8FJHIU BQQSPY 1SPKFDUPSH 3FDFJWFSH H SpeciŢcations con’t 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 θ (º) Receiver Angle θ (º) White White Red Red Green Green Blue Blue Gray Gray Black Black Cardboard Cardboard Aluminum Aluminum Stainless Steel Stainless Steel Brass Brass Veneer Veneer R3 www.idec.com 800-262-IDEC www.idec.com 800-262-IDEC DC Power Type Dimensions (mm) Models Sensing Method Through-Beam Polarized Retro-reţective 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"65.8 4"61.8 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"65.85 4"61.85 Diffuse-reflective: receiver Terminal No. SA1U-P07M +V Through-beam: projector/receiver 1 1PXFS7PMUBHF UP7%$ UP7%$ SJQQMFSBUFQQNBYJNVN Universal Power supply 1 voltage SA1U-D01M 24 to 240V AC (50/60Hz) Load power supply or 2 1SPKFDUPSN"NBY circuit PNP 12 to 240V DC 3 $VSSFOU%SBX N"NBYJNVN Operation LED (yellow) (Note 2) OUT + 3FDFJWFSN"NBY Main circuit 12 to 24V DC 5 – Sensitivity Control (Note 2) NC NPN COM 4 5ZQF /1/ 1/1PQFODPMMFDUPS EVBMPVUQVU Relay contact OUT 4 NO output (SPDT) Load Diffuse-reflective: projector Mode Selector (Light ON / Dark ON) 2 Polarized-reflective: projector 3 -PBE$VSSFOU /1/N"NBYJNVN 1/1N"NBYJNVN 2 0V Background supression: projector "QQMJFE7PMUBHF 7%$NBYJNVN Internal Circuit External Connection 7PMUBHF%SPQ /1/7NBYJNVN 1/17NBYJNVN Though-beam projector Though-beam projector 3FTQPOTF5JNF NTNBYJNVN Terminal No. 1 90 *OTVMBUJPO3FTJTUBODF #FUXFFOMJWFBOEEFBEQBSUT.ûNJOJNVN 7%$NFHHFS 1 85 1 Power supply + 24 to 240V AC (50/60Hz) Main circuit 12 to 24V DC Stable LED (green) (Note 1) or %JFMFDUSJD4USFOHUI #FUXFFOMJWFBOEEFBEQBSUT7"$ NJOVUF – 12 to 240V DC 2 2 1SPKFDUPSH 8FJHIU BQQSPY H SA1U-B02M 3FDFJWFSH Internal Circuit External Connection Operation LED (yellow) General SpeciŢcations Sensing Range Control Terminal Arrangement Sensing Method Through-beam Polarized Retro-reţective Diffuse Background Suppression 3 4 5 Mode Selector (Light ON / Dark ON) 40 50 NNBYJNVN UPN XIFOVTJOH UPN ¨NN 7 55 4FOTJOH%JTUBODF NNBYJNVN ¨NNXIJUF TVQQMJFESFnFDUPS*"$3 XIJUFNBUUFQBQFS NBUUFQBQFS 1 2 UPN ¨NN SA1U with Mounting Bracket 1SFTFU%JTUBODF — Operation Chart Incident XIJUFNBUUFQBQFS Interruption %FUFDUBCMF0CKFDU 0QBRVF 0QBRVF.JSSPSTVSGBDF 0QBRVF5SBOTQBSFOU 0QBRVF Polarized-reflective, Control ON Output Diffuse-reflective: receiver OFF PGTFOTJOH PGTFOTJOHEJTUBODF Through-beam: projector/receiver )ZTUFSFTJT — — Operation ON EJTUBODFNBY NBY LED OFF 1PXFS-&%GPSUISPVHICFBNQSPKFDUPS Control ON 0QFSBUJPO.PEF -JHIU0/PS%BSL0/ NPEFTFMFDUPS Output Diffuse-reflective: projector OFF /PUBWBJMBCMFPOUISPVHICFBNQSPKFDUPS Polarized-reflective: projector <1SPKFDUPS>1PXFS Operation ON Background supression: projector LED OFF -&%(SFFO 0QFSBUJPO-&%:FMMPX $POUSPM0VUQVU [3FDFJWFS>0QFSBUJPO 0QFSBUJPO-&%:FMMPX 4UBCMF-&%(SFFO With Time Delay Output Circuit / Connection Diagram -&%:FMMPX 4UBCMF-&%(SFFO 4FFUIFi0VUQVU$JSDVJU$POOFDUJPO%JBHSBNwEJBHSBNBCPWF SA1U-T50MT -JHIU&NJUUJOH&MFNFOU *OGSBSFE-&% ON 3FE-&% ON *OGSBSFE-&% ON SA1U-P07MT Terminal Arrangement SA1U-D01MT 4FOTJUJWJUZ"EKVTUNFOU UVSODPOUSPMLOPC UVSODPOUSPMLOPC 4FFUIFi5FSNJOBM"SSBOHFNFOUwEJBHSBNBCPWF &YUSBOFPVT-JHIU Operation LED (yellow) 2 4VOMJHIU MVYNBYJNVN *ODBOEFTDFOUMBNQ MVYNBYJNVN *NNVOJUZ Timer Control 2 Operation Chart 7JCSBUJPO3FTJTUBODF %BNBHFMJNJUTUP)[ BNQMJUVEFNN NJOVUFTJOFBDIBYJT Mode Incident ( TIPDLTFBDIJOBYFTDPOTFDVUJWFUJNFT 4IPDL3FTJTUBODF %BNBHFMJNJUTNT 0.5 Operation Mode Selector Interruption Position 0QFSBUJOH5FNQFSBUVSF ¦UP $ OPGSFF[JOH TUPSBHFUFNQFSBUVSF¦UP $ ON OFF delay 0 0QFSBUJOH)VNJEJUZ UP3) OPDPOEFOTBUJPO TUPSBHFIVNJEJUZUP3) T T OFF $POOFDUJPO.FUIPE 5FSNJOBMCMPDLXJUI.TQSJOHVQUFSNJOBMT ON Normal 1 Mode Selector 2 OFF 2 "QQMJDBCMF$BCMF 0VUTJEFEJBNFUFSUPNN DPSFUPNN (Light ON / Dark ON, time delay mode) Mounting Bracket ON One shot 2 T T T $BCMF&YUFOTJPO &YUFOEBCMFVQUPNXJUIBDBCUZSFDBCMFPGNN NJOJNVN Sensitivity Control 2 OFF 70 Stable LED (green) 1 ON )PVTJOH.BUFSJBM 1#5 JOEJDBUPSDPWFS1$ ON delay 3 T T OFF -FOT.BUFSJBM 1$1&5 1.." 1$1&5 ON SA1U-B02MT OFF delay 4 T T %FHSFFPG1SPUFDUJPO *1 *&$&/ OFF 7.5 55 Operation LED (yellow) ON Normal 5 15 15 OFF Time Delay SpeciŢcations Timer Control 6 ON Sensing Method Through-beam Polarized Retro-reţective Diffuse Background Suppression One shot 6 T T T OFF 1BSU/VNCFS 4"65.5 4"61.5 4"6%.5 4"6#.5 ON ON delay 7 T T OFF 5JNF3BOHF UPTFD BEKVTUFEXJUIBUVSODPOUSPMLOPC 2 5JNF%FMBZ'VODUJPO 0OFTIPU 0/EFMBZ 0''EFMBZ BOEOPSNBM OPUJNFEFMBZPQFSBUJPO NPEFT 8 ON Normal 5FNQFSBUVSF&GGFDUPG OFF NBYJNVNPGUIFUJNFEFMBZBU$UFNQFSBUVSFSJTFXJUIJOUIFPQFSBUJOHUFNQFSBUVSFSBOHF Mode Selector 9 5JNF%FMBZ (Light ON / Dark ON, time delay mode) 3FQFUJUJWF"DDVSBDZPG Sensing Range Control NBYJNVNPGUIFUJNFEFMBZGPSSFQFUJUJWFJOQVUTBUTFDPOETPSNPSF 5JNF%FMBZ 1PXFS-&%GPSUISPVHICFBNQSPKFDUPS /PUBWBJMBCMFPOUISPVHICFBNQSPKFDUPS R3 $POUSPM0VUQVU 27 67.5 5.5 27 11 76.5 52 1.2 76 27 14.5 40 10.5 10 10 5 14.5 6 14.5 30 28.5 29 34 39 49 Main circuit Light ON Dark ON Light ON Main circuit Universal voltage power supply circuit Light ON Dark ON R3 www.idec.com 800-262-IDEC www.idec.com 800-262-IDEC DC Power Type Dimensions (mm) Models Sensing Method Through-Beam Polarized Retro-reţective Diffuse Background Suppression SA1U Without Time Delay Output Circuit / Connection Diagram 25 4"6%.8 4"6#.8 [Univervsal Voltage Type] [DC Power Type] 4"65.8 4"61.8 Universal Voltage Type DC Voltage Type 22 1BSU/VNCFS Polarized-reflective, SA1U-T50M Terminal No. 4"6%.85 4"6#.85 All models except though-beam projector All models except though-beam projector 4"65.85 4"61.85 Diffuse-reflective: receiver Terminal No. SA1U-P07M +V Through-beam: projector/receiver 1 1PXFS7PMUBHF UP7%$ UP7%$ SJQQMFSBUFQQNBYJNVN Universal Power supply 1 voltage SA1U-D01M 24 to 240V AC (50/60Hz) Load power supply or 2 1SPKFDUPSN"NBY circuit PNP 12 to 240V DC 3 $VSSFOU%SBX N"NBYJNVN Operation LED (yellow) (Note 2) OUT + 3FDFJWFSN"NBY Main circuit 12 to 24V DC 5 – Sensitivity Control (Note 2) NC NPN COM 4 5ZQF /1/ 1/1PQFODPMMFDUPS EVBMPVUQVU Relay contact OUT 4 NO output (SPDT) Load Diffuse-reflective: projector Mode Selector (Light ON / Dark ON) 2 Polarized-reflective: projector 3 -PBE$VSSFOU /1/N"NBYJNVN 1/1N"NBYJNVN 2 0V Background supression: projector "QQMJFE7PMUBHF 7%$NBYJNVN Internal Circuit External Connection 7PMUBHF%SPQ /1/7NBYJNVN 1/17NBYJNVN Though-beam projector Though-beam projector 3FTQPOTF5JNF NTNBYJNVN Terminal No. 1 90 *OTVMBUJPO3FTJTUBODF #FUXFFOMJWFBOEEFBEQBSUT.ûNJOJNVN 7%$NFHHFS 1 85 1 Power supply + 24 to 240V AC (50/60Hz) Main circuit 12 to 24V DC Stable LED (green) (Note 1) or %JFMFDUSJD4USFOHUI #FUXFFOMJWFBOEEFBEQBSUT7"$ NJOVUF – 12 to 240V DC 2 2 1SPKFDUPSH 8FJHIU BQQSPY H SA1U-B02M 3FDFJWFSH Internal Circuit External Connection Operation LED (yellow) General SpeciŢcations Sensing Range Control Terminal Arrangement Sensing Method Through-beam Polarized Retro-reţective Diffuse Background Suppression 3 4 5 Mode Selector (Light ON / Dark ON) 40 50 NNBYJNVN UPN XIFOVTJOH UPN ¨NN 7 55 4FOTJOH%JTUBODF NNBYJNVN ¨NNXIJUF TVQQMJFESFnFDUPS*"$3 XIJUFNBUUFQBQFS NBUUFQBQFS 1 2 UPN ¨NN SA1U with Mounting Bracket 1SFTFU%JTUBODF — Operation Chart Incident XIJUFNBUUFQBQFS Interruption %FUFDUBCMF0CKFDU 0QBRVF 0QBRVF.JSSPSTVSGBDF 0QBRVF5SBOTQBSFOU 0QBRVF Polarized-reflective, Control ON Output Diffuse-reflective: receiver OFF PGTFOTJOH PGTFOTJOHEJTUBODF Through-beam: projector/receiver )ZTUFSFTJT — — Operation ON EJTUBODFNBY NBY LED OFF 1PXFS-&%GPSUISPVHICFBNQSPKFDUPS Control ON 0QFSBUJPO.PEF -JHIU0/PS%BSL0/ NPEFTFMFDUPS Output Diffuse-reflective: projector OFF /PUBWBJMBCMFPOUISPVHICFBNQSPKFDUPS Polarized-reflective: projector <1SPKFDUPS>1PXFS Operation ON Background supression: projector LED OFF -&%(SFFO 0QFSBUJPO-&%:FMMPX $POUSPM0VUQVU [3FDFJWFS>0QFSBUJPO 0QFSBUJPO-&%:FMMPX 4UBCMF-&%(SFFO With Time Delay Output Circuit / Connection Diagram -&%:FMMPX 4UBCMF-&%(SFFO 4FFUIFi0VUQVU$JSDVJU$POOFDUJPO%JBHSBNwEJBHSBNBCPWF SA1U-T50MT -JHIU&NJUUJOH&MFNFOU *OGSBSFE-&% ON 3FE-&% ON *OGSBSFE-&% ON SA1U-P07MT Terminal Arrangement SA1U-D01MT 4FOTJUJWJUZ"EKVTUNFOU UVSODPOUSPMLOPC UVSODPOUSPMLOPC 4FFUIFi5FSNJOBM"SSBOHFNFOUwEJBHSBNBCPWF &YUSBOFPVT-JHIU Operation LED (yellow) 2 4VOMJHIU MVYNBYJNVN *ODBOEFTDFOUMBNQ MVYNBYJNVN *NNVOJUZ Timer Control 2 Operation Chart 7JCSBUJPO3FTJTUBODF %BNBHFMJNJUTUP)[ BNQMJUVEFNN NJOVUFTJOFBDIBYJT Mode Incident ( TIPDLTFBDIJOBYFTDPOTFDVUJWFUJNFT 4IPDL3FTJTUBODF %BNBHFMJNJUTNT 0.5 Operation Mode Selector Interruption Position 0QFSBUJOH5FNQFSBUVSF ¦UP $ OPGSFF[JOH TUPSBHFUFNQFSBUVSF¦UP $ ON OFF delay 0 0QFSBUJOH)VNJEJUZ UP3) OPDPOEFOTBUJPO TUPSBHFIVNJEJUZUP3) T T OFF $POOFDUJPO.FUIPE 5FSNJOBMCMPDLXJUI.TQSJOHVQUFSNJOBMT ON Normal 1 Mode Selector 2 OFF 2 "QQMJDBCMF$BCMF 0VUTJEFEJBNFUFSUPNN DPSFUPNN (Light ON / Dark ON, time delay mode) Mounting Bracket ON One shot 2 T T T $BCMF&YUFOTJPO &YUFOEBCMFVQUPNXJUIBDBCUZSFDBCMFPGNN NJOJNVN Sensitivity Control 2 OFF 70 Stable LED (green) 1 ON )PVTJOH.BUFSJBM 1#5 JOEJDBUPSDPWFS1$ ON delay 3 T T OFF -FOT.BUFSJBM 1$1&5 1.." 1$1&5 ON SA1U-B02MT OFF delay 4 T T %FHSFFPG1SPUFDUJPO *1 *&$&/ OFF 7.5 55 Operation LED (yellow) ON Normal 5 15 15 OFF Time Delay SpeciŢcations Timer Control 6 ON Sensing Method Through-beam Polarized Retro-reţective Diffuse Background Suppression One shot 6 T T T OFF 1BSU/VNCFS 4"65.5 4"61.5 4"6%.5 4"6#.5 ON ON delay 7 T T OFF 5JNF3BOHF UPTFD BEKVTUFEXJUIBUVSODPOUSPMLOPC 2 5JNF%FMBZ'VODUJPO 0OFTIPU 0/EFMBZ 0''EFMBZ BOEOPSNBM OPUJNFEFMBZPQFSBUJPO NPEFT 8 ON Normal 5FNQFSBUVSF&GGFDUPG OFF NBYJNVNPGUIFUJNFEFMBZBU$UFNQFSBUVSFSJTFXJUIJOUIFPQFSBUJOHUFNQFSBUVSFSBOHF Mode Selector 9 5JNF%FMBZ (Light ON / Dark ON, time delay mode) 3FQFUJUJWF"DDVSBDZPG Sensing Range Control NBYJNVNPGUIFUJNFEFMBZGPSSFQFUJUJWFJOQVUTBUTFDPOETPSNPSF 5JNF%FMBZ 1PXFS-&%GPSUISPVHICFBNQSPKFDUPS /PUBWBJMBCMFPOUISPVHICFBNQSPKFDUPS R3 $POUSPM0VUQVU 27 67.5 5.5 27 11 76.5 52 1.2 76 27 14.5 40 10.5 10 10 5 14.5 6 14.5 30 28.5 29 34 39 49 Main circuit Light ON Dark ON Light ON Main circuit Universal voltage power supply circuit Light ON Dark ON Now with DC models! www.idec.com 800-262-IDEC SA1U Heavy-duty Photoelectric Sensor Characteristics (Typical) Through-beam SA1U-T50M Features &YDFTT(BJO -BUFSBM%JTQMBDFNFOU "OHMF t'PVSTFOTJOHNFUIPET t"EKVTUBCMFUJNFEFMBZUPTFDPOET USBOTQBSFODZ/%mMUFSJTVTFE USBOTQBSFODZ/%mMUFSJTVTFE 40 5ISPVHICFBN 100 t0QFSBUJPOBOETUBCMF-&%JOEJDBUPST 2000 30 1PMBSJ[FESFUSPSFGMFDUJWF 1500 20 t/0/$SFMBZPVUQVU " %JGGVTF 1000 10 t*OUFSGFSFODFQSFWFOUJPOBMMPXTUXP 500 #BDLHSPVOETVQQSFTTJPO 0 Y 10 0 VOJUTUPCFNPVOUFEJODMPTFQSPYJNJUZ -10 X t6QUPNTFOTJOHSBOHF θ -500 -20 QPMBSJ[FESFUSPSFGMFDUJWF EJGGVTFBOE -1000 X t6OJWFSTBMWPMUBHFUZQF -30 CBDLHSPVOETVQQSFTTJPO Operation -1500 -40 UP7"$UP7%$ 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 t4QSJOHVQUFSNJOBMCMPDLTUSVDUVSF -2000 Sensing Distance X (m) 0 10 20 30 40 50 60 70 80 90 100 Sensing Distance (m) t%$WPMUBHFUZQF Sensing Distance X (mm) FOBCMFTFBTZXJSJOH 7%$ Polarized Retro-reţective SA1U-P07M t*1 &YDFTT(BJO -BUFSBM%JTQMBDFNFOU "OHMF 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 UP7"$ 3FMBZDPOUBDU41%5 8JUIPVU 4"65. 0 IAC-RS2 IAC-R5 IAC-R6 -20 5ISPVHICFBN 4FOTJUJWJUZDPOUSPMTDSFXESJWFS )[ 7"$" 7%$" IAC-R7 -20 IAC-R6 -40 Y IAC-R8 N .PVOUJOHCSBDLFU 8JUI 4"65.5 UP7%$ SFTJTUJWFMPBE -60 θ 0QBRVF -80 -40 IAC-RS1 NBY (MBOE HMBOEXBTIFS Operation X X 1 -100 Level 8JUIPVU 4"65.8 (MBOEHBTLFUT 0 1 2 3 4 5 6 7 8 9 10 -120 -60 UP7%$ /1/1/1PQFODPMMFDUPS 0 2 4 6 8 10 Sensing Distance (m) -140 8JUI 4"65.85 0 1 2 3 4 5 6 7 8 9 10 Sensing Distance X (m) Sensing Distance X (mm) UP7"$ 3FMBZDPOUBDU41%5 8JUIPVU 4"61. 4FOTJUJWJUZDPOUSPMTDSFXESJWFS 1PMBSJ[FE3FUSPSFnFDUJWF )[ 7"$" 7%$" Diffuse SA1U-D01M 0QBRVF 3FnFDUPS *"$3 8JUI 4"61.5 UP7%$ SFTJTUJWFMPBE .JSSPS NNBY .PVOUJOHCSBDLFU &YDFTT(BJO -BUFSBM%JTQMBDFNFOU 0CKFDU4J[FWT4FOTJOH%JTUBODF 100 35 2200 TVSGBDF (MBOE HMBOEXBTIFS 8JUIPVU 4"61.8 UP7%$ /1/1/1PQFODPMMFDUPS (MBOEHBTLFUT 25 2000 8JUI 4"61.85 15 1800 UP7"$ 3FMBZDPOUBDU41%5 8JUIPVU 4"6%. 5 %JGGVTF 4FOTJUJWJUZDPOUSPMTDSFXESJWFS )[ 7"$" 7%$" 10 1600 A 8JUI 4"6%.5 -5 0QBRVF .PVOUJOHCSBDLFU UP7%$ SFTJTUJWFMPBE 1400 NNBY X 5SBOTQBSFOU (MBOE HMBOEXBTIFS Object: A mm -15 8JUIPVU 4"6%.8 Y white mat paper 1200 (MBOEHBTLFUT Object: UP7%$ /1/1/1PQFODPMMFDUPS -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) #BDLHSPVOE4VQQSFTTJPO UP7"$ 3FMBZDPOUBDU41%5 8JUIPVU 4"6#. Sensing Distance X (mm) )[ 7"$" 7%$" 4FOTJUJWJUZDPOUSPMTDSFXESJWFS 8JUI 4"6#.5 UP7%$ SFTJTUJWFMPBE Background Suppression SA1U-B02M .PVOUJOHCSBDLFU 0QBRVF NNBY (MBOE HMBOEXBTIFS -BUFSBM%JTQMBDFNFOU QSFTFUN -BUFSBM%JTQMBDFNFOU QSFTFUN -JHIU#FBN%JBNFUFS 8JUIPVU 4"6#.8 80 100 160 (MBOEHBTLFUT UP7%$ /1/1/1PQFODPMMFDUPS Black White 80 60 paper paper 140 8JUI 4"6#.85 Black 60 paper 40 120 40 5XPEJGGFSFOUTJ[FHMBOEHBTLFUTBSFTVQQMJFE4FMFDUBDDPSEJOHUPUIFDBCMFEJBNFUFS 20 100 20 4NBMMIPMFHBTLFUDBCMFEJBNFUFSUPNN White paper 0 0 80 -BSHFIPMFHBTLFUDBCMFEJBNFUFSUPNN -20 -20 60 -40 -40 40 Y -60 Y SpeciŢcations 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-reţective Diffuse Background Suppression Sensing Distance (mm) 1BSU/VNCFS 4"65. 4"65.5 4"61. 4"61.5 4"6%. 4"6%.5 4"6#. 4"6#.5 4FOTJOH%JTUBODFWT)ZTUFSFTJT $POUSPM,OPCWT4FOTJOH%JTUBODF $PMPSFE.BUUF1BQFSBOE0UIFS.BUFSJBMT 30 1PXFS7PMUBHF UP7"$ UP7"$ )[ UP7%$ UP7%$ 5000 1000 White 4500 25 Paper 800 Black paper 1SPKFDUPS7"NBYJNVN 4000 600 1PXFS$POTVNQUJPO 7"NBYJNVN Gray 20 3500 Paper 3FDFJWFS7"NBYJNVN 400 3000 15 200 2500 3FMBZDPOUBDU41%5 TXJUDIJOHDBQBDJUZ7"$" SFTJTUJWFMPBE 7%$" SFTJTUJWFMPBE Gray paper Black 0 2000 Paper Comparison of sensing distance when set to detect white mat paper ( 200) at 1m 10 $POUSPM0VUQVU &MFDUSJDBMMJGF NJOJNVNPQFSBUJPOT /0DPOUBDU /$DPOUBDU 2000 1500 1800 White paper .FDIBOJDBMMJGF NJOJNVNPQFSBUJPOT 5 1600 1000 1400 1200 500 1000 .JOJNVN"QQMJDBCMF-PBE 7%$ N"NJOJNVN SFGFSFODFWBMVF 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 3FTQPOTF5JNF NTNBYJNVN 0 Comparison of sensing distance when set to detect white mat paper ( 200) at 2m *OTVMBUJPO3FTJTUBODF #FUXFFOQPXFSBOEPVUQVUUFSNJOBMT.ûNJOJNVN 7%$NFHHFS %JFMFDUSJD4USFOHUI #FUXFFOQPXFSBOEPVUQVUUFSNJOBMT7"$ NJOVUF #FUXFFOPVUQVUUFSNJOBMT7"$ 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 8FJHIU BQQSPY 1SPKFDUPSH 3FDFJWFSH H SpeciŢcations con’t 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 θ (º) Receiver Angle θ (º) White White Red Red Green Green Blue Blue Gray Gray Black Black Cardboard Cardboard Aluminum Aluminum Stainless Steel Stainless Steel Brass Brass Veneer Veneer
Frequently asked questions
How does Industrial Trading differ from its competitors?
Is there a warranty for the SA1U-P07MT?
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What they say about us
FANTASTIC RESOURCE
One of our top priorities is maintaining our business with precision, and we are constantly looking for affiliates that can help us achieve our goal. With the aid of GID Industrial, our obsolete product management has never been more efficient. They have been a great resource to our company, and have quickly become a go-to supplier on our list!
Bucher Emhart Glass
EXCELLENT SERVICE
With our strict fundamentals and high expectations, we were surprised when we came across GID Industrial and their competitive pricing. When we approached them with our issue, they were incredibly confident in being able to provide us with a seamless solution at the best price for us. GID Industrial quickly understood our needs and provided us with excellent service, as well as fully tested product to ensure what we received would be the right fit for our company.
Fuji
HARD TO FIND A BETTER PROVIDER
Our company provides services to aid in the manufacture of technological products, such as semiconductors and flat panel displays, and often searching for distributors of obsolete product we require can waste time and money. Finding GID Industrial proved to be a great asset to our company, with cost effective solutions and superior knowledge on all of their materials, it’d be hard to find a better provider of obsolete or hard to find products.
Applied Materials
CONSISTENTLY DELIVERS QUALITY SOLUTIONS
Over the years, the equipment used in our company becomes discontinued, but they’re still of great use to us and our customers. Once these products are no longer available through the manufacturer, finding a reliable, quick supplier is a necessity, and luckily for us, GID Industrial has provided the most trustworthy, quality solutions to our obsolete component needs.
Nidec Vamco
TERRIFIC RESOURCE
This company has been a terrific help to us (I work for Trican Well Service) in sourcing the Micron Ram Memory we needed for our Siemens computers. Great service! And great pricing! I know when the product is shipping and when it will arrive, all the way through the ordering process.
Trican Well Service
GO TO SOURCE
When I can't find an obsolete part, I first call GID and they'll come up with my parts every time. Great customer service and follow up as well. Scott emails me from time to time to touch base and see if we're having trouble finding something.....which is often with our 25 yr old equipment.
ConAgra Foods