Long sensing range. 2 m ft. Retroreflective type. 200 mm in. Diffuse reflective type. 160 mm in
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- Emil Sanders
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1 PHOTOEECTRIC SENSORS EX- SERIES Ultra-compact Photoelectric PNP output ight intensity type available monitor CX-4 EX-3 Miniature-sized and still mountable with M3 screws EX- EX- Conforming to EMC Directive U Recognition (Excluding m cable length type) EQ-3 EQ- Miniaturization by using single chip optical IC The beam-receiving photodiode and the A/D conversion circuit have been fabricated on a single chip optical IC (full custom). Hence, in spite of its miniature size, it has a performance and reliability which is equal to or better than the conventional product.. mm 8. mm.43 in.33 in 9 mm.748 in ong sensing range The EX- series achieves long distance sensing [thru-beam type: m 6.6 ft, retroreflective type: mm in (when using the attached reflector), diffuse reflective type: mm 6.99 in], despite its miniature size. Hence, it is usable even on a wide conveyor. Thru-beam type m 6.6 ft Clear beam spot using red ED dot light source The emission area of a dot light source is smaller than that of a conventional ED flat light source, and it is possible to design a high power, narrow beam. Since a red ED dot light source is used, the red beam spot is clear even at a far place, so that alignment and confirmation of sensing position is easy. Further, since the thrubeam type, too, incorporates a visible narrow beam, it can also reliably detect small parts, such as, chip components, lead frames, etc. -S EX-4 Incorporates a sensitivity adjuster even in this size The sensor incorporates a sensitivity adjuster in spite of its miniature size. It is convenient when you need fine adjustment. Further, the receiver of the thru-beam, side sensing type sensor incorporates an operation mode switch which can change the output operation. Bright -color indicator Retroreflective type Diffuse reflective type Waterproof mm in mm 6.99 in mm ".39 in spot EX-6 mm ".97 in spot Setting distance: mm.394 in Globally usable EX-8 Setting distance: 8 mm 3. in A bright -color indicator (orange, green ED) has been incorporated in all types. The sensor can be hosed down because of its IP67 construction. Further, the sensor mounting bracket is also made of stainless steel. Note: However, take care that if it is exposed to water splashes during operation, it may detect a water drop itself. PNP output type, which is much in demand in Europe, is also available. Of course, it conforms to the EMC Directive and approved U Recognition (excluding m.44 ft cable length type). 8
2 APPICATIONS EX- Detecting chip components Checking protrusion of wafer Sensing objects from an opening PHOTOEECTRIC SENSORS EX-4 EX- EX- EX-3 CX-4 Two types for suitable mounting Two types, side sensing type and front sensing type sensors are available. Select depending on the place of mounting. type Front sensing type Identical size Front sensing type of thru-beam type and diffuse reflective type sensors have identical appearance. Moreover, since the mounting holes are symmetrical with respect to the beam axis center, the design becomes easy. Thru-beam type Diffuse reflective type Universal sensor mounting bracket is available Universal sensor mounting bracket (for thru-beam side sensing type EX-3 only) which can freely adjust the height and the angle of the sensor is available. Height adjustment Height adjustment: mm.9 in EQ-3 EQ- (With sensitivity adjuster) (Without sensitivity adjuster) Mounting section reinforced mm.394 in mm.394 in Mounting spacer for front sensing type is available Angle adjustment It can be tightened with M3 screws. Moreover, metal inserts have been provided in the mounting holes so that the product is not damaged even in case of excess tightening. type Front sensing type Mounting of the front sensing type is possible from the rear side by using the mounting spacer. Mounting spacer Slit mask is available -S 36 rotation Metal inserts ". mm ". in round slit mask and.3 mm..8 in rectangular slit mask are available for both side sensing type and front sensing type sensors. Mountable with M3 screw 9
3 PHOTOEECTRIC SENSORS EX- ORDER GUIDE Type Appearance Sensing range Model No. Output Output operation EQ-3 EQ- EX- EX- EX-3 CX-4 Diffuse reflective Retroreflective Thru-beam Convergent reflective Small spot beam type Diffused beam type Front sensing Front sensing m 3.8 ft m 6.6 ft 3 to mm.8 to in (Note ) to mm.97 to 6.99 in (Note ) to mm.79 to.984 in (Convergent point: mm.394 in) 6 to 4 mm.36 to. in (Convergent point: mm.394 in) EX-A EX-A-PN EX-B EX-B-PN EX-3 EX-3-PN EX-9A EX-9A-PN EX-9B EX-9B-PN EX-A EX-A-PN EX-B EX-B-PN EX-4A EX-4A-PN EX-4B EX-4B-PN EX-6A EX-6A-PN EX-6B EX-6B-PN ight-on Dark-ON Switchable either ight-on or Dark-ON ight-on Dark-ON ight-on Dark-ON ight-on Dark-ON ight-on Dark-ON EX-4 Narrow-view reflective ong distance spot beam type 4 to mm.77 to 4.8 in EX-8A EX-8A-PN EX-8B EX-8B-PN ight-on Dark-ON NOTE: Mounting bracket is not supplied with the sensor. Please select from the range of optional sensor mounting brackets (four types). -S Notes: ) The sensing range of the retroreflective type sensor is specified for the RF- reflector. Further, the sensing range is the possible setting range for the reflector. The sensor can detect an object less than 3 mm.8 in away. However, if the reflector is set mm in or less away, the sensing object should be opaque. Notes: ) In case of using this product at a sensing range of mm.969 in or less, take care that the sensitivity adjustment range becomes extremely narrow. cannot be placed in this range mm Actual sensing range in of the sensor 3 mm.8 in Setting range of the reflector
4 ORDER GUIDE Without reflector type and m.44 ft cable length type Without reflector type and m.44 ft cable length type (standard: m 6.6 ft) are also available. EX- PHOTOEECTRIC SENSORS Table of Model Nos. Thru-beam Type Standard Without reflector type Front sensing EX-A EX-B EX-3 m.44 ft cable length type EX-A-C EX-B-C EX-3-C Without reflector & m.44 ft cable length type CX-4 NPN output Diffuse reflective Retroreflective Convergent reflective Diffused beam type Small spot beam type Front sensing EX-9A EX-9B EX-A EX-B EX-4A EX-4B EX-6A EX-6B EX-9A-Y EX-9B-Y EX-9A-C EX-9B-C EX-A-C EX-B-C EX-4A-C EX-4B-C EX-6A-C EX-6B-C EX-9A-Y-C EX-9B-Y-C EX- EX-3 PNP output Narrow-view reflective Thru-beam Diffuse reflective Retroreflective EX-8A EX-8B EX-A-PN EX-B-PN EX-3-PN EX-9A-PN EX-9B-PN EX-A-PN EX-B-PN EX-4A-PN EX-4B-PN EX-6A-PN EX-6B-PN EX-9A-PN-Y EX-9B-PN-Y EQ-3 EQ- EX- EX-8A-PN EX-8B-PN -S EX-4 Convergent reflective ong distance spot beam type Front sensing Diffused beam type Small spot beam type Front sensing EX-8A-C EX-8B-C Narrow-view reflective ong distance spot beam type Accessory RF- ()
5 EX- EX- EX-3 CX-4 PHOTOEECTRIC SENSORS EX-4 EQ-3 EQ- EX- OPTIONS Designation Model No. Description Round slit mask For thru-beam type sensor only Rectangular slit mask For thru-beam type sensor only For retroreflective type sensor only mounting bracket Reflective tape For retroreflective type sensor only mounting bracket For front sensing type For side sensing type For front sensing type For side sensing type Universal sensor mounting bracket [For EX-3 only] Mounting spacer For front sensing ( type sensor only ) checker (Note) OS-EX- Slit size ". mm. in OS-EXE- Slit size ". mm. in OS-EX-3 Slit size.3 mm..8 in OS-EXE-3 Slit size.3 mm..8 in RF- MS-RF- RF- RF- MS-EX- MS-EX- MS-EX-3 MS-EX-4 MS-EX- MS-EX-FS CHX-SC Slit on one side Slit on both sides Slit on one side Slit on both sides Slit on one side Slit on both sides Slit on one side Sensing range: mm in Min. sensing object: ".6 mm ". in Sensing range: 4 mm.7 in Min. sensing object: ". mm ". in Sensing range: 3 mm 3.78 in Min. sensing object: "3 mm ".8 in Sensing range: 7 mm.76 in Min. sensing object: ". mm ". in Sensing range: 6 mm 3.6 in Min. sensing object: ".6 mm ". in Sensing range: 3 mm.8 in Min. sensing object:.3 mm..8 in Sensing range: 8 mm in Min. sensing object: "3 mm ".8 in Sensing range: 4 mm.748 in Slit on both sides Min. sensing object:.3 mm..8 in Sensing range: to 4 mm.969 to.748 in Min. sensing object: "3 mm ".8 in Protective mounting bracket for RF- It protects the reflector from damage and maintains alignment. Ambient temperature: to C 3 to F Ambient humidity: 3 to 8 % RH Notes: i) Keep the tape free from stress. If it is pressed too much, its capability may deteriorate. Notes: ii) Do not cut the tape. It will deteriorate the sensing performance. Sensing range: 7 to mm.76 to in Sensing range: 6 to 8 mm.36 to.4 in Back angled mounting bracket for front sensing type sensor (The thru-beam type sensor needs two brackets.) Foot angled mounting bracket for side sensing type sensor (The thru-beam type sensor needs two brackets.) -shaped mounting bracket for front sensing type sensor (The thru-beam type sensor needs two brackets.) Back angled mounting bracket for side sensing type sensor (The thru-beam type sensor needs two brackets.) It can adjust the height and the angle of the sensor. (Two brackets are needed.) It is used when mounting the front sensing type from the rear side. (One set consists of pcs.) It is useful for beam alignment of thru-beam type sensors. The optimum receiver position is given by indicators, as well as an audio signal. Round slit mask Fitted on the front face of the sensor with one-touch. OS-EX- OS-EXE- Rectangular slit mask Fitted on the front face of the sensor with one-touch. OS-EX-3 RF- mm 33.3 mm.433 in.3 in.8 mm.4 in Reflective tape RF- 8 mm.3 in.7 mm 3 mm.8 in.8 in OS-EXE-3 mm.984 in 3 mm.8 in mounting bracket MS-EX- MS-EX- mounting bracket MS-RF- RF- Two M3 (length mm.47 in) screws with washers are attached..7 mm.8 in Note: Refer to p.44l for details of the sensor checker CHX-SC. Mounting spacer MS-EX-FS Universal sensor mounting bracket MS-EX- 36 rotation Material: Stainless steel (SUS34) Two M3 (length mm.97 in) pan head screws [stainless steel (SUS34)] are attached. Material: Stainless steel (SUS34) Two M3 (length 4 mm. in) screws with washers [stainless steel (SUS34)] are attached. -S Mounting spacer checker CHX-SC POWER CHX-SC EVE Material: Nylon 6 Material: Die-cast zinc alloy Height adjustment: mm.9 in Two M3 (length mm.47 in) screws with washers [stainless steel (SUS34)], one M3 (length mm.394 in) hexagon-sockethead bolt [stainless steel (SUS34)], and one M3 hexagon nut [stainless steel (SUS34)] are attached. MS-EX-3 Material: Stainless steel (SUS34) Two M3 (length mm.97 in) pan head screws [stainless steel (SUS34)] are attached. MS-EX-4 Material: Stainless steel (SUS34) Two M3 (length 4 mm. in) screws with washers [stainless steel (SUS34)] are attached. checker
6 SPECIFICATIONS Item Sensing range Sensing object Hysteresis Model No. (Note ) Type ight-on Dark-ON Repeatability (perpendicular to sensing axis) Supply voltage Current consumption Output Utilization category Short-circuit protection Response time Operation indicator Stability indicator Sensitivity adjuster Operation mode switch Pollution degree Thru-beam. mm. in or less. mm. in or less.3 mm. in or less : ma or less, : ma or less to 4 V DC % Ripple P-P % or less <NPN output type> Maximum sink current: ma Applied voltage: 3 V DC or less (between output and V) Residual voltage: V or less (at ma sink current).4 V or less (at ma sink current) Green ED (lights up under stable light received condition or stable dark condition), located on the receiver Continuously variable adjuster, located on the emitter % or less of operation distance. mm.4 in or less. mm. in or less.3 mm. in or less (Setting distance: mm.394 in) (Setting distance: mm.394 in) ma or less DC- or DC-3 Incorporated. ms or less Orange ED (lights up when the output is ON) (thru-beam type: located on the receiver) ocated on the receiver Retroreflective Diffuse reflective Green ED (lights up under stable light received condition or stable dark condition) Continuously variable adjuster 3 (Industrial environment) Convergent reflective Narrow-view reflective Diffused beam type Small spot beam type ong distance spot beam type Front sensing Front sensing EX-A(-PN) EX-3(-PN) EX-9A(-PN) EX-A(-PN) EX-4A(-PN) EX-6A(-PN) EX-8A(-PN) EX-B(-PN) (Note ) EX-9B(-PN) EX-B(-PN) EX-4B(-PN) EX-6B(-PN) EX-8B(-PN) m 3.8 ft Min. ".6 mm ". in opaque object Setting distance between emitter and receiver: m 3.8 ft m 6.6 ft Min. "3 mm ".8 in opaque object Setting distance between emitter and receiver: m 6.6 ft 3 to mm.8 to in (Note 3) " mm ".9 in or more opaque or translucent object (Note 3) to mm.97 to 6.99 in (Note 4) with white non-glossy ( mm) ( in) Opaque, translucent or transparent object to mm.79 to.984 in (Conv. point: mm.394 in) with white non-glossy ( mm) ( in) Min. ". mm ".4 in copper wire 6 to 4 mm.36 to. in (Conv. point: mm.394 in) with white non-glossy ( mm in), spot diameter " mm ".39 in with setting distance mm.394 in Min. ". mm ".4 in copper wire Setting distance: mm.394 in Setting ( distance: mm.394 in) EX- 4 to mm.77 to 4.8 in with white non-glossy ( mm in), spot diameter " mm ".97 in with setting distance 8 mm 3. in Opaque, translucent or transparent object Min. " mm ".39 in copper wire at setting ( distance 8 mm 3. in) <PNP output type> Maximum source current: ma Applied voltage: 3 V DC or less (between output and V) Residual voltage: V or less (at ma source current).4 V or less (at ma source current) Continuously variable adjuster EX- EX- EX-3 CX-4 PHOTOEECTRIC SENSORS EQ-3 EQ- Protection IP67 (IEC) Environmental resistance Ambient temperature Ambient humidity Ambient illuminance EMC Voltage withstandability Insulation resistance to C 3 to 3 F (No dew condensation or icing allowed), Storage: 3 to 7 C to 8 F 3 to 8 % RH, Storage: 3 to 8 % RH Sunlight:, #x at the light-receiving face, Incandescent light: 3, #x at the light-receiving face EN 8-, EN 8-, EN , V AC for one min. between all supply terminals connected together and enclosure MΩ, or more, with V DC megger between all supply terminals connected together and enclosure EX-4 Vibration resistance to Hz frequency, 3 mm.8 in amplitude ( G max.) in X, Y and Z directions for two hours each Shock resistance m/s acceleration ( G approx.) in X, Y and Z directions for three times each Emitting element Red ED (modulated) Material Cable Cable extension Weight Enclosure: Polyethylene terephthalate, ens: Polyalylate. mm 3-core (thru-beam type sensor emitter: -core) cabtyre cable, m 6.6 ft long Extension up to total m 4.4 ft is possible with.3 mm, or more, cable (thru-beam type: both emitter and receiver). : g approx., : g approx. g approx. -S Accessories RF- (): pc. Adjusting screwdriver: pc. Adjusting screwdriver: pc. Adjusting screwdriver: pc. Adjusting screwdriver: pc. Notes: ) Model Nos. having the suffix -PN are PNP output type. Notes: ) Either ight-on or Dark-ON can be selected by the operation mode switch (located on the receiver). 3) The sensing range and the sensing object of the retroreflective type sensor are specified for the RF- reflector. Further, the sensing range is the possible setting range for the reflector. The sensor can detect an object less than 3 mm.8 in away. However, if the reflector is set mm in or less away, the sensing object should be opaque. Notes: 4) In case of using this product at a sensing range of mm.969 in or less, take care that the cannot be placed in this range mm Actual sensing range in of the sensor 3 mm.8 in Setting range of the reflector sensitivity adjustment range becomes extremely narrow. 3
7 PHOTOEECTRIC SENSORS CX-4 EX-3 EX- I/O CIRCUIT AND WIRING DIAGRAMS NPN output type I/O circuit diagram circuit Tr D Z D Color code (Brown) V oad (Black) Output (Note) ma max. (Blue) V Internal circuit Users circuit Note: The emitter of the thru-beam type sensor does not incorporate the output. Symbols... D : Reverse supply polarity protection diode ZD: Surge absorption zener diode Tr : NPN output transistor to 4 V DC % Wiring diagram Brown oad Black (Note) Blue Color code Note: The emitter of the thru-beam type sensor does not incorporate the black wire. to 4 V DC % EX- PNP output type I/O circuit diagram Wiring diagram Color code EQ-3 EQ- EX- circuit Tr D Z D (Brown) V ma max. (Black) Output (Note) oad (Blue) V Internal circuit Users circuit Note: The emitter of the thru-beam type sensor does not incorporate the output. Symbols... D : Reverse supply polarity protection diode ZD: Surge absorption zener diode Tr : PNP output transistor to 4 V DC % SENSING CHARACTERISTICS (TYPICA) EX- EX-3 EX-9 EX- Correlation between setting distance and excess gain Brown Black (Note) Blue Color code oad Note: The emitter of the thru-beam type sensor does not incorporate the black wire. EX- Parallel deviation Thru-beam type to 4 V DC % Angular deviation EX-4 Excess gain EX-3 Excess gain EX-9 Setting distance (m ft) # Setting distance (m ft) $ -S Excess gain EX Setting distance (m ft) EX , Parallel deviation with round slit masks (". mm ". in) Slit on one side Slit on both sides # 4 4 Operating angle $ ( ) Parallel deviation with rectangular slit masks (.3 mm..8 in) Slit on one side Slit on both sides #
8 SENSING CHARACTERISTICS (TYPICA) EX-3 Thru-beam type EX- PHOTOEECTRIC SENSORS Parallel deviation Angular deviation Parallel deviation with round slit masks (". mm ". in) Slit on one side Setting distance (m ft) 3.8 # Setting distance (m ft) 3.8 $ Operating point $ ( ) Slit on both sides # Parallel deviation with rectangular slit masks (.3 mm..8 in) Setting distance (m ft) Slit on one side Slit on both sides # CX-4 EX-3 EX-9 Parallel deviation Retroreflective type Angular deviation EX- (RF-) EX- Sensing field Black non-glossy ightness: 6.96 White nonglossy.969 mm in Non-glossy # Operating point # (mm in) EX-4 # angular deviation angular deviation (RF-) $ Diffuse reflective type Sensing range (mm in) angular deviation angular deviation (RF-) $ 4 4 Operating angle $ ( ) Correlation between sensing object size and sensing range As the sensing object size becomes smaller than the standard size (white non-glossy mm in), the sensing range shortens, as shown in the left graph. aa mm aa in White non-glossy White non-glossy side length a (mm in) Convergent reflective type Sensing fields Horizontal (left and right) direction Vertical (up and down) direction mm in White non-glossy 3.8 mm in White non-glossy.394 # 8 mm.3 in mm.36 in # S EX-4 EQ-3 EQ- EX-
9 PHOTOEECTRIC SENSORS EX- SENSING CHARACTERISTICS (TYPICA) EX-4 Convergent reflective type CX-4 EX-3 EX- EX- EQ- EQ-3 EX-4 Correlation between lightness and sensing range 4.7 Sensing range (mm in) Sensing region N N4 N6 N8 Dark ightness ight N N N3 N4 N N6 N7 N8 N9 mm in White nonglossy Distance to convergent point Sensing field Horizontal (left and right) direction.787 Sensing range (mm in).97 EX-6 N N4 N6 N8 Dark ightness ight N N N3 N4 N N6 N7 N8 N9 The sensing region is represented by oblique lines in the left figure. However, the sensitivity should be set with enough margin because of slight variation in products. ightness shown on the left may differ slightly from the actual object condition. Convergent reflective type Distance to convergent point Vertical (up and down) direction.787 mm in White non-glossy mm.3 in # Correlation between material ( mm in) and sensing range 8 3. The bars in the graph indicate the sensing range for the respective material. However, there is a 6.36 slight variation in the sensing range depending on the product. 4 Further, if there is a reflective.7 object (conveyor, etc.) in the background of the sensing object, since it affects the sensing,.787 separate it by more than twice the sensing range shown in the left graph. Sensing range (mm in) Sensing range (mm in) Black-painted non-glossy plate Black non-glossy (N) # mm.97. in Correlation between lightness and sensing range Correlation between material ( mm in) and sensing range.787 The sensing region is represented by oblique lines in the left figure. However, the sensitivity should be set with enough margin because of slight variation in Sensing region products..394 The graph is drawn for the EX-8 Black-painted non-glossy plate Black non-glossy (N) White non-glossy The bars in the graph indicate the sensing range for the respective material. However, there is a slight variation in the sensing range depending on the product. Further, if there is a reflective object (conveyor, etc.) in the ( maximum sensitivity setting. ).787 background of the sensing object, since it affects the sensing, separate it by more than twice the sensing range shown in the left graph, or adjust the sensitivity ightness shown on the left adjuster. may differ slightly from the The graph is drawn for the actual object condition. ( maximum sensitivity setting. ) Narrow-view reflective type White non-glossy Stainless steel plate (SUS34) Stainless steel plate (SUS34) Aluminum plate Aluminum plate Mirror Mirror Distance to convergent point Distance to convergent point -S Sensing field White nonglossy Approach direction of black non-glossy Black non-glossy ightness: 6 mm in Non-glossy 4. mm. in # Correlation between sensing object size and sensing range Sensing range (mm in) aa mm aa in White non-glossy White non-glossy side length a (mm in) As the sensing object size becomes smaller than the standard size (white non-glossy mm in), the sensing range shortens, as shown in the left graph. 6
10 PRECAUTIONS FOR PROPER USE This product is not a safety sensor. Its use is not intended or designed to protect life and prevent body injury or property damage from dangerous parts of machinery. It is a normal object detection sensor. Mounting Mount using M3 screws. The tightening torque should be. Nm or less. Front sensing EX- Refer to p.3l for general precautions. Stability indicator The stability indicator (green) lights up when the incident light intensity has sufficient margin with respect to the operation level. If the incident light intensity level is such that the stability indicator lights up, stable sensing can be done without the light received operation and the light interrupted operation being affected by a change in ambient temperature or supply voltage. PHOTOEECTRIC SENSORS CX-4 M3 pan head screws (Note) Note: When mounting the front sensing type sensor, use M3 pan head screws without washers, etc. When mounting the front sensing type from the backside, fit the mounting spacer (MS-EX-FS) and fix with screws. Mounting method Fit the mounting spacer on the sensor. Step 3 4 Switch position D D Mounting spacer (Optional) Description Operation mode switch (EX-3 only) Description ight-on mode is obtained when the operation mode switch (located on the receiver) is turned fully clockwise ( side). Dark-ON mode is obtained when the operation mode switch (located on the receiver) is turned fully counterclockwise (D side). Note: Operation mode switch should be turned fully till it stops. M3 screws Align the mounting holes of the mounting spacer and the sensor and mount with M3 screws. The tightening torque should be. Nm or less. M3 screws Sensitivity adjustment (side sensing type only) Sensitivity adjuster A B A Optimum position B A MAX MAX MAX MAX Turn the sensitivity adjuster fully counterclockwise to the minimum sensitivity position ( mark). In the light received condition, turn the sensitivity adjuster slowly clockwise and confirm the where the sensor enters the ight state operation. In the dark condition, turn the sensitivity adjuster further clockwise until the sensor enters the ight state operation and then bring it back to confirm point b where the sensor just returns to the Dark state operation. If the sensor does not enter the ight state operation ( even when the sensitivity adjuster is turned fully ) clockwise, this extreme position is point b. The position at the middle of and b is the optimum sensing position. Notes: ) Use the attached adjusting screwdriver to turn the adjuster slowly. Turning with excessive strength will damage the adjuster. Notes: ) In case of using EX- at a sensing distance of mm.969 in or less, take care that the sensitivity adjustment range becomes extremely narrow. Incident light margin Output operation level ight interruption margin % approx. % approx. ights up ights up ights off Operation of stability indicator Output operation Setting distance Glossy object sensing [EX-9(-PN)] Please take care of the following points when detecting materials having a gloss. Make, shown in the diagram, sufficiently long. Install at an angle of to 3 degrees to the sensing object. Glossy surface to 3 Sensing object Others Do not use during the initial transient time ( ms) after the power supply is switched on. If sensors are mounted close together and the ambient temperature is near the maximum rated value, provide for enough heat radiation / ventilation. If a reflective object is present in the background, the sensing of EX-8A(-PN) and EX-8B(-PN) may be affected. When setting the sensor, make sure to confirm that the reflective object has no effect. In case the reflective object affects the sensing, take measures such as removing the reflective object or coloring it in black, etc. ight received operation ight interrupted operation Make sufficiently long Incident light intensity (%) Wiring Make sure that the power supply is off while wiring. Verify that the supply voltage variation is within the rating. If power 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. In case 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. Do not run the wires together with high-voltage lines or power lines or put them in the same raceway. This can cause malfunction due to induction. 7 EX-3 EX- EX- EQ- EQ-3 EX-4 -S
11 PHOTOEECTRIC SENSORS EX- DIMENSIONS (Unit: mm in) EX- The CAD data in the dimensions can be downloaded from the SUNX website: EX-3 CX-4 EX Beam axis.63 Stability indicator (Green) (Note) Operation indicator (Orange) (Note) Operation indicator (Orange) (Note ) Stability indicator (Green) (Note ) Beam axis Operation mode switch (Note ) EX Note: Not incorporated on the emitter. -"3. ". mounting holes ". ".98 cable, m 6.6 ft long "3. ". mounting holes ". ".98 cable, m 6.6 ft long Notes: ) Not incorporated on the emitter. ) It is the sensitivity adjuster on the emitter. EX- EX-9 EX- EX-6 EX-8 EX-4 EX-4 EQ-3 EQ- Operation indicator (Orange) Stability indicator (Green) Beamreceiving part Beamemitting part RF "3. ". mounting holes Sensitivity adjuster.433 ". ".98 cable, m 6.6 ft long (Accessory for the retroreflective type sensor).3.9 Beam-emitting part Beam-receiving part RF Stability indicator (Green) Operation indicator (Orange) (Optional) -"3. ". mounting holes ". ".98 cable, m 6.6 ft long S (3) (.) ".3 ".9 "3. ". mounting hole M3 nut mounting holes (for mounting at the back) Base -"3.4 ".34 thru-holes (for mounting at the side) -"3.4 ".34 holes, 6.36 deep (for mounting at the back) Material: Acrylic () ABS (Base) Material: Acrylic () ABS (Base) Two M3 (length 8 mm.3 in) screws with washers and two nuts are attached. -M3 nut mounting holes (for mounting at the side) 8
12 DIMENSIONS (Unit: mm in) EX- The CAD data in the dimensions can be downloaded from the SUNX website: RF- Reflective tape (Optional) RF- Reflective tape (Optional) PHOTOEECTRIC SENSORS 3.8 (8)(.).7.8 CX (8)(.).7.8 (3).984 (.96) 8.3 (6) (.36) Effective reflecting surface Adhesive tape Effective reflecting surface Adhesive tape EX-3 Material: Acrylic Material: Acrylic EX- MS-RF- MS-EX- mounting bracket for RF- (Optional) t. t Material: Stainless steel (SUS34) Two M3 (length mm.47 in) screws with washers are attached t. t " " "36 " R7. R mounting bracket (Optional) Assembly dimensions Assembly dimensions Mounting drawing with EX- t. t "36 " (.) (.47) (6.)(.6) EX-4 EQ-3 EQ- EX- 4-M ()(.47) S Material: Stainless steel (SUS34) Two M3 (length mm.97 in) pan head screws [stainless steel (SUS34)] are attached Beam-receiving part
13 EX- EX-3 CX-4 PHOTOEECTRIC SENSORS EX- DIMENSIONS (Unit: mm in) t. t.47 MS-EX M R3 R t. t.9 The CAD data in the dimensions can be downloaded from the SUNX website: mounting bracket (Optional) Material: Stainless steel (SUS34) Two M3 (length 4 mm. in) screws with washers [stainless steel (SUS34)] are attached. Assembly dimensions Mounting drawing with the receiver of EX-3 Beam-receiving part R3 R (4.) (.949) t. t.47 EX- EQ- MS-EX mounting bracket (Optional) 4-M3.. t. t Assembly dimensions Mounting drawing with the receiver of EX (.) (.47) t. t EQ-3.79 Material: Stainless steel (SUS34) Two M3 (length mm.97 in) pan head screws [stainless steel (SUS34)] are attached Beam-receiving part EX-4 MS-EX-4 mounting bracket (Optional) 3-M Assembly dimensions Mounting drawing with the receiver of EX S R3 R t. t t. t Material: Stainless steel (SUS34) Two M3 (length 4 mm. in) screws with washers [stainless steel (SUS34)] are attached. Beam-receiving part (4.6) (.969) R3.3. R t. t
14 DIMENSIONS (Unit: mm in) MS-EX- EX- The CAD data in the dimensions can be downloaded from the SUNX website: Universal sensor mounting bracket (Optional) "7 " M "3. ". mounting holes Material: Die-cast zinc alloy Two M3 (length mm.47 in) screws with washers [stainless steel (SUS34)], one M3 (length mm.394 in) hexagonsocket-head bolt [stainless steel (SUS34)], and one M3 hexagon nut [stainless steel (SUS34)] are attached "7 " Material: Nylon Assembly dimensions Mounting drawing with the receiver of EX-3 (7.3)(.87) Beamreceiving part 4.7 -"3. -"3.3 ".3 ". thru-holes mounting holes (6.7).8 (.64) "7 " () (.9)(Note) Note: This is the adjustable range of the movable part. EX- EX-3 CX-4 PHOTOEECTRIC SENSORS MS-EX-FS Mounting spacer (Optional)..98 Material: Polycarbonate -"3.4 ".34 mounting holes ". ".98 Assembly dimensions Mounting drawing with the receiver of EX Beam-receiving part EQ-3 EQ- EX- -S EX-4 3
SERIES. Ultra-compact Photoelectric Sensor. Long sensing range
EX- SERIES Ultra-compact Photoelectric Amplifier Built-in Miniature-sized and still mountable with M3 screws Conforming to EMC Directive U Recognition (Excluding m cable length type) Miniaturization by
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EX-3SERIES Threaded Miniature Photoelectric The next-generation New Form series. A new alternative to fiber sensors. Marked Conforming to EMC Directive The EX-3 series have a radically new form which has
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PHOTOEECTRIC SENSORS SERIES Amplifier Built-in Miniature-size Photoelectric EQ- Amplifier Built-in Micro-size Type RX -4 EQ- Marked Conforming to EMC Directive (Excluding -DS/DM) RX-S Remarkable Sensing
More informationThe World s in Compactness. * Among photoelectric sensors with built-in amplifier, as of June 2015 (survey by our company)
Amplifier Built-in Ultra-minute Photoelectric Sensor EX-Z SERIES Conforming to EMC Directive Recognition No. 1 The World s in Compactness * Among photoelectric sensors with built-in amplifier, as of June
More informationNo. 1. The World s in Compactness. Amplifier Built-in Ultra-minute Photoelectric Sensor EX-Z SERIES panasonic.net/id/pidsx/global
Ultra-minute Photoelectric Sensor EX-Z SERIES Conforming to EMC Directive No. 1 The World s in Compactness * Among photoelectric sensors with built-in amplifier, as of June 215 (survey by our company)
More informationNA1-5. Ultra-slim Body 25mm Beam Pitch Area Sensor. Even a Slim Hand Is Detected by the 25mm Pitch Beam Curtain AREA SENSORS.
Ultra-slim Body 2mm Pitch Area Sensor mm Thick: /2 of Conventional Model It fits into a small space, without obstructing normal operation. Clearly Visible Job Indicator Both the emitter and the receiver
More informationOptimum sensing capability for LCD manufacturing
SENSORS FOR Glass Substrate Detection Sensor Amplifier-separated FX-301-F FT-F9 FD-F7 EX-F70/F60 HD-T1 M FD-L3 Reliable detection of glass substrates Its unique optical system enables detection of transparent
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Ultrasonic Sensor Suitable for detecting transparent films or transparent bottles Reliable detection of transparent objects The sensor reliably detects transparent films or transparent objects. Only 16
More informationPM-24 SERIES. Ultra-small U-shaped Micro Photoelectric Sensor. Extremely small size enables space saving!! ( ) Equipped with two independent outputs
19 Ultra-small Micro Photoelectric Sensor PM- SERIES Related Information General terms and conditions...p.1 Glossary of terms / General precautions...p.98~ / P.98~ Amplifier Built-in Sensor selection guide...p.11~
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36 FIBER PHOTO MICRO PHOTO AREA LIGHT CURTAINS PRESSURE / FLOW INUCTIVE PROXIMITY PARTICULAR USE SENSOR SIMPLE UNITS MEASUREMENT STATIC CONTROL EVICES ENOSCOPE MARKERS Adjustable Range Reflective Photoelectric
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More informationGX SERIES. Cylindrical Compact Inductive Proximity Sensor Amplifier Built-in. Robust enclosure and flexible cable types are also available
8 Cylindrical Compact Inductive Proximity SERIES Related Information General terms and conditions... F-7 Glossary of terms... P.86~ selection guide... P.757~ General precautions... P.05 PHOTO PHOTO Conforming
More informationGL SERIES. Compact & Low Price Inductive Proximity Sensor. Wide variety, high performance in surprisingly small body at low cost.
811 Compact & ow Price Inductive Proximity Sensor SERIES Related Information General terms and conditions... F-3 Glossary of terms...p.176~ guide... P.781~ General precautions... P.179~ PHOTO PHOTO MEASURE
More informationConvergent Reflective Micro Photoelectric Sensor
EQ- VF NX PM MS-AJ RT- PX- CY PHOTOELECTRIC SENSORS Mounting Stand Amplifier Built-in SERIES Convergent Reflective Micro Photoelectric Stable detection by convergent reflective mode Stable detection characteristics
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SERIES Compact Inductive Proximity Sensor Amplifier Built-in High functionality together with robust housing and flexible cable Miniature is an amplifier built-in inductive proximity sensor having a diameter
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PHOTOELECTRIC SENSOR SERIES U-shaped Type/Convergent Reflective Type SS-A SU-7/SH VF NX MS-AJ RT- PX- EX CY Amplifier-separated Type Multi-voltage Type Amplifier Built-in Type Mounting Stand Stable Detection
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More informationLow Price Rectangular-shaped Inductive Proximity Sensor. The GL-N12 series is recommended to large volume users for cost reduction.
SERIES ow Price Rectangular-shaped Inductive Proximity PNP output Different freq. type available type available mplifier Built-in Wide variety with total cost reduction! G-10/GH GX GX-N GX-U/FU G-18H/18H
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More informationDC 3-wire Cylindrical Inductive Proximity Sensor. Long sensing range
INDUCTIVE SERIES DC 3-wire Cylindrical Inductive Proximity Oil resistant Metal embedding possible Amplifier Built-in GX G-6 High performance and environmental resistance at low price G-8/8U GA-/GH GX GX-U/FU
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PHOTO PHOTO Micro Photoelectric PM SERIES Related Information General terms and conditions... F-3 Glossary of terms... P.9~ Amplifier Built-in guide... P.393~ General precautions... P.~ Certified MEASURE
More informationEven a specular background does not affect the sensing performance if the sensor is located 30mm away from it (when directly opposite).
SERIES Convergent Reflective Micro Photoelectric Convergent Reflection Sensing Ensures Stable Detection Marked Conforming to EMC Directive Stable Detection by Convergent Reflective Mode Stable detection
More informationUltra-slim Body Picking Sensor NA1-PK5 SERIES NA1-5 SERIES. Even a slim hand is detectable by the 25 mm in pitch beam area sensor
487 FIBER PHOTO MICRO PHOTO AREA IGHT CURTAINS PRESSURE / FOW INDUCTIVE PROXIMITY PARTICUAR USE SENSOR SIMPE UNITS MEASUREMENT STATIC CONTRO DEVICES ENDOSCOPE MARKERS Ultra-slim Body Picking Sensor NA-PK5
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FX-11 SERIES FX-11 realizes the ultimate in ease-of-operation. Its operation enables easy and full use of latest technology. Presenting a product which satisfies professionals using volume control. Besides
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More informationThe GL-N12 series is recommended to large volume users for cost reduction. Exclusive mounting bracket. Cost saving. Conventional model.
INDUCTIVE SERIES ow Price Square-shaped Inductive Proximity Wide Variety with Total Cost Reduction! G-6 G-18H/18H Marked Conforming to EMC Directive G-8U Exclusive Mounting Bracket is Needless The series
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SERIES ow Price Square-shaped Inductive Proximity Wide Variety with Total Cost Reduction! Marked Conforming to EMC Directive Exclusive Mounting Bracket is Needless The G-N series can be reliably fixed
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Thru-beam Mode (Standard Type) Sensing Mode Connection Supply Voltage Output Mode Part Number m Cable RP-TMD-EY9C/ D -3V DC RP-TMN-CY9C3U/ D RP-TMP-CY9C3U/ D m -3V DC Standard Range Sensing Distance m
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PHOTO PHOTO USE MEASUREMENT STATIC CONTROL Micro Photoelectric SERIES Related Information General terms and conditions... F- Glossary of terms... P.39~ selection guide... P.~ General precautions... P.0
More informationGX-5SU(B) is just 5.4 mm 0.213in in diameter, the smallest in existing DC two-wire sensors. It saves you space.
DC 2-wire Cylindrical Inductive Proximity SERIES Amplifier Built-in High performance & ease of use Robust in tightening The tightening torque has been improved to approx. four times greater than that of
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All voltage photoelectric sensors Built-in amplifier accepts wide supply voltage range. Slim, space-saving construction measures only x x 7.4 mm. s with long life expectancy and high switching capacity
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Built-in Amplifier Photoelectric Sensor E3V3 Easy-to-use, Low-cost Photoelectric Sensor Incorporating s that can be clearly seen from a distance. A series of models with an M8 metal junction connector
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MEASUREMENT SENSORS SERIES Laser Collimated Beam Sensor -300 HL-T1 LM LH-0 HL-C1 Safe laser beam This laser collimated beam sensor conforms to the Class 1 laser stipulated in IEC Publication 82 and JIS
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Series Embedded Amplifier Photo Sensors IP 6 water resistance Detects mirror-like materials (mirrors, glossy objects) (polarization reflector type) Switch selectable operation mode Sensitivity adjustment
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SERIES Laser Collimated Beam Sensor Class 1 Laser Beam Sensor Safe for Your Eyes Marked Conforming to EMC Directive (Excluding LA-C1) Safe Laser Beam This laser collimated beam sensor conforms to the Class
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1147 Detector SERIES Related Information General terms and conditions... F-7 General precautions...p.151 PHOTO PHOTO MEASURE ITY From ultra-thin lead frames to iron sheets... Double feed detection of various
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1135 Detector SERIES Related Information General terms and conditions... F-3 General precautions...p.1595 PHOTO PHOTO MEASURE From ultra-thin lead frames to iron sheets... Double feed detection of various
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6 FIBER PHOTO MICRO PHOTO AREA LIGHT CURTAINS PRESSURE / FLOW INDUCTIVE PROXIMITY PARTICULAR USE SENSOR SIMPLE UNITS MEASUREMENT STATIC CONTROL DEVICES ENDOSCOPE MARKERS PLC / TERMINALS HUMAN INTERFACES
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73 PHOTO PHOTO Digital Pressure Sensor For Gas SERIES Related Information General terms and conditions... F-3 Glossary of terms... P.1563~ guide... P.699~ General precautions... P.1566 MEASURE Simple &
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Built-in Power Supply Photoelectric Sensor CSM DS_E_12_3 Model Contribute to Overall Cost Reduction erminal Block Models Easy to wire and adjust. For the most recent information on models that have been
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More information4 mm. 8 mm. Proximity Sensor. Sensing head Sensing distance Output configuration Part Number M18 Shielded 4 mm DC 3-wire PNP-NO E2EZ-X4B1 M30
Sensing distance Supply voltage Output 4 mm 8 mm 12 to 24 VDC 100 to 220 VAC 200 ma max. 100 ma max. Proximity Sensor Detects Objects without Being Influenced by Aluminum and Cast Iron Cut Chips Sense
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1105 High Speed High Accuracy Eddy Current Type Digital Sensor SERIES Related Information General terms and conditions... F-7 Glossary of terms... P.1493 Sensor selection guide... P.1055~ General precautions...
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Cylindrical Proximity Sensor for Mobile Usage Designed and tested to keep your machines moving IP69k tested and certified for highest water resistance e1 type approval (according to automotive directive
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FIBER SENSORS High Speed Digital Sensor PNP output type available Timer ight intensity monitor Automatic sensitivity setting High-speed sensing of 9!s http://www.fiber-sensor.com * U 6C-1 compatible, Passed
More information2m Cable Emitter 10-30V DC. Quick Disconnect Emitter 10-30V DC. (Euro Style) 10-30V DC (Euro Style) 2m Cable NPN 10-30V DC. Quick Disconnect NPN
Thru-beam Mode / Retroreflective Mode T8 SERIES Sensing Mode Appearance Supply Voltage Output Mode Part Number Emitter T8-T2MD-EY9C2L2 T8-T2MN-CY9C4U2 T8-T2MP-CY9C4U2 / Emitter T8-T2MD-EY9Q4LE T8-T2MN-CY9Q4UE
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1041 Ultra-compact Sensor SERIES Related Information General terms and conditions... F-17 Glossary of terms / General precautions... P.1397 / P.05 Sensor selection guide... P.963~ About laser beam... P.03~
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Miniature Sensors - S1 The universal miniature photoelectric sensor Two threaded front mounting holes Two slotted rear mounting holes Anti-tampering sensor (no adjustment) Standard optic functions and
More informationSensing method Appearance Connection method Sensing distance Part number NPN output PNP output Through-beam Prewired (2 m) E3Z-T61A E3Z-T81A 10 m
Through-Beam Sensor with Visible Red LED Visible Beam Allows Visual Confirmation of the Detection Spot, for Easy Installation and Maintenance Built-in amplifier Mutual interference protection filter included
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1023 PHOTO PHOTO High Speed High Accuracy Eddy Current Type Digital Sensor SERIES Related Information General terms and conditions... F- Glossary of terms... P.1397 Sensor selection guide... P.967~ General
More information12 m 8 m 6 m 3 m 300 mm 500 mm 70 mm mm Power supply Vdc Vdc
Miniature Sensors - S1 The universal miniature photoelectric sensor Two threaded front mounting holes Two slotted rear mounting holes Anti-tampering sensor (no adjustment) Standard optic functions and
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Selectable safety circuits The light curtain unit has a built-in monitoring function for external devices (such as fused relay monitoring). This supports the construction of light curtain peripheral safety
More information2 m cable, 4 wires Connection connector. M8 conn., 4-pole Approximate dimensions (mm)
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Sensing Supply Voltage Output 3m 1.cm,2m 10cm 2 to 20 VAC, 0/60 Hz to200ma, 20 VAC 100 ma, 2 VDC Photoelectric Sensor Threaded Cylindrical M1 Size Sensors with Built-in Amplifier Chemical resistant, ABS
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364 New model TOF long-range type series Ultra-compact long-distance detection sensor Max. sensing distance of 4.5 m *With white paper (9%) The world s smallest TOF sensor Capable of stable detection even
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Long Distance Cylindrical. Extra long for increased protection and sensing performance triple proximity sensors for flush mounting requirements. designed and tested for extra long life. Ordering Information
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Long-distance Photoelectric Sensor Advanced Design with Automatic Teach Function Retroreflective models have a sensing distance of 10 m Teach function up to 2 m diffuse Zone mode for precise sensing M12
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