General terms and conditions... F-3 Glossary of terms / General precautions...p.1549~ / P.1552~

Transcription

1 279 PHOTO PHOTO Utra-sim Photoeectric Sensor SERIES Ver.2 Reated Information Ver.2 Genera terms and conditions... F-3 Gossary of terms / Genera precautions...p.1549~ / P.1552~ guide... P.231~ Korea s S-mark... P.162 Certified (Some modes ony) Recognition (Excuding some modes) MEASURE PNP output type avaiabe buit-in extraordinariy sma and sim size Smaest body, just mm.13 in thick It can be mounted in a very sma space as its size is just W1 H1 D mm W.394 H.571 D.13 in (thru-beam, front sensing type). Fexibe mounting The diffuse refective type sensor is front sensing and is so thin that it gives an impression of being just pasted on the mounting base. The thru-beam type is avaiabe as front sensing type, as we as, side sensing type, aowing fexibe mounting. Thru-beam Front sensing type Side sensing type Diffuse refective Front sensing type separated A wide variety of narrow-beam type! ight diffusion is approx. 1/2 of standard type. EX- S ess interference with no sit, narrow-pitch can be set. The pitch of instaation is 1/2 of conventiona modes, so that the cose-instaation is possibe. No cost is necessary to purchase or insta a sit. Possibe to sense a minute object ess than ø.5 mm ø.39 in with no sit. The series is appicabe to sense a minute object without any cost. ong sensing range of 1 m 1 ft with narrow beam A ong 1 m 1 ft sensing range is possibe with narrow beam. EX- / EX-E EX-S / EX-SE EX-S ø.5mm EX-19S

2 Utra-sim Photoeectric Sensor SERIES Ver.2 2 APPICATIONS Positioning of PCBs Detecting ICs Detecting PCB rack EX-19S Transparent stick IC EX-15 EX-14 Detecting wafer cassette Detecting thin ring Checking for absence of capacitor in tray EX-14 PHOTO PHOTO MEASURE EX-14 EX-13E BASIC PERFORMANCE Eectric power saving * The series achieves reductions in power consumption of up to 65 %. These sensors contribute to environmenta friendiness. * Effective from production in October 21. A maximum 35 % reduction compared to conventiona sensors High-speed response time:.5 ms The sensor is suitabe for detecting sma and highspeed traveing objects. Minimum sensing object: ø1 mm ø.39 in EX-(E), EX-15(E) EX-, EX-E, EX-15 and EX-15E are incorporated with ø1 mm ø.39 in sit masks so that ø1 mm ø.39 in, or more, object can be detected. Hence, they are suitabe for precise positioning or sma s detection. Background suppression Hardy affected by background Even a specuar background separated by mm in, or more, is not detected. (However, the background shoud be directy opposite. A spherica or curved background may be detected.) Background mm in ong sensing range: 1 m 1 ft A sensing range of 1 m 1 ft has been reaized with a sim size of just mm.13 in. It can be used to detect even wide IC trays. Back object reiaby detected It can reiaby detect dark coor objects since it is convergent refective type. 1 m 1 ft EX-19(E) EX-14 The best distance is approx. 1 mm.394 in from the object. separated

3 21 Utra-sim Photoeectric Sensor SERIES Ver.2 PHOTO PHOTO MEASURE ENVIRONA RESISTANCE Incorporated an inverter countermeasure circuit * The series become significanty stronger against inverter ight and other extraneous ight. * Effective from production in October 21. MOUNTING / SIZE Mountabe with M3 screws Non-corrosive stainess stee type sensor mounting bracket is aso avaiabe. MS-EX1-1 [Cod roed carbon stee (SPCC)] MS-EX1- [Stainess stee (SUS34)] mounting bracket for the front sensing type Fuorescent ight Waterproof IP67 MS-EX1-2 [Cod roed carbon stee (SPCC)] MS-EX1-12 [Stainess stee (SUS34)] mounting bracket for the side sensing type The sensors features an IP67 rating to aow their use in process ines where water is used or spashed. Rust-resistant stainess stee sensor mounting brackets are avaiabe. Note: If water spashes on the sensor during sensing operation, it may sense water as an object. Bending durabiity MS-EX1-3 [Cod roed carbon stee (SPCC)] MS-EX1-13 [Stainess stee (SUS34)] (-shaped mounting bracket) EX- -R Bending-resistant cabe type EX- -R is avaiabe. It is most suitabe for moving s, such as robot arm, etc. M3 screws separated M3 screws Note: Sensor mounting brackets can not be used for the narrow beam type (EX- S ). Red beam makes beam aignment easy M3 screws The red ED beam projected from the emitter heps you to aign the sensor heads. FUNCTIONS Bright 2-coor indicator A convenient 2-coor indicator has been incorporated in the miniature body. VARIETIES Operation mode switch EX-15 /17 Thru-beam type sensor incorporated with an operation mode switch on the bifurcation is aso avaiabe. It heps you to test the operabiity before start-up. OTHERS ess resources used * Based on environmenta considerations, simpified packaging is used in order to reduce waste. In addition, the bag is made from poyethyene which produces no toxic gases even when burned. 2-coor indicator Orange: Operation indicator Green: Stabiity indicator Operation mode switch Operation indicator (Orange) Effective from production in October 21. Even for the thru-beam type sensor, ony three wires have to be connected.

4 Utra-sim Photoeectric Sensor SERIES Ver.2 22 ORDER GUIDE Type Appearance Sensing range 15 mm 5.96 in Mode No.(Note 2) NPN output PNP output Output operation EX-A EX-A-PN ight-on EX-B EX-B-PN Dark-ON Output Front sensing 5 mm in 1 m 1 ft EX-13A EX-13A-PN ight-on EX-13B EX-13B-PN Dark-ON EX-19A EX-19A-PN ight-on EX-19B EX-19B-PN Dark-ON Standard type Thru-beam Side sensing With operation mode switch on the bifurcation With operation mode switch on the bifurcation 15 mm 5.96 in EX-15 EX-15 -PN Switchabe either 15 mm 5.96 in 5 mm in EX-17 EX-17-PN 5 mm in 1 m 1 ft ight-on or Dark-ON EX-EA EX-EA-PN ight-on EX-EB EX-EB-PN Dark-ON EX-13EA EX-13EA-PN ight-on EX-13EB EX-13EB-PN Dark-ON EX-19EA EX-19EA-PN ight-on EX-19EB EX-19EB-PN Dark-ON 15 mm 5.96 in EX-15E - Switchabe either 5 mm in EX-17E - ight-on or Dark-ON NPN opencoector transistor or PNP opencoector transistor Narrow beam type Convergent refective (Diffused beam type) Thru-beam Front sensing Front sensing Side sensing 2 to 25 mm.79 to.94 in (Note 1) (Convergent point: 1 mm.394 in) 15 mm 5.96 in 15 mm 5.96 in 5 mm in 1 m 1 ft 5 mm in EX-14A EX-14A-PN ight-on EX-14B EX-14B-PN Dark-ON EX-SA EX-SA-PN ight-on EX-SB EX-SB-PN Dark-ON EX-13SA EX-13SA-PN ight-on EX-13SB EX-13SB-PN Dark-ON EX-19SA EX-19SA-PN ight-on EX-19SB EX-19SB-PN Dark-ON EX-SEA EX-SEA-PN ight-on EX-SEB EX-SEB-PN Dark-ON EX-13SEA EX-13SEA-PN ight-on EX-13SEB EX-13SEB-PN Dark-ON NPN opencoector transistor or PNP opencoector transistor NOTE: Mounting bracket is not suppied with the sensor. Pease seect from the range of optiona sensor mounting brackets (MS-EX1- ). Sensor mounting brackets (MS-EX1- ) can not be used for the narrow beam type (EX- S ). Notes: 1) The sensor does not detect even a specuar background if it is separated by mm in or more. (However, the background shoud be directy opposite. A spherica or curved background may be detected.) 2) The mode No. with P shown on the abe affixed to the thru-beam type sensor is the emitter, D shown on the abe is the receiver. Bending-resistant cabe type Bending-resistant cabe type is aso avaiabe for NPN output type. (excuding narrow beam type EX- S and sensor with operation mode switch on the bifurcation EX-15 /17 ) When ordering this type, suffix -R to the mode No. (e.g.) Bending-resistant cabe type of EX-A is EX-A-R. 5 m ft cabe ength type 5 m ft cabe ength type (standard: 2 m ft) is aso avaiabe for NPN output type. (excuding narrow beam type EX- S and bending-resistant cabe type) When ordering this type, suffix -C5 to the mode No. (e.g.) 5 m ft cabe ength type of EX-A is EX-A-C5. separated

5 EVE 23 Utra-sim Photoeectric Sensor SERIES Ver.2 NOTE: Sensor mounting brackets can not be used for the narrow beam type (EX- S ). Designation Mode No. Description Sensor mounting bracket (Note 1) Sit mask MS-EX1-1 MS-EX1-2 MS-EX1-3 MS-EX1- MS-EX1-12 MS-EX1-13 OS-EX1-12 (Sit size ø1.2 mm ø.47 in) Sit on both sides OS-EX1-15 (Sit size ø1.5 mm ø.59 in) Sit on both sides OS-EX1E-12 (Sit size ø1.2 mm ø.47 in) Sit on both sides Mounting bracket for the front sensing type sensor [Cod roed carbon stee (SPCC)] (The thru-beam type sensor needs two brackets.) Mounting bracket for the side sensing type sensor [Cod roed carbon stee (SPCC)] (The thru-beam type sensor needs two brackets.) -shaped mounting bracket sensor [Cod roed carbon stee (SPCC)] (The thru-beam type sensor needs two brackets.) Mounting bracket for the front sensing type sensor [Stainess stee (SUS34)] (The thru-beam type sensor needs two brackets.) Mounting bracket for the side sensing type sensor [Stainess stee (SUS34)] (The thru-beam type sensor needs two brackets.) -shaped mounting bracket [Stainess stee (SUS34)] (The thru-beam type sensor needs two brackets.) Sensing range: 6 mm in [EX-19 ] 25 mm 9.43 in [EX-13, EX-17 ] Min. sensing object: ø2 mm ø.79 in Sensing range: 4 mm in [EX-19 ] mm in [EX-13, EX-17 ] Min. sensing object: ø1.2 mm ø.47 in Sensing range: mm 396 in [EX-19 ] 35 mm 13.7 in [EX-13 ] Min. sensing object: ø2 mm ø.79 in Sensing range: 5 mm in [EX-19 ] 3 mm. in [EX-13 ] Min. sensing object: ø1.5 mm ø.59 in Sensing range: 4 mm in [EX-19E ] (Note 3) 25 mm 9.43 in [EX-13E, EX-17E ] Min. sensing object: ø2 mm ø.79 in Sensing range: mm in [EX-13E, EX-17E ] Min. sensing object: ø1.2 mm ø.47 in Sensor mounting bracket MS-EX1-1 Materia: Cod roed carbon stee (SPCC) (Uni-chrome pated) Two M2 (ength 4 mm.157 in) pan head screws are attached. MS-EX1-2 Materia: Cod roed carbon stee (SPCC) (Uni-chrome pated) Two M2 (ength mm.315 in) pan head screws are attached. MS-EX1-3 MS-EX1- Materia: Stainess stee (SUS34) Two M2 (ength 4 mm.157 in) pan head screws [stainess stee (SUS34)] are attached. MS-EX1-12 Materia: Stainess stee (SUS34) Two M2 (ength mm.315 in) pan head screws [stainess stee (SUS34)] are attached. MS-EX1-13 Sensor checker (Note 2) CHX-SC2 It is usefu for beam aignment of thru-beam type sensors. The optimum receiver position is given by indicators, as we as an audio signa. Mounting screw MS-M2 Mounting screws with washers (5 pcs. ot). It can mount securey as it is spring washer attached. separated Notes: 1) Can not be used for the narrow beam type (EX- S ). 2) Refer to p.959~ for the sensor checker CHX-SC2. 3) Since EX-19E has a buit-in ø1 mm ø.39 in sit in the emitter, be sure to mount it in the receiver. Sit mask OS-EX1-12 OS-EX1-15 OS-EX1E-12 Exampe of mounting (OS-EX1E-12) Sensor checker CHX-SC2 POWER CHX-SC2 Materia: Cod roed carbon stee (SPCC) (Uni-chrome pated) Two M2 (ength 4 mm.157 in) pan head screws, and two M2 (ength mm.315 in) pan head screws are attached. Materia: Stainess stee (SUS34) Two M2 (ength 4 mm.157 in) pan head screws [stainess stee (SUS34)] and two M2 (ength mm.315 in) pan head screws [stainess stee (SUS34)] are attached. Sensor checker Tighten aong with the sensor mounting bracket.

6 Utra-sim Photoeectric Sensor SERIES Ver.2 24 SPECIFICATIONS Type Thru-beam standard type Front sensing Side sensing Front sensing Side sensing Front sensing Side sensing Mode No. ight-on EX-A(-PN) EX-EA(-PN) EX-13A(-PN) EX-13EA(-PN) EX-19A(-PN) EX-19EA(-PN) Item (Note 2) Dark-ON EX-B(-PN) EX-EB(-PN) EX-13B(-PN) EX-13EB(-PN) EX-19B(-PN) EX-19EB(-PN) CE marking directive compiance EMC Directive, RoHS Directive Sensing range 15 mm 5.96 in 5 mm in 1 m 1 ft Min. sensing object ø1 mm ø.39 in opaque object (Competey beam interrupted object) Setting distance between emitter and receiver: 15 mm 5.96 in ø2 mm ø.79 in opaque object (Competey beam interrupted object) Setting distance between emitter and receiver: 5 mm in Hysteresis Repeatabiity (perpendicuar to sensing axis) Suppy votage Current consumption Output Utiization category Short-circuit protection Response time Operation indicator <NPN output type> NPN open-coector transistor Maximum sink current: 5 ma Appied votage: 3 V DC or ess (between output and V) Residua votage: 2 V or ess (at 5 ma sink current) 1 V or ess (at 16 ma sink current).5 mm.2 in or ess 12 to 24 V DC ±1 % Rippe P-P 1 % or ess : 1 ma or ess, : 1 ma or ess DC-12 or DC-13 Incorporated.5 ms or ess Orange ED (ights up when the output is ON) Incident beam indicator Stabiity indicator Environmenta resistance Poution degree Protection ø2 mm ø.79 in opaque object Competey beam interrupted object Setting distance between emitter and receiver: 1 m 1 ft <PNP output type> PNP open-coector transistor Maximum source current: 5 ma Appied votage: 3 V DC or ess (between output and +V) Residua votage: 2 V or ess (at 5 ma source current) 1 V or ess (at 16 ma source current) Green ED (ights up under stabe ight received condition or stabe dark condition) 3 (Industria environment) IP67 (IEC) Ambient temperature 25 to +55 C 13 to +131 F (No dew condensation or icing aowed), Storage: 3 to +7 C 22 to +15 F Ambient humidity Ambient iuminance Votage withstandabiity Insuation resistance Vibration resistance Shock resistance Emitting eement Materia Cabe (Note 3) Cabe extension Weight 35 to 5 % RH, Storage: 35 to 5 % RH Incandescent ight: 3, x or ess at the ight-receiving face 1, V AC for one min. between a suppy terminas connected together and encosure 2 MΩ, or more, with 25 V DC megger between a suppy terminas connected together and encosure 1 to 5 Hz frequency, 3 mm. in doube ampitude in X, Y and Z directions for two hours each 5 m/s 2 acceeration (5 G approx.) in X, Y and Z directions three times each Red ED [Peak emission waveength: 6 nm.27 mi (EX-19E : 624 nm.25 mi), moduated] Encosure: Poyethyene terephthaate, ens: Poyayate.1 mm 2 3-core (thru-beam type emitter: 2-core) cabtyre cabe, 2 m ft ong Extension up to tota 5 m 164 ft is possibe with.3 mm 2, or more, cabe (thru-beam type: emitter and receiver). Net weight (each emitter and receiver): 2 g approx., Gross weight: 5 g approx. Accessories Mounting screws: 1 set Notes: 1) Where measurement conditions have not been specified precisey, the conditions used were an ambient temperature of +23 C F. 2) Mode Nos. having the suffix -PN are PNP output type. 3) The bending-resistant cabe type (mode Nos. having suffix -R ) has a.1 mm 2 3-core (thru-beam type emitter: 2-core) bending-resistant cabtyre cabe, 2 m ft ong. separated

7 25 Utra-sim Photoeectric Sensor SERIES Ver.2 SPECIFICATIONS separated Type Thru-beam narrow beam type Convergent refective (Diffused beam type) Thru-beam with operation mode switch on bifurcation Front sensing Side sensing Front sensing Side sensing Front sensing Front sensing Front sensing Side sensing Front sensing Side sensing Mode No. ight-on EX-SA(-PN) EX-SEA(-PN) EX-13SA(-PN) EX-13SEA(-PN) EX-19SA(-PN) EX-14A(-PN) EX-15 Item (Note 2) Dark-ON EX-SB(-PN) EX-SEB(-PN) EX-13SB(-PN) EX-13SEB(-PN) EX-19SB(-PN) EX-14B(-PN) (Note 3) EX-15E (Note 3) CE marking directive compiance EMC Directive, RoHS Directive Sensing range 15 mm 5.96 in 5 mm in 1 m 1 ft Min. sensing object ø.5 mm ø.2 in opaque object (Competey beam interrupted object) (Note 5) ø1 mm ø.39 in opaque object (Competey beam interrupted object) (Note 5) Hysteresis ø2 mm ø.79 in opaque object (Competey beam interrupted object) (Note 5) 2 to 25 mm.79 to.94 in (Note 4) (Conv. point: 1 mm.394 in) ø.1 mm ø.4 in copper wire Setting distance: 1 mm.394 in 15 % or ess of operation distance (Note 4) EX-17 (Note 3) EX-17E (Note 3) 15 mm 5.96 in 5 mm in ø1 mm ø.39 in opaque object (Competey beam interrupted object) Setting distance between emitter and receiver: 15 mm 5.96 in Repeatabiity (perpendicuar to sensing axis).5 mm.2 in or ess.1 mm.4 in or ess.5 mm.2 in or ess Suppy votage 12 to 24 V DC ±1 % Rippe P-P 1 % or ess Current consumption : 1 ma or ess, : 1 ma or ess 13 ma or ess 25 ma or ess Output <NPN output type> <PNP output type> NPN open-coector transistor PNP open-coector transistor Maximum sink current: 5 ma Maximum source current: 5 ma Appied votage: 3 V DC or ess (between output and V) Appied votage: 3 V DC or ess (between output and +V) Residua votage: 2 V or ess (at 5 ma sink current) Residua votage: 2 V or ess (at 5 ma source current) 1 V or ess (at 16 ma sink current) 1 V or ess (at 16 ma source current) ø2 mm ø.79 in opaque object (Competey beam interrupted object) Setting distance between emitter and receiver: 5 mm in NPN open-coector transistor Maximum sink current: ma Appied votage: 3 V DC or ess (between output and V) Residua votage: 2 V or ess (at ma sink current) 1 V or ess (at 16 ma sink current) Utiization category DC-12 or DC-13 Short-circuit protection Response time Incorporated.5 ms or ess Operation indicator Orange ED (ights up when the output is ON) Orange ED (ights up when the output is ON), ocated on the bifurcation Incident beam indicator Orange ED (ights up under ight received condition), ocated on the receiver Stabiity indicator Environmenta resistance Green ED (ights up under stabe ight received condition or stabe dark condition) Green ED (ights up under stabe ight received condition or stabe dark condition), ocated on the receiver Poution degree 3 (Industria environment) Protection IP67 (IEC) Ambient temperature 25 to +55 C 13 to +131 F (No dew condensation or icing aowed), Storage: 3 to +7 C 22 to +15 F Ambient humidity Ambient iuminance Votage withstandabiity Insuation resistance Vibration resistance Shock resistance 35 to 5 % RH, Storage: 35 to 5 % RH Incandescent ight: 3, x or ess at the ight-receiving face 1, V AC for one min. between a suppy terminas connected together and encosure 2 MΩ, or more, with 25 V DC megger between a suppy terminas connected together and encosure 1 to 5 Hz frequency, 3 mm. in doube ampitude in X, Y and Z directions for two hours each 5 m/s 2 acceeration (5 G approx.) in X, Y and Z directions three times each Emitting eement Red ED (Peak emission waveength: 65 nm.26 mi, moduated) Red ED (Peak emission waveength: 6 nm.27 mi, moduated) Materia Cabe (Note 6) Encosure: Poyethyene terephthaate ens: Poyayate.1 mm 2 3-core (thru-beam type emitter: 2-core) cabtyre cabe, 2 m ft ong Encosure: Poyethyene terephthaate ens: Poyayate, Bifurcation: Poyayate.2 mm 2 3-core cabtyre cabe, 2 m ft ong (beyond bifurcation; from emitter / receiver to bifurcation:.5 m 1.64 ft ong) Cabe extension Extension up to tota 5 m 164 ft is possibe with.3 mm 2, or more, cabe (thru-beam type: emitter and receiver). Extension up to tota m 32 ft is possibe with.3 mm 2, or more, cabe. Weight Net weight (each emitter and receiver): 2 g approx., Gross weight: 5 g approx. Net weight: 2 g approx. Gross weight: 4 g approx. Net weight: 55 g approx., Gross weight: g approx. Accessories Mounting screws: 1 set Mounting screws: 1 set Mounting screws: 1 set, Adjusting screwdriver: 1 pc. Notes: 1) Where measurement conditions have not been specified precisey, the conditions used were an ambient temperature of +23 C F. 2) Mode Nos. having the suffix -PN are PNP output type. 3) Either ight-on or Dark-ON can be seected by the operation mode switch. 4) The sensing range and the hysteresis of convergent refective type sensor are specified for white non-gossy paper (5 5 mm in) as the object. 5) The min. sensing objects are specified in case the emitter / reciever sensing range is to set the maximum. 6) The bending-resistant cabe type (mode Nos. having suffix -R ) has a.1 mm 2 3-core (thru-beam type emitter: 2-core) bending-resistant cabtyre cabe, 2 m ft ong.

8 Utra-sim Photoeectric Sensor SERIES Ver.2 26 I/O CIRCUIT AND WIRING DIAGRAMS EX- EX-S EX-13 EX-13S EX-19 EX-19S EX-14 NPN output type I/O circuit diagram Coor code D1 (Brown) +V Wiring diagram Sensor circuit Tr ZD D2 (Back) Output (Note) (Bue) V 5 ma max. oad + 12 to 24 V DC ±1 % Brown oad Back (Note) Bue + 12 to 24 V DC ±1 % Interna circuit Users circuit Note: The emitter of the thru-beam type sensor does not incorporate the output. Symbos D1: Reverse suppy poarity protection diode D2: Reverse output poarity protection diode ZD: Surge absorption zener diode Tr : NPN output transistor Note: The emitter of the thru-beam type sensor does not incorporate the back wire. EX- -PN EX-S -PN EX-13 -PN EX-13S -PN EX-19 -PN EX-19S -PN EX-14 -PN I/O circuit diagram Wiring diagram Coor code (Brown) +V PNP output type Sensor circuit Tr D1 ZD D2 5 ma max. (Back) Output (Note) oad (Bue) V Interna circuit Users circuit Note: The emitter of the thru-beam type sensor does not incorporate the output. Symbos D1: Reverse suppy poarity protection diode D2: Reverse output poarity protection diode ZD: Surge absorption zener diode Tr : PNP output transistor EX-15 EX-15E EX-17 EX-17E I/O circuit diagram + 12 to 24 V DC ±1 % Brown Back (Note) Bue oad 12 to 24 V DC ±1 % Note: The emitter of the thru-beam type sensor does not incorporate the back wire. NPN output type EX-15, EX-15E, EX-17, EX-17E wiring diagram + Sensor circuit Tr D1 ZD D2 Coor code (Brown) +V oad (Back) Output ma max. (Bue) V + 12 to 24 V DC ±1 % separated Interna circuit Users circuit Symbos D1: Reverse suppy poarity protection diode D2: Reverse output poarity protection diode ZD: Surge absorption zener diode Tr : NPN output transistor Brown Back oad + 12 to 24 V DC ±1 % Bue

9 27 Utra-sim Photoeectric Sensor SERIES Ver.2 SENSING CHARACTERISTICS (TYPICA) separated EX- EX-E EX-15 EX-15E Parae deviation EX- EX-15 EX- EX-15 EX-E EX-15E EX-E EX-15E eft Center Right Operating point (mm in) Anguar deviation EX-13 EX-13E EX-17 EX-17E Thru-beam type EX- EX-15 EX-E EX-15E θ θ EX- EX-E EX-15 EX-15E eft Center Right Operating ange θ ( ) Parae deviation Anguar deviation Parae deviation with sit masks (ø1.2 mm ø.47 in) EX-13 EX-17 EX-13E 4 EX-17E EX-13 EX-13E EX-17 EX-17E eft Center Right Operating point (mm in) EX-19 Parae deviation 1, eft Center Right Operating point (mm in) EX-13 EX-17 4 EX-13E EX-17E θ θ EX-13 EX-17 EX-13E EX-17E eft Center Right Operating ange θ ( ) Anguar deviation 1, θ eft Center Right Operating ange θ ( ) *Optica properties of side sensing types (EX- E ) Due to the optica properties of side sensing types, note that sensing may be affected if mutipe sensors are positioned in such a way that optica axes intersect as shown in the diagram beow EX-13 /17 EX-13 /17 Sit on both sides EX-13E /17E EX-13E /17E Sit on both sides eft Center Right Operating point (mm in) Parae deviation with sit masks (ø1.2 mm ø.47 in) Thru-beam type Parae deviation with sit masks (ø1.5 mm ø.59 in) or both sides, sensing range: 35 mm 13.7 in Sit on both sides, sensing range: 3 mm.1 in Parae deviation Parae deviation Parae deviation Parae deviation or more Sit on both sides eft Center Right Operating point (mm in) eft Center Right Operating point (mm in) Thru-beam type Parae deviation with sit masks (ø1.5 mm ø.59 in) 1, Beam from 1 may be caught by 2. There is no probem when sensors are instaed in parae (athough the distance between sensors shoud be 2 or more). Sit on both sides eft Center Right Operating point (mm in) EX-19E Thru-beam type EX-S /EX-SE Thru-beam type EX-13S /EX-13SE Thru-beam type EX-19S Thru-beam type 1, eft Center Right Operating point (mm in) EX-S EX-S EX-SE EX-SE eft Center Right Operating point (mm in) EX-13S EX-13SE EX-13S EX-13SE eft Center Right Operating point (mm in) 1, eft Center Right Operating point (mm in)

10 Utra-sim Photoeectric Sensor SERIES Ver.2 2 SENSING CHARACTERISTICS (TYPICA) EX-14 Sensing fieds Horizonta (eft and right) direction mm.276 in Sensing range (mm in) mm in Non-gossy paper White N eft Center Right Operating point (mm in) Vertica (up and down) direction White 5 5 mm in Non-gossy paper N4 mm.35 in Down Center Up Operating point (mm in) Correation between ightness and sensing range Sensing region N2 N4 N6 N Dark ightness ight N1 N2 N3 N4 N5 N6 N7 N N9 Distance to convergent point The sensing region (typica) is represented by obique ines in the eft figure. However, the sensitivity shoud be set with enough margin because of sight variation in products. ightness shown on the eft may differ sighty from the actua object condition. PRECAUTIONS FOR PROPER Mounting In case of mounting on tapped hoes (Unit: mm in) Side sensing Sensing direction Attached screw [M2 (ength 1.394)] Never use this product as a sensing device for personne protection. In case of using sensing devices for personne protection, use products which meet aws and standards, such as OSHA, ANSI or IEC etc., for personne protection appicabe in each region or country..433 M hoe tapped, deep Front sensing Sensing direction Attached screw [M2 (ength.315)] M hoe tapped, deep.433 The tightening torque shoud be.2 N m or ess. In case of using attached screws and nuts (Unit: mm in) Side sensing Front sensing Fat washers Sensing Sensing direction.433 direction Nuts Spring washers Attached screw Attached screw [M2 (ength.315)] [M2 (ength 1.394)] Thickness of Thickness of mounting pate: 2.79 or ess mounting pate: or ess Sensing range (mm in) Convergent refective type Correation between materia (5 5 mm in) and sensing range Back circuit board Back rubber sheet IC tray (Back) Gass epoxy printed circuit board (Green masked surface) Ceramic circuit board White non-gossy paper Stainess stee pate Auminum pate (Hair ine) Auminum-evaporated mirror Distance to convergent point The bars in the graph indicate the sensing range (typica) for the respective materia. However, there is a sight variation in the sensing range depending on the product. Further, if there is a refective object (conveyor, etc.) in the background of the sensing object, since it affects the sensing, separate it by more than twice the sensing range shown in the eft graph. Refer to p.1552~ for genera precautions. Operation mode switch (EX-15, EX-15E, EX-17 and EX-17E ony) Switch position Others The tightening torque shoud be.2 N m or ess. Operation mode switch : ight-on D: Dark-ON Operation indicator (Orange) ights up when the output is ON. Description ight-on mode is set when the switch is turned fuy cockwise ( side). Dark-ON mode is set when the switch is turned fuy countercockwise (D side). Do not use during the initia transient time (5 ms) after the power suppy is switched on. Excess bending of the cabe or stress appied to the cabe may disconnect the interna ead wire. separated

11 29 Utra-sim Photoeectric Sensor SERIES Ver.2 DIMENSIONS (Unit: mm in) The CAD data can be downoaded from our website. EX- EX-S EX-13 EX-13S EX-19 EX-19S Sensor Beamreceiving Stabiity indicator (Green) Operation indicator (Orange) ø2.2 ø.7 mounting hoes ø2.5 ø.9 cabe, 2 m ft ong Beamemitting ø2.2 ø.7 mounting hoes ø2.5 ø.9 cabe, 2 m ft ong EX-E EX-SE EX-13E EX-13SE EX-19E Sensor ø2.2 ø.7 mounting hoes ø2.5 ø.9 cabe, 2 m ft ong Beamemitting Stabiity indicator (Green) Operation indicator (Orange) Beamreceiving ø2.2 ø.7 mounting hoes ø2.5 ø.9 cabe, 2 m ft ong separated EX-15 EX ø2.2 ø.7 mounting hoes ø2.5 ø.9 cabes Operation indicator (Orange) Beam- Beamemitting receiving ø3. ø.15 cabe, 2 m ft ong Sensor Stabiity indicator (Green) Incident beam indicator (Orange) ø2.2 ø.7 mounting hoes Operation mode switch EX-15E EX-17E ø2.2 ø.7 mounting hoes Beamemitting Sensor Stabiity indicator (Green) 1 Incident beam indicator (Orange) Beamreceiving ø2.5 ø.9 cabes Operation indicator (Orange) ø3. ø.15 cabe, 2 m ft ong 2-ø2.2 ø.7 mounting hoes Operation mode switch

12 Utra-sim Photoeectric Sensor SERIES Ver.2 29 DIMENSIONS (Unit: mm in) The CAD data can be downoaded from our website. EX-14 Sensor Stabiity indicator (Green) Operation.13 indicator (Orange) Beamreceiving Beam-emitting ø2.2 ø.7 mounting hoes ø2.5 ø.9 cabe, 2 m ft ong MS-EX1-1 Sensor mounting bracket (Optiona) t M thru-hoe threads ø3.4 ø.134 mounting hoes Materia: Cod roed carbon stee (SPCC) (Uni-chrome pated) Two M2 (ength 4 mm.157 in) pan head screws are attached. MS-EX1-2 t Assemby dimensions Mounting drawing with EX-14 t separated Beamemitting Beamreceiving (.7) 7.6 (.2) Assemby dimensions.423 (4.9) (.193) (.) (.346) ø3.4 ø.134 mounting hoes Mounting drawing with EX-E and EX-13E Sensor mounting bracket (Optiona) t (2.3) (.91) M thru-hoe threads Materia: Cod roed carbon stee (SPCC) (Uni-chrome pated) Two M2 (ength mm.315 in) pan head screws are attached (1.3) (.51).25.1 Beam receiving (7.45) (.293)

13 291 Utra-sim Photoeectric Sensor SERIES Ver.2 DIMENSIONS (Unit: mm in) The CAD data can be downoaded from our website. MS-EX1-3 t M thru-hoe threads Materia: Cod roed carbon stee (SPCC) (Uni-chrome pated) Two M2 (ength 4 mm.157 in) pan head screws and two M2 (ength mm.315 in) pan head screws are attached. Assemby dimensions Mounting drawing with EX-14 (2.75) (.1) (.7) (.2) separated Beamreceiving Sensor mounting bracket (Optiona) t Beamemitting MS-EX1- t Sensor mounting bracket (Optiona) Assemby dimensions Mounting drawing with EX-14 t (.7) (.2) M thru-hoe threads Materia: Stainess stee (SUS34) Two M2 (ength 4 mm.157 in) pan head screws [stainess stee (SUS34)] are attached Beam-emitting Beam-receiving (9.3) (.366) (4.9) (.193) MS-EX1-12 t M thru-hoe threads Materia: Stainess stee (SUS34) Two M2 (ength mm.315 in) pan head screws [stainess stee (SUS34)] are attached..126 Sensor mounting bracket (Optiona) Assemby dimensions Mounting drawing with EX-E and EX-13E

14 Utra-sim Photoeectric Sensor SERIES Ver DIMENSIONS (Unit: mm in) The CAD data can be downoaded from our website. MS-EX t M thru-hoe threads Materia: Stainess stee (SUS34) Two M2 (ength 4 mm.157 in) pan head screws [stainess stee (SUS34)] and two M2 (ength mm.315 in) pan head screws [stainess stee (SUS34)] are attached. Assemby dimensions Mounting drawing with EX-14 (2.75) (.1) Beam-emitting Beam-receiving (.7) (.2) Sensor mounting bracket (Optiona) t separated