CP31 SERIES. Thru-beam Mode / Retroreflective Mode with Polarizing Filter. Sensing Mode. Connection Supply Voltage Output Mode Part Number

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1 Thru-beam Mode / Retroreflective Mode with Polarizing Filter CP SERIES Sensing Mode Connection Supply Voltage Output Mode Part Number m Cable CP-TMD-EYC CP-TMN-CYCU CP-TMP-CYCU Quick Disconnect Pico-Style) CP-TMD-EYQP m CP-TMN-CYQUP CP-TMP-CYQUP " Pigtail Pico-Style) CP-TMD-EYPP Ao: CP SERIES Thru-beam Mode Sensing Distance m Red ED " Pigtail Euro-Style) CP-TMN-CYPUP CP-TMP-CYPUP CP-TMD-EYPE CP-TMN-CYPUE CP-TMP-CYPUE m Cable CP-N-CYCU-PF CP-P-CYCU-PF mm Quick Disconnect Pico-Style) CP-N-CYQUP-PF CP-P-CYQUP-PF " Pigtail Pico-Style) CP-N-CYPUP-PF Retroreflective Mode with polarizing filter) CP-P-CYPUP-PF Sensing Distance mm Note) " Pigtail Euro-Style) CP-N-CYPUE-PF Red ED CP-P-CYPUE-PF Note: Used with RE- supplied with sensor) reflector. Coming Soon : Part numbers with underline In Preparation: Part numbers with a line through the middle Ao-

2 Standard Diffuse Mode / ong Range Diffuse Mode CP SERIES Sensing Mode Connection Supply Voltage Output Mode Part Number m Cable CP-DN-CY9CU CP-DP-CY9CU mm Quick Disconnect Pico-Style) CP-DN-CY9QUP CP-DP-CY9QUP " Pigtail Pico-Style) CP-DN-CY9PUP Diffuse Mode Sensing distance mm Infrared ED " Pigtail Euro-Style) CP-DP-CY9PUP CP-DN-CY9PUE CP-DP-CY9PUE Ao: CP SERIES m Cable CP-D8N-CY9CU CP-D8P-CY9CU 8mm Quick Disconnect Pico-Style) CP-D8N-CY9QUP CP-D8P-CY9QUP " Pigtail Pico-Style) CP-D8N-CY9PUP Diffuse Mode CP-D8P-CY9PUP ong sensing range 8mm " Pigtail Euro-Style) CP-D8N-CY9PUE Infrared ED CP-D8P-CY9PUE Note: Coming Soon : Part numbers with underline In Preparation: Part numbers with a line through the middle Ao-

3 Narrow-view Diffuse Mode / Options CP SERIES Sensing Mode Connection Supply Voltage Output Mode Part Number m Cable CP-DN-CYCU-N CP-DP-CYCU-N to mm Quick Disconnect Pico-Style) CP-DN-CYQUP-N CP-DP-CYQUP-N " Pigtail Pico-Style) CP-DN-CYPUP-N Ao: CP SERIES Diffuse Mode Narrow-view) Sensing Distance to mm Red ED " Pigtail Euro-Style) CP-DP-CYPUP-N CP-DN-CYPUE-N CP-DP-CYPUE-N Options Designation Round slit mask For thru-beam type sensor only) Model No. OS-. OS- OS- Slit size φ.mm φmm φmm Sensing range Min.sensing object one side one side mm 9 mm m mm mm mm φmm φmm φmm φ.mm φmm φmm Round slit mask Fitted on the front face of the sensor with one-touch OS-x Rectangular slit mask For thru-beam type sensor only) RS-.x RS-x RS-x.xmm xmm xmm m m m mm m m φmm φmm φmm.xmm xmm xmm Rectangular slit mask Fitted on the front face of the sensor with one-touch RS-xx Designation Interference prevention filter for thru-beam type sensor only) Model No. PF-V Vertical) PF-H Horizonal) Sensing Range m Note ) m Note ) Min. sensing object φmm Note ) φmm Note ) Interference prevention filter Two sets of thru-beam type sensors can be mounted close together. PF-V PF-H Notes: ) Value when attached to. Note: Coming Soon : Part numbers with underline In Preparation: Part numbers with a line through the middle Ao-

4 Specifications CP SERIES Type Thru-beam Retroreflective with polarizing filters) Diffuse reflective Standard ong sensing range Narrow-view reflective Item Model No. output type output type CP-TMN-xYxxUx CP-TMP-xYxxUx CP-N-xYxxUx-PF CP-DN-xY9xxUx CP-D8N-xY9xxUx CP-DN-xYxxUx-N CP-P-xYxxUx-PF CP-DP-xY9xxUx CP-D8P-xY9xxUx CP-DP-xYxxUx-N Sensing range Sensing object Hysteresis Repeatability Perpendicular to sensing axis) Supply voltage Current consumption Environmental resistance Sensing output Utilization category Output operation Short-circuit protection Response time Operation indicator Stability indicator Power indicator Sensitivity adjuster Automatic interference prevention function Pollution degree Protection Ambient temperature Ambient humidity Ambient illuminance EMC Voltage withstandability Insulation resistance Vibration resistance Shock resistance Emitting element Material Cable Cable extension Pigtail type Connector type Weight Accessories m m Note) mmnote ) 8mmNote ) to mm Note ) φmm or more φmm or more opaque object Note ) opaque, translucent or specular object Opaque, translucent or transparent object IEC 9--, Parts... or RFI>V/min -MHZ), EFT>KV, ESD>KVcontact) M Ω,or more, with V DC megger between all supply terminals connected together and enclosure IEC 9--, Part.. or -HZ,.mm amplitude In X, Y and Z s for min IEC 9--, Part.. or g,ms in X,Y and Z s for six times each % or less of operation distance Opaque, translucent or transparent object Min. Sensing object φ.mm copper wire).mm or less mm or less.mm or less to V DC % Ripple P-P % or less : ma or less :ma or less < output type> open-collector transistor Maximum sink current: ma Applied voltage: V DC or less between output and V) Residual voltage: V or less at ma sink current).v or less at ma sink current) ma or less ma or less ma or less DC- or DC- Switchable either ight-on or Dark-ON Incorporated < output type> open-collector transistor Maximum sink current: ma Applied voltage: V DC or less between output and +V) Residual voltage: V or less at ma source current).v or less at ma source current) ms or less Orange ED lights up when the output is ON) incorporated on the receiver for thru-beam type) Green ED lights up under stable light received condition or stable dark condition) incorporated on the receiver for thru-beam type) Green ED Continuously variable adjuster incorporated on the receiver for thru-beam type) Two units of sensors can be mounted close together interference prevention filters. Incorporated Two units of sensors can be mounted close together.) sensing range: m) Industrial environment) IP IEC) - to + No dew condensation or icing allowed), storage: - to + to 8 % RH, storage: to 8% RH Sunlight: x at the light receiving face, Incandescent light: x at the light-receiving face. V AC for one min. Between all supply terminals connected together and enclosure. Red ED modulated) Infrared ED modulated) Enclosure: PBT polybutylene terephthalate), lens: acrylic, front cover: acrylic.mm -core thru-beam type emitter: -core) cabtyre cable, m long Red ED modulated) Extension up to total m is possible with.mm, or more, cable thru-beam type: both emitter and receiver) See Pigtail Series or our Cables & Connectors catalogue. Pico style M8) pin; Euro stylem) pin. g approx. or thru-beam type: g approx.) RE-): pc. Ao: CP SERIES Notes: ) The sensing range and the sensing object of the retroreflective type sensor are specified for the RE- supplied with sensor) reflector. In addition, set the distance between the sensor and the reflector to.m or more. )The sensing range of the diffuse reflective type sensor and narrow-view reflective type sensor are specified for white non-glossy paperx mm) as the object. )If slit masks optional ) are fitted, an fitted, an object of φ.mm using round slit mask) can be detected. Ao-

5 Connection Diagrams CP SERIES output type I/O circuit diagram circuit Tr D ZD Color code/connector pin No. Brown/)+V oad Black/) output Blue/) V + - Euro-style Connector pin position.brown +).Not used.blue -).Black Output) Pico-Style.Brown +).Not used.blue -).Black Output) Symbols...D :Reverse supply polarity protection diode Z D: Surge absorption zener diode Tr: output transistor. Ao: CP SERIES output type I/O circuit diagram circuit ZD Black/) output Tr oad D Blue/) V Color code/connector pin No. Brown/) +V + - Euro-style Connector pin position.brown +).Not used.blue -).Black Output) Pico-Style.Brown +).Not used.blue -).Black Output) Symbols...D :Reverse supply polarity protection diode Z D: Surge absorption zener diode Tr: output transistor. of Thru-beam Mode I/O circuit diagram Brown/) +V Color code/connector pin No. Euro-style Connector pin position Pico-Style circuit Blue/) V - V DC.Brown +).Blue -).Not used.not used.brown +).Blue -).Not used.not used Ao-

6 Sensing Characteristics Typical) CP SERIES Thru-beam Mode Sn=m) Parallel deviation Angular deviation Setting Distance m) Setting distance m) θ eft Center Right eft Center Operating point θ ) Right Parallel deviation with round slit masks φ.mm) Parallel deviation with round slit masks φmm) Parallel deviation with round slit masks φmm) Setting distance m) one side eft Center Right Setting distance m) 8 one side eft Center Right Setting distance m) one side eft Center Right Ao: CP SERIES Setting distance m) Parallel deviation with rectangular slit masks.x mm) Horizontal one side vertical one side horizontal vertical Horizontal Vertical Down)eft Center RightUp) Retroreflective Mode Sn=m, performance on RE- reflector) Setting distance m) Parallel deviation with rectangular slit masks x mm) Horizontal one side vertical one side horizontal both sides horizontal both sides vertical Vertical Down)eft Center RightUp) Setting distance m) Parallel deviation with rectangular slit masks x mm) 8 one side horizontal Horizontal one side vertical both sides horizontal vertical Vertical Down)eft Center RightUp) Setting distance m) Parallel deviation eft Center Right Setting distance m) Angular deviation eft angular deviation θ angular deviation angular deviation angular deviation θ Center Operating point θ ) Right Ao-

7 Sensing Characteristics Typical) CP SERIES Standard Diffuse Mode Sn=mm) Setting distance mm) Sensing field x mm white nonglossy paper eft Center Right Setting distance mm) Correlation between sensing object size and sensing range axa mm white nonglossy paper eft Center Right As the sensing object size becomes smaller than the standard size white non-glossy paper x mm), the sensing range shortens, as shown in the left graph. For plotting the left graph, the sensitivity has been set such that a x mm white non-glossy paper is just detectable at a distance of mm. ong Range Diffuse Mode Sn=8mm) Sensing field Correlation between sensing object size and sensing range Ao: CP SERIES Setting distance mm) x mm white nonglossy paper Setting distance mm) 8 axa mm white nonglossy paper As the sensing object size becomes smaller than the standard size white non-glossy paper x mm), the sensing range shortens, as shown in the left graph. For plotting the left graph, the sensitivity has been set such that a x mm white non-glossy paper is just detectable at a distance of 8mm. eft Center Right White non-glossy paper Side length a mm) Narrow-view Diffuse Mode Sn=mm) Sensing field Correlation between sensing object size and sensing range Setting distance mm) Setting Distance mm) White x mm non-glossy paper N Setting distance mm) a x a mm non-glossy paper White eft Center Right Non-glossy paper Side length a mm) Correlation between sensing object size and sensing range The sensing region is represented by oblique lines in the left figure. However, the sensitivity should be set with an enough margin because of slight variation in products. Sensing region N N N N8 Dark ightness ight ightness shown on the lift may differ slightly from the actual object condition. N As the sensing object size becomes smaller than the standard size white non-glossy paper x mm), the sensing range shortens, as shown in the left graph. For plotting the left graph, the sensitivity has been set such that a x mm white non-glossy paper is just detectable at a distance of mm. Setting distance mm) Emitted beam φmm φ.mm φ.mm φmm Visible spot range N N N N N N N N8 N9 Ao-

8 Max MAX MIN MAX MIN MAX MIN MAX MIN Precautions For Proper Use CP SERIES Mounting 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. The tightening torque should be.n m or less. } M length mm) screw with washes MB- mounting bracket-optional) Functional description Stability indicator Green)Note ) ights up under the stable light condition or the stable dark condition Sensitivity adjuster Note ) Sensing range becomes longer when turned clockwise Operation indicator Orange)Note ) ights up when the output is ON Operation mode switch Note ) : ight-on D: Dark-ON Notes: ) Not incorporated on the thru-beam type sensor emitter. ) It is the power indicator Green ED)lights up when the power is ON) for the thru-beam type sensor emitter. Operation mode switch Operation mode switch D D Beam alignment Thru-beam type sensor Min Description ight-on mode is obtained when the operation mode switch located on the receiver for the thru-beam type) is turned fully clockwise side) Dark-ON mode is obtained when the operation mode switch located on the receiver for the thru-beam type) is turned fully counterclockwise D side). Set the operation mode switch to the ight-on mode position side). Placing the emitter and the receiver face to face along a straight line, move the emitter in the up, down, left and right s, 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. Similarly, adjust for up, down, left and right angular movement of the emitter. Further, perform the angular adjustment for the receiver also. Check that the stability indicator green) lights up. Choose the operation mode, ight-on or Dark-ON, as per your requirement, with the operation mode switch. Sensing object Retroreflective type sensor Set the operation mode switch to the ight-on mode position side). Placing the sensor and the reflector face to face along a straight line, move the reflector in the up, down, left and right s, in order to determine the range of the light received condition with the help of the operation indicator orange). Then, set the reflector at the center of this range. Similarly, adjust for up, down, left and right angular movement of the reflector. Further, perform the angular adjustment for the sensor also Check that the stability indicatorgreen) lights up. Choose the operation mode, ight-on or Dark-ON, as per your requirement, with the operation mode switch. Sensing object Sensitivity adjustment Step Sensitivity adjuster Description Turn the sensitivity adjuster fully counterclockwise to the minimum sensitivity position, MIN. The position at the middle of point A and B is the optimum sensing position. Note: Use the 'minus' adjusting screwdriver please arrange separately) to turn the adjuster slowly. Turning with excessive strength will cause damage to the adjuster. Thru-beam type Retroreflective type A In the light received condition, turn the sensitivity adjuster slowly clockwise and confirm the point A 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 A B 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, the position is point B Optimum position A B ight received condition Dark condition Sensing object Sensing object Ao: CP SERIES Diffuse reflective type and Narrow-view reflective type Sensing object Ao-8

9 Precautions For Proper Use CP SERIES Ao: CP SERIES Relation between output and indicators In case of ight-on Stability indicator :ights up Operation indicator Output ON OFF :ights off Sensing condition Stable light receiving Unstable light receiving Unstable dark receiving Stable dark receiving Stability indicator OFF ON In case of Dark-ON Operation indicator Retroreflective type sensor with polarizing filters If a shiny object is covered or wrapped with a transparent film, such as those described below, the retroreflective type sensor with polarizing filters may not be able to detect it. In that case, follow the steps given below. Example of sensing objects Can wrapped by clear film Aluminum sheet covered by plastic film Gold or silver color specular) label or wrapping paper Steps Tilt the sensor with respect to the sensing object while fitting. Reduce the sensitivity. Increase the distance between the sensor and the sensing object. Slit mask optional) Exclusively for thru-beam type sensor) Output With the slit mask OS-x), the sensor can detect a small object. However, the sensing range is reduced when the slit mask is mounted. How to mount Insert the fixing hook into the fixing groove. Then, pressing the slit mask against the main unit, insert the fixing tab into the fixing groove. Fixing tab Removing tab Slit mask Fixing hook How to remove Fixing groove Fixing groove Insert a screwdriver into the removing tab Pull forward while lifting the remove tab Interference prevention filter Optional) Exclusively for thru-beam type sensor) By mounting interference prevention filterspf-x), two sets of CP-Tx-xXxxUx can be mounted close together. However, the sensing range is reduced when the interference prevention filter is mounted. The filters can be mounted by the same method as for the slit masks. The two sets of sensors should be fitted with different types of interference prevention filters. The interference prevention does not work even if the filters are mounted for emitters only, receivers only or the same model No. Of the interference prevention filters are mounted on both the set of the sensor. Wiring Fitted with PF-H Fitted with PF-V Make sure to carry out the 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 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 groundf.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. Extension up to total m thru-beam type: both emitter and receiver) is possible with.mm, or more, calbe. However, in order to reduce noise, make the wiring as short as possible. Make sure that stress by forcible bend or pulling is not applied directly to the sensor cable joint. Others Do not use during the initial transient time ms) after the power supply is switched on. This sensor is suitable for indoor use only. Avoid dust, dirt, and steam. Take care that the sensor does not come in direct contact with water, oil, grease, or organic solvents, such as, thinner, etc. Ao-9

10 M8x Mx Dimensions Unit: mm) CP SERIES Type Sensitivity adjuster Note ) Operation indicator Orange) Note) Stability indicator Green)Note) Operation mode switchnote) Pigtail* Type..... Beam axis.... -Mx. thru-hole threads m long M8 connector Cable Type Connector Type Notes: )Not incorporated on the emitter of thru-beam mode. ) It is the power indicator green) on the emitter of thru-beam mode. MB- mounting bracket-optional) R R. t Material: Stainless steel SUS ) Two M length mm) screws with washers are attached MB- mounting bracket-optional) Assembly dimensions t.. 8 *: Please see Pigtail Series or our Cables & Connectors catalogue for more information Ao: CP SERIES. Assembly dimensions o t.... -φ. holes Beam axis.... Material: Stainless steel SUS ) Two M length mm) screws with washers are attached. 9.. t. Ao-

11 Dimensions Unit: mm) CP SERIES MB- mounting bracket-optional).8 Assembly dimensions Material: Stainless steel SUS ) Two M length mm) screws with washers are attached t.. 8. Ao: CP SERIES MB-9 mounting bracket-optional). φ φ Assembly dimensions.9 φ φ φ R R 9.. t... Material: Stainless steel SUS ). Two M length mm) screws with washers are attached. MB- mounting bracket-optional) Beam axis t R9 R Assembly dimensions t.... Beam axis R Material: Stainless steel SUS ) Two M length mm) screws with washers are attached..9 Ao-