EX-10 User`s Manual, WUME-EX10-4
Contents
1. lt Emitter gt lt Receiver gt ii nit mm TI lt 1 0 gt 35 3 5 16 45 je at 10 gt 2 1 2 1 H gt 5 5 4 ti i del 1 75 1 75 1 75 1e ip ae iL 4 I L 4 Beam D 4 receivin 14 511 part S TF 145 5 L be g i 45 Beam i emitting 4 5 2 2 2 mounting holes 6 5 ar i 7 g i 2 62 2 mounting holes 2 5 cable 2m long 2 5 cable 2m lon Thru beam side sensing type EX 11Er EX 13Er EX 19E EX 11SEo EX 13SE lt Emitter gt lt Receiver gt niem 6 45 4 5 las m 10 4 5 a 1 75 1 75 225 jel Jet diger 1 751 1 75 2 25 i i ai A HS Beam Beam Y jA 4 emitting receivin 1 h g L 14 511 pat A R part F11 145 GE T T 4 5 j 4 5 2 2 2 mounting holes 6 5 2 5 cable 2m long j 6 5 2 92 2 4 2 4 2 mounting holes 92 5 cable 2m long 19 Thru beam front sensing type with operation mode switch on bifurcation EX 15 EX 17 20 N lt Emitter gt 10 a 5 54 2 Beam 4 14 5 11 47 emitting Y 2 92 2 mounting holes 1 part receiving 2 5 cable e 4 ae EG part vii o 4 5 lt Receiver gt 12. 200 lt Installation interval for EX 110 EX 150 gt E In case using at sensing distance L1 150mm the op 1501 eration point 1 is approx 23 4mm according to dia a gram above 2 g 100 1 The installation interval is 2 Approx 23 4mm x 2 approx 46 8mm 5 4 l Thus install approx 46 8mm or more away le 150mm R 100 50 0 50 100 Emitter Receiver Left Center gt Right Operating point mm 1 EX 11n EX 15n Approx 46 8mm or more EX 11n EX 15n Approx 46 8mm or more Thru beam type EX 11En EX 15Er parallel deviation diagram typical 200 lt Installation interval for EX 11En EX 15E0 gt 1 In case using at sensing distance L2 150mm the 150 L2 1 operation point 2 is approx 15mm according to dia pr gram above g 100 The installation interval is Approx 15mm x 2 approx 30mm g l Thus install approx 30mm or more away 0 100 50 0 50 100 Left Center Right Operating point mm 150mm Emitter rr Receiver EX 11Eo EX 15Ex Approx 30mm or more EX 11Ec EX 15En Approx 30mm or more Thru beam type EX 137 EX 170 parallel deviation diagram typical 800 600 L3 400 13 200 Sensing distance L mm 0 100 50 0 50 100 Left lt Center Ri
3. 200 Left lt Center gt Right Operating point mm EX 19n approx 257 2mm or more EX 19n approx 257 2mm or more lt Installation interval for EX 19o0 gt In case using at sensing distance L5 1m the operation point 5 is approx 128 6mm according to diagram above The installation interval is Approx 128 6mm x 2 approx 257 2mm Thus install approx 257 2 or more away 1m Emitter Receiver Thru beam type EX 19Ex parallel deviation diagram typical A 1 I 1 1 1 i 1 1 L6 0 5 16 Sensing distance L m 0 200 100 0 100 Left lt Center gt Right Operating point mm EX 19En approx 142 2mm or more EX 19Er approx 142 2mm or more Emitter ha lt Installation interval for EX 19Eo gt In case using at sensing distance L6 1m the operation point 26 is approx 71 1mm according to diagram above The installation interval is Approx 71 1mm x 2 approx 142 2mm Thus install approx 142 2 or more away 1m gt el Receiver gt B Thru beam type EX 11Sn parallel deviation diagram typical 200 lt Installation interval for EX 11Sx gt t i i In case using at sensing distance L7 150 i Fun 15
4. 0 1mm 3 core thru beam type emitter 2 core cabtyre cable 2 m long Net weight Emitter receiver Approx 20 g each C5 type Approx 50 g each Approx 20g C5 type Approx 50g Gross weight Approx 50g C5 type Approx 110 g Approx 30g C5 type Approx 609 Accessories 16 Mounting screws 1 set Instruction Manual Type Thru beam with operation mode switch on bifurcation Front sensing Side sensing Front sensing Side sensing Model No Note 2 Sensing range EX 15 Note 5 EX 15E EX 17 EX 17E 150mm 500mm Minimum sensing object 21 mm opaque object Completely beam interrupted object Setting distance between emitter and receiver 150mm 2 mm opaque object Completely beam interrupted object Setting distance between emitter and receiver 500mm Hysteresis Repeatability Perpendicular to sensing axis 0 05mm or less Supply voltage 12 to 24 V DC 10 Ripple P P10 or less Current consumption 25mA or less Output NPN open collector transistor e Maximum sink current 100 mA e Applied voltage 30V DC or less between output and 0 V Residual voltage 2V or less at 100mA sink current 1V or less at 16mA sink current Short circuit protection Incorporated Response time 0 5ms or less Protection IP67 IEC Ambient temperature Ambient humidity 25 to 55 C No dew condensa
5. length 4mm and Two M2 length 8mm pan head screw are aattched For front sensing tipe Thru beam tipe needs 2 sets Material SUS304 Two M2 length 4mm pan head screw are aattched For Side sensing tipe Thru beam tipe needs 2 sets Material SUS304 Two M2 length 8mm pan head screw are aattched L form mouting bracket Thru beam tipe needs 2 sets MS EX10 13 Material SUS304 Two M2 length 4mm and Two M2 length 8mm pan head screw are aattched mounting bracket MS EX10 11 MS EX10 12 Note Regarding the mounting image refer to P6 Regarding the external dimensions refer to P23 amp 24 15 8 Specifications 8 1 Standard beam type Light ON Model No Thru beam type Convergent reflective Diffused beam type Front sensing EX 11A PN Side sensing EX 11EA PN Front sensing EX 13A PN Side sensing EX 13EA PN Front sensing EX 19A PN Side sensing EX 19EA PN Front sensing EX 14A PN Note 2 Dark ON EX 11B PN EX 11EB PN EX 13B PN EX 13EB PN EX 19B PN EX 19EB PN EX 14B PN Sensing range 150mm 500mm 1m 2 to 25mm Note 3 Center 10mm Minimum sensing object 1mm opaque object Completely beam interrupted object Setting distance between emitter and receiver 150mm 2mm opaque object Completely beam interrupted object Setting distance b
6. 1 2 7 6 je 6 25 C1 ST 4 4 9 at t 11 s 8 15 le 2 M2 x 0 4 thru hole threads 8 13 5 Mounting bracket MS EX10 3 Unit mm rr cl i at dt 320 i 1 4 m 8 4 M2 x 0 4 thru hole threads I oe 6 lt i 6 5 6 11 Note The sensor bracket is an object for satandard beam type It cannot be used for narrow beam type 23 Mounting bracket MS EX10 11 t1 2 3 7 4 M2 x 0 4 thru hole threads Unit mm TT 11 gt Mounting bracket MS EX10 12 Unit mm f 11 2 M2 x 0 4 thru hole threads Mounting bracket MS EX10 13 Unit mm 4 M2 x 0 4 thru hole threads Note The sensor bracket is an object for satandard beam type It cannot be used for narrow beam type 24 Pipase contacts tits Panasonic Industrial Devices SUNX Co Ltd http panasonic net id pidsx global Overseas Sales Division Head Office 2431 1 Ushiyama cho Kasugai shi Aichi 486 0901 Japan Phone 81 568 33 7861 FAX 81 568 33 8591 About our sale network please visit our website Panasonic Industrial Devices SUNX Co Ltd 2013 October 2013 PRINTED IN JAPAN WUME EX10 4
7. beam front sensing type EX 110 EX 13n EX 19n EX 118n EX 13Sn EX 19S Stability indicator Green Mounting Q Operation indicator Orange hole O ge a Mounting hole O Beam receiving part Beam emitting part lt Emitter gt lt Receiver gt Thru beam side sensing type EX 11En EX 13Ec EX 19E EX 11SEn EX 13SE_ Stability indicator _ Green Operation indicator rt Mounting O unti Mounting hole sita hole Beam receiving part emitting part o lt Emitter gt lt Receiver gt Convergent reflective front sensing type EX 14 Stability indicator Green Operation indicator Orange Beam emitting part Mounting hole Beam receiving part Thru beam front sensing type with Thru beam side sensing type with operation mode switch on bifurcation operation mode switch on bifurcation EX 15 EX 17 EX 15E EX 17E lt Emitter gt lt Receiver gt lt Emitter gt lt Receiver gt Stability indicator Green Beam emitting part Mounting Mounting hole receiving part Beam Beam emitting receiving Operation mode switch Operation indicator Orange Stability indicat
8. check to see if the emitter and the receiver are facing each other in a straight line Note2 In case of EX 15 17 adjust the beam axis after turn the operation mode switch to L ON After it switch the operation mode by adopting the operation 14 Option 7 1 Slit Mask optional e Apply the optional slit mask OS EX10 c when detecting small objects or for increasing the accuracy of sensing position However the sensing range is reduced when the slit mask is mounted Model No Sensing distance Minimal sensing object FE SIRE OS EX10 12 OS EX10 15 OS EX10E 12 OS EX10 12 OS EX10E 12 OS EX10 15 CJ Mounting method 1 Insert the sensor into the slit 2 Mount it to mounting plate Make sure that the tightening torque is 0 2N m or less Tightening together with mounting plate 7 2 Sensor mounting bracket optional e The sensor bracket is an object for satandard beam type It cannot be used for narrow beam type Model No Description For front sensing tipe Thru beam tipe needs 2 sets MS EX10 1 Material SPCC Uni chrome plated Two M2 length 4mm pan head screw are aattched For Side sensing tipe Thru beam tipe needs 2 sets MS EX10 2 Material SPCC Uni chrome plated Two M2 length 8mm pan head screw are aattched s L form mouting bracket Thru beam tipe needs 2 sets engar MS EX10 3 Material SPCC Uni chrome plated Two M2
9. receiver 500mm 02mm opaque object Completely beam interrupted object Setting distance between emitter and receiver 1m Repeatability Perpendicular to sensing axis 0 05mm or less Supply voltage Current consumption 12 to 24V DC 10 Ripple P P 10 or less Emitter 10mA or less Receiver 10mA or less lt NPN output type gt NPN open collector transistor e Maximum sink current 50mA e Applied voltage 30 V DC or less between output and OV e Residual voltage 2V or less at 50mA sink current 1V or less at 16mA sink current lt PNP output type gt PNP open collector transistor e Maximum source current 50mA e Applied voltage 30 V DC or less between output and V e Residual voltage 2V or less at 50mA source current 1V or less at 16mA source current Short circuit protec tion Incorporated Response time 0 5 ms or less Protection Ambient temperature 25 to 55 C No dew condensation or icing allowed Storage 30 to 70 C IP67 IEC Ambient humidity 35 to 85 RH Storage 35 to 85 RH Emitting element Red LED Peak emission wavelength 650nm modulated Material Enclosure Polyalylate Lens Polyalylate Cable Note 4 0 1mm 3 core thru beam type emitter 2 core cabtyre cable 2 m long Net weight Emitter receiver Approx 20 g each Weight Gross weight Approx 50g Accessories Notes
10. temperature of 23 C 2 The model No with suffix P shown on the label affixed to the thru beam type sensor is the emitter D shown on the label is the receiver EX Emitter of EX 11A EX 11P Receiver of EX 11A EX 11AD Model Nos having suffix R are inflection resistant cable type except PNP output type Narrow beam type and Thru beam type with operation mode switch on bifurcation EX 150 170 EX EX 11A of inflection resistant cable type is EX 11A R Model Nos having the suffix C5 are 5m cable length type except PNP output type Narrow beam type and inflection resistant cable type EX EX 11A of 5m cable length type is EX 11A C5 3 The sensing range and the hysteresis of convergent reflective type sensor are specified for white non glossy paper 50 x 50 mm as the object 4 The inflection resistant type having suffix R at end of model No has a 0 1mm 3 core thru beam type emitter 2 core inflection resistant cabtyre cable 2m long 5 Either Light ON or Dark ON can be selected by the operation mode switch located on the bifurcation 18 Mounting screws 1 set Instruction Manual 1 Where measurement conditions have not been specified precisely the conditions used were an ambient 9 Dimentions Thru beam front sensing type EX 11n EX 13r EX 19n EX 11Sr EX 13Sr EX 19
11. 0 lt 6 45 ml 5 57 1 5 2 62 2 mounting holes A 15 2 492 cy F N 23 8 cable 2m long Unit mm 4 3 5 lt 2 1 Thru beam side sensing type with operation mode switch on bifurcation EX 15E EX 17E lt Emitter gt 10 m 1 75 1 75 Beam ae 11 a gt part 2 92 2 mounting holes m emitting 2 5 cable f Fa 25 MU lt Receiver gt Unit mm 76 45 gt 4 5 Fi 1 75 gt 225 1 75 1 5 kj t H Beam 6 4 receiving F1 14 5 part 500 E 152 4 1 38 93 8 cable 2m long 21 Convergent reflective EX 14 22 ij ra 13 gt 6 45 gt 5je gt 2 75 gt 41 75 1 751 5 n Y t 1 ai 45 receiving 4 pari K P PT 11 Beam NN emitting e 4 5 part 3 gt 4 2 62 2 mounting holes 2 5 cable 2m long Unit mm gt 3 5 lt 2 1 Mounting bracket MS EX10 1 Unit mm t1 2 7 7 6 37 W i 20 4 M2 x 0 4 58 m35 thru hole threads 2 3 4 mounting holes ol f PH 11 8 15 t Lie elf Gr Mounting bracket MS EX10 2 Unit mm
12. 0mm the operation point 27 is approx E 10 8mm according to diagram above 8 100 The installation interval is a Approx 10 8mm x 2 approx 21 6mm 2 50 Thus install approx 21 6 or more away Bo 50 25 0 25 50 Left lt Center Right Operating point mm le 150mm Emitter Receiver EX 11Sc approx 21 6mm or more EX 11Sr approx 21 6mm or more Thru beam type EX 11SEc parallel deviation diagram typical 200 T lt Installation interval for EX 11SE0 gt iJi PE In case using at sensing distance L8 139 150mm the operation point 8 is approx g 6 2mm according to diagram above 3 108 18 The installation interval is 2 50 Approx 6 2mm x 2 approx 12 4mm S Thus install approx 12 4 or more away J 0 50 25 0 25 50 Left lt Center Right Operating point mm 150mm Emitter Receiver EX 11SEn approx 12 4mm or more EX 11SEn approx 12 4mm or more 10 Thru beam type EX 13Sx parallel deviation diagram typical 800 gt 600 ore h L9 A o o N o o Sensing distance L mm o 19 100 50 0 50 100 Left lt Center Right Operating point mm Emi lt Installation interval for EX 13So gt In case using at sensing distance
13. L9 500mm the operation point 9 is approx 37 1mm according to diagram above The installation interval is Approx 37 1mm x 2 approx 74 2mm Thus install approx 74 2 or more away 500mm ter Receiver EX 13Sr approx 74 2mm or more EX 13Sc approx 74 2mm or more Thru beam type EX 13SEr parallel deviation diagram typical A 800 600 E L10 O amp 400 2 o gt 210 200 D N 0 100 50 0 50 100 Left Center Right Operating point mm EX 13SEx approx 58 4mm or more EX 13SEn approx 58 4mm or more Emitter lt Installation interval for EX 13SEo gt In case using at sensing distance L10 500mm the operation point 210 is approx 29 2mm according to diagram above The installation interval is Approx 29 2mm x 2 approx 58 4mm Thus install approx 58 4 or more away 500mm gt lt p Receiver gt 11 Thru beam type EX 19Sx parallel deviation diagram typical i i lt Installation interval for EX 19So gt In case using at sensing distance L11 1 L11 7 1m the operation point 211 is approx 8 65 4mm according to diagram above 5 ies 2B 11 The installation interval is OD 205 Approx 65 4mm x 2 approx 130 8mm
14. N Thus install approx 130 8 or more away 0 200 100 0 100 200 Left lt Center Right Operating point mm le am xi Emitter Receiver EX 19Sn approx 130 8mm or more EX 19Sn approx 130 8mm or more 12 4 VO Circuit Diagram EX 11n EX 13n EX 195 EX 14 Color code k Brown V 5 Load 2 KE Black O 5 j Black Output F I 12 to 24V DC 10 Internal circuit lt gt Users circuit Note The thru beam type sensor emitter does not incorporate the output EX 115 PN EX 1350 PN EX 195 PN EX 140 PN Color code Brown V 8 50mA max O gt 2 Black Output O Load pi Blue OV I 12 to 24V DC 10 Internal circuit lt gt Users circuit Note The thru beam type sensor emitter does not incorporate the output EX 15n EX 17 Color code Brown V Id 5 Load 2 6 Black Output 5 in j 5 100mA max 0 Blue OV I 12 to 24V DC 10 Internal circuit lt gt Users circuit 13 5 Stability Indicator e The stability indicator green lights up when the incident light intensity has suf
15. WUME EX10 4 Panasonic Amplifier Built in Ultra slim Photoelectric sensor EX 10 Series USER S MANUAL Y Qo 2013 10 http panasonic net id pidsx global Panasonic Industrial Devices SUNX Contents 5 Safety precaution SOTO CCL COOP O CLOT rE DOCC CEL EP OCTET CLOCrCOCLEEOCO us dns dd did iz 3 5 Part Description E a A d d a E a a j 4 R Mounting gen OE ee Ce Cee rc ere ee EEL j 6 3 1 Mounting of the S NSOPL rrr eres 6 3 2 Mounting interval va A LV S aj bn j dara er aija 7 VO Circuit Diagram PTT TTT TTT TTT TTT TTT TTT TTT ITT 13 S Stability Indicator Kena k s i KN AK KA K KK EKA 14 Beam alignment ee CC EE OL CTC Or EE 14 a Option an s ada ee dat ijas i na d PE ME j eaten 15 7 1 Slit Mask optional n FER ERE Dr Dr LEE DE SEE 15 7 2 Sensor mounting bracket optional da Kasse era dene 15 J Specifications kaker OT LC TT EE TET Oe nisi kad OL CT F rk 16 8 1 Standard beam type Dusken e tee l jj Same adle FERE Sede alas eat uij sae sis a hele 16 8 2 Narrow beam type su Mads gg A KE EPer ate 18 Dimentions d ki sadi PC i s sis dd dis das gidu s k s au ana das 19 1 Safety precaution Z WARNING e Never use this product as a sensing device for personnel protection e In case of using devices for personnel protection use products which meet laws and standards such as OSHA ANSI or IEC etc for personnel protection applicable in each region or c
16. etween emitter and receiver 500mm 2mm opaque object Completely beam interrupted object Setting distance between emitter and receiver 1m 0 1mm copper wire Setting dis tance 10mm Hysteresis 15 or less of operation distance Note 3 Repeatability Perpendicular to sensing axis 0 05mm or less 0 1mm or less Supply voltage 12 to 24V DC 10 Ripple P P 10 or less Current consumption Emitter 10mA or less Receiver 10mA or less 13mA or less lt NPN output type gt NPN open collector transistor e Maximum sink current 50mA e Applied voltage 30 V DC or less between output and OV e Residual voltage 2V or less at 1V or less at 16mA sink current 50mA sink current lt PNP output type gt PNP open collector transistor e Maximum source current 50mA e Applied voltage 30 V DC or less between output and V e Residual voltage 2V or less at 50mA source current 1V or less at 16mA source current Short circuit pro tection Incorporated Response time 0 5 ms or less Protection IP67 IEC Ambient temperature 25 to 55 C No dew condensation or icing allowed Storage 30 to 70 C Ambient humidity Emitting element 35 to 85 RH Storage 35 to 85 RH Red LED Peak emission wavelength EX 19E 624nm except EX 19E 680nm modulated Material Enclosure Polyalylate Lens Polyalylate Cable Note 4
17. ficient margin with respect to the operation level Incident light intensity level is such that the stability indicator light up stable sensing can be done without the light received operation and the light interrupted operation being af fected by a change in ambient temperature or supply voltage Operation of stability indicator Output operation Incident light margin g 3 1 sn A Eg Approx 2 Output operation level gt 15 Approx 25 pe 3 Light interruption margin Light interrupted operation 0 Setting distance gt 6 Beam alignment Thru beam type EX 110 EX 130 EX 190 EX 15n EX 17 EX 11So EX 13Sr EX 19S Stability indicator green 1 Place the emitter and the receiver face to face along a straight line move the emitter in the up down left and right directions in order to determine the range of the light received condition with the help of the operation indicator orange Then set the emitter at the center of this range Note 1 2 Similarly adjust for up down left and right angular movement of the emitter 3 Further perform the angular adjustment for the receiver also 4 Check that the stability indicator green lights up Note 2 Note1 When using the narrow beam type EX 10Sz if the beam axes are out of alignment
18. ght lt Installation interval for EX 130 EX 17o0 gt In case using at sensing distance L3 500mm the operation point 3 is approx 76 6mm according to diagram above The installation interval is Approx 76 6mm x 2 approx 153 2mm Thus install approx 153 2mm or more away 500mm Operating point mm Emitter EX 130 EX 170 approx 153 2mm or more EX 130 EX 170 approx 153 2mm or more Receiver Thru beam type EX 13Er EX 17Ec parallel deviation diagram typical 800 600 400 f L4 200 14 Sensing distance L mm 0 100 50 0 50 100 Left Center Right Operating point mm EX 13Er EX 17En approx 100mm or more EX 13Er EX 17En approx 100mm or more lt Installation interval for EX 13Ec EX 17Ec gt In case using at sensing distance L4 500mm the operation point 24 is approx 50mm according to dia gram above The installation interval is Approx 50mm x 2 approx 100mm Thus install approx 100mm or more away 500mm gt Emitter a Receiver gt Thru beam type EX 19n parallel deviation diagram typical A 1 L5 0 5 15 VV Sensing distance L m 0 200 100 0 100
19. on T 7 at washers BE H accesso Thickness of mounting ME SG plate 2 or less length 10 accessory The sensor bracket is an object for satandard beam type It cannot be used for narrow aterial SPCC Uni chrome plated Two M2 length 4 mm pan head screws Accessory MS EX 10 11 Material SUS304 Two M2 length 4 mm pan head screws Accessory 6 MS EX 10 12 Material SUS304 MS EX 10 3 aterial SPCC Uni chrome plated Material SPCC Uni chrome plated Two M2 length 8 mm pan Two M2 length 4 mm pan head screws head screws Accessory Two M2 length 8 mm pan head screws Accessory 2 pan head screws each MS EX 10 13 Material SUS304 Two M2 length 8 mm pan Two M2 length 4 mm pan head screws SUS304 head screws Accessory Two M2 length 8 mm pan head screws SUS304 Accessory 2 pan head screws each 3 2 Mounting interval e This product does not incorporate auto interference function n case mounting two sets or more of the this product close together please mount them as drawing below indi cates ie example e Find out the operating point on the parallel deviation diagram for the setting distance L Separate sensors by 2 x or more Thru beam type EX 110 EX 150 parallel deviation diagram typical
20. or Green Operation indicator Orange ES Operation mode switch Operation indicator Orange lt Operation mode switch gt Operation mode switch L Light ON D Dark ON Operation indicator Orange Light up when the output is ON Dark ON mode is set when the switch is turned fully counterclockwise D side 3 Mounting 3 1 Mounting of the sensor e The tightening torque should be 0 2 N m or less e The narrow beam type EX 1 S emits a narrow light beam so it is difficult to align the beam Note that if screws or other parts become loose due to vibration for example the beam axis may drift e In case of mounting on tapped holes Unit mm Front sensing Y M2 x 0 4 tapped 7 deep Sensing direction M2 screw length 8 accessory Side sensing WWE Sensing q direction J M2 screw length 10 accessory tapped 6 deep e In case of using attached screws and nuts Unit mm Front sensing Spring washers accessory Nuts accessory Flat washers accessory Thickness of mounting plate 2 5 or less e In case of using mounting bracket optional Sensing direction M2 screw BE gt QA N length 8 accessory Spring washers accessory Sensing Nuts 11 directi
21. ountry e This product has been developed produced for industrial use only The narrow beam type EX 10Sz emits a narrow light beam so it is difficult to align the beam Use the instrument with the emitter and the receiver facing each other in a straight line Note that if screws or other parts become loose due to vibration for example the beam axis may drift e Sensor mounting baracket optional MS EX 10 n is an object for satandard beam type It cannot be used for narrow beam type e For the convergent reflective type EX 14n if there is a reflective object e g a conveyor etc in the background of the sensing object since it may affect the sensing use by keeping enough dis tance from the reflective object e The thin cable 0 1mm2 is used for this product Thus take care that if the cable is pulled with ex cessive force it may cause cable break e Extension up to total 50m each emitter and receiver of thru beam type or less is possible with 0 3mm2 or more of conductor area cable However the extension of a power supply line and the output line of less than 10m is acceptable in case using this product as conforming to S mark Make sure that stress by forcible bend or pulling is not applied directly to the sensor cable joint Make sure to carry out wiring in the power supply off condition Take care that wrong wiring will damage the sensor Verify that the supply voltage variation is within the rating If po
22. tion or icing allowed Storage 30 to 70 C 35 to 85 RH Storage 35 to 85 RH Emitting element Red LED Peak emission wavelength 680nm modulated Material Enclosure Polyethylene terephthalate Lens Polyalylate Bifurcation Polyalylate Cable 0 2 mm 3 core cabtyre cable 2m long beyond bifurcation from emitter receiver to bifurcation 0 5m long Net weight 559 approx Wight Gross weight 809 approx Accessory Mounting screws 1 set Adjusting screwdriver 1 pc Instruction Manual 17 8 2 Narrow beam type Type i Front sensing Light ON Model No Thru beam type EX 11SA PN Side sensing EX 11SEA PN Front sensing EX 13SA PN Side sensing EX 13SEA PN Front sensing EX 19SA PN Note 2 Dark ON EX 11SB PN EX 11SEB PN EX 13SB PN EX 13SEB PN EX 19SB PN Sensing range 150 mm 500mm 1m Minimum sensing object Hysteresis 0 5mm opaque object Completely beam interrupted object Setting distance between emitter and receiver 150mm 1mm opaque object Completely beam interrupted object Setting distance between emitter and receiver 150mm 1mm opaque object Completely beam interrupted object Setting distance between emitter and receiver 500mm 2mm opaque object Completely beam interrupted object Setting distance between emitter and
23. wer is supplied from a commercial switching regulator ensure that the frame ground F G terminal of the power supply is connected to an actual ground e Incase noise generating equipment switching regulator inverter motor etc is used in the vicinity of this product connect the frame ground F G terminal of the equipment to an actual ground e Do not run the wires together with high voltage lines or power lines or put them in the same race way e Take care that the sensor is not directly exposed to fluorescent lamp from a rapid starter lamp a high frequency lighting device or sunlight etc as it may affect the sensing performance e Do not use during the initial transient time EX 15n EX 15Eo EX 17o0 EX 17Ec 100ms others 50ms after the power supply is switched ON e This sensor is suitable for indoor use only Do not use this sensor in places having excessive vapor dust etc or where it may come in con tact with corrosive gas etc e Take care that the product does not come in contact with oil grease organic solvents such as thinner etc strong acid or alkaline e This product cannot be used in an environment containing inflammable or explosive gasses Never disassemble or modify the product Since the cable end is not waterproof do not use the sensor in the application where water may seep in from the cable end 2 Part Description Thru
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