CX-400 SERIES. Compact Photoelectric Sensor. World standard photoelectric sensors Full line up 116 models! Strong against oil and coolant liquids

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1 Compact Photoeectric CX- SERIES Reated Information Ampifi er Genera terms and conditions... P. seection guide...p.~ / P.9~ MS-AJ / CHX-SC...P.799 / P.8 Gossary of terms / Genera precautions... P.98 ~ / P.986 ~ Korea s S-mark... P.~ PHOTOEECTRIC PHOTOEECTRIC Conforming to EMC Directive Certified (Some modes ony) U Recognition PARTICUAR MEASURE CONTRO SUNX website Word standard photoeectric sensors Fu ine up 6 modes! PNP output type avaiabe ight intensity monitor Interference prevention Wide variety of 6 modes Strong against oi and cooant iquids CX- / /9 Seection Ampifier CX- EX- EX- EX- EX- EQ- EQ- -S RT-6 Power Suppy Ampifierseparated You can fi nd your desired sensors among the CX- series because of their high basic performance, superior cost performance, and wide variation of types. Thru-beam (ong sensing range) Thru-beam Type Retrorefective (ong sensing range) Retrorefective (with poarizing fiters) Retrorefective (for transparent object sensing) Retrorefective (for transparent object sensing) Diffuse refective (8 mm 9.8 in type) Diffuse refective ( mm.8 in type) Diffuse refective ( mm.97 in type) Diffuse refective (narrow-view type) Adjustabe range refective Adjustabe range refective Adjustabe range refective Adjustabe range refective (sma spot) Output NPN, PNP m 9.8 ft m 9. ft m 6. ft. to m.8 in 6.6 in to mm to 9.68 in 8 mm 9.8 in mm.8 in mm.97 in range m.88 ft 7 to mm.76 to 7.87 in to mm.787 to.8 in to mm.9 to.97 in to mm.79 to in to mm.79 to in Connecting method (Note ) Cabe type, M8 Pug-in connector type, M Pigtaied type Cabe ength of cabe type (Note ). m.6 ft, m 6.6 ft, m 6. ft Notes: ) The adjustabe range ref ective type incudes the cabe type and M8 connector type ony. ) The adjustabe range ref ective type incudes the m 6.6 ft cabe type (standard) ony. The ens materia for the thru-beam type, retroref ective type (excuding the CX-8 ) and the diffuse ref ective type are made of a strong acryic that resists the harmfu effects of cooants. These sensors can be used with confi dence even around meta processing machinery that disperses oi mists. The protection mechanism aso conforms to IP67 (IEC). Strong against ethano A strong, ethano resistant poycarbonate was used for the front and dispay covers. Safe even for instaing near food processing machinery that disperses ethano based detergents. The protection mechanism aso conforms to IP67 (IEC). CX- /8 Caution: Set the CX-8 so that ceaning iquid wi not get on to the attached ref ector.

2 ORDER GUIDE P.6 ~ SPECIFICATIONS P. ~ I/O CIRCUIT DIAGRAMS P. Compact Photoeectric CX- SERIES SENSING CHARACTERISTICS P. ~ PRECAUTIONS FOR PROPER P.8 ~ DIMENSIONS P. ~ APPICATIONS Detecting out of position tape feeder cassette Sit mask Out of position CX- Detecting objects in paces that have a ot of dust or couds of partices CX- Passage confirmation of object on a conveyor bet Detecting transparent gass bottes Sma tabet sensing Biscuit sensing CX-9 PHOTOEECTRIC PHOTOEECTRIC PARTICUAR CX- CX- MEASURE CX-8 CONTRO BASIC PERFORMANCE Strong infrared beam The ongest in its cass, it reaizes a m 9. ft ong-distance sensing range. Remarkabe penetrating power enabes appications such as package content detection. (Note) Hardy affected by coor CX- Note: When sensing utiizing penetrating power, make sure to verify using the actua sensor. % higher sensing capabiity CX-/ Both back and white objects can be sensed at the same distances. No adjuster contro is needed, even when products of different coors are moving aong the production ine. The difference in sensing ranges is % or ess between non-gossy white with a setting distance of mm in and non-gossy gray with a brightness eve of. Can sense differences as sma as. mm.6 in, with hysteresis of % or ess CX-/ An advanced optica system provides sensing performance that is. times approx. than conventiona modes. Even utra-sma differences of. mm.6 in can be detected accuratey.. times the sensing capabiity! Height differences of as itte as. mm.6 in can be detected at a setting distance of mm.787 in Retrorefective type with poarizing fiters CX-9 poarizing fi ters ensure stabe sensing even on a specuar object. CX-9 Seection Ampifier CX- EX- EX- EX- EX- EQ- EQ- -S RT-6 Power Suppy Ampifierseparated

3 Compact Photoeectric CX- SERIES PHOTOEECTRIC PHOTOEECTRIC PARTICUAR MEASURE CONTRO BASIC PERFORMANCE Introducing the transparent object sensing type sensor Our unique optica system and transparent object sensing circuitry provide stabe sensing of even thinner transparent objects than the conventiona modes. Twice the sensing range! CX-8 ong sensing range of m 6. ft A ong m 6. ft sensing range is possibe with the red ED type that is easy to aign with the beam axis. Can be used for wide automatic door shutters. CX-9 CX-8 Transparent objects detectabe with CX-8 (Typica exampes) object object size (mm in) Gass sheet Cyindrica gass Acryic board Styro (Foppy case) Food wrapping fim Cigarette case fim Viny sack Pet botte (m) ø ø = ø66 ø.98 t =.7.8 t =.. t =..9 t =.9. t = μm.9 mi t = μm.787 mi t = μm.8 mi Refector setting range CX-8: to mm.8 to 9.68 in, CX-8: to m.8 to 6.6 ft [with the RF- refector at the optimum condition (Note)] Each object shoud pass across the beam at the center between the sensor and the refector. : ength of cyindrica gasses t: Thickness of sensing object Note: The optimum condition is defined as the condition in which the sensitivity eve is set such that the stabiity indicator just ights up when the object is absent. ess power consumed The CX- series sensors achieve a maximum of approx. % the power consumption of conventiona sensors. Contributes to preserving the environment. A maximum % reduction compared to conventiona sensors!! Seection Ampifier CX- ENVIRONA RESISTANCE Strong on dust and dirt CX- Strong against noise EX- EX- EX- EX- EQ- EQ- Because the ight source is an infrared ight, it is strong on dust and dirt compared to the red beam type. Signifi canty stronger against inverter ight and other extraneous ight as we as high frequency and eectromagnetic noise generated by high-pressure inverter motors and other devices. Fuorescent ight tube -S RT-6 Power Suppy Strong even in cod environments Stabe performance can be maintained even in environments of C F. Inverter motor Ampifierseparated

4 Compact Photoeectric CX- SERIES MOUNTING Beam axis aignment made easy with a high uminance spot beam These sensors reaize a high uminance red ED spot that provides bright visibiity enabing the sensing position to be checked at a gance. Because it has the smaest spot in its cass, ø mm ø.79 in approx., even the minutest object can be accuratey detected. OPERABIITY CX- CX- Great visibiity approx. ø mm ø.79 in high uminance spot (at setting distance mm.97 in) Reduction of voume adjustment abor CX- Because these sensors possess many variations depending on the sensing range, enabes you to make optima voume adjustment easiy. CX-: 8 mm.96 in CX-: mm.8 in CX-: mm.97 in The bright spot makes beam axis aignment easy These sensors reaize a high uminance red spot that provides bright visibiity. The sensing position can be checked at a gance. Because the CX- sensor has the smaest spot in its cass ø mm ø.79 in approx., even the minutest object can be accuratey detected. Can be used for sensing minute differences CX- Great visibiity approx. ø mm ø.79 in high uminance spot CX- CX- Equipped with a -turn adjuster so that even chaenging range settings can be handed with ease. PHOTOEECTRIC PHOTOEECTRIC PARTICUAR MEASURE CONTRO VARIETIES ess processing Narrow-view type CX-: 7 to mm.76 to 7.87 in M8 pug-in connector type and M pigtaied type are avaiabe. This contributes to ess time spent in setting up. In addition, cabe types are avaiabe with cabe engths of. m.6 ft, m 6.6 ft and m 6. ft. This resuts in ess wastage. No unnecessary cabes or termina bocks. m.6 ft Cabe type m 6.6 ft m 6. ft Great maintainabiity M8 pug-in connector type M pigtaied type Ebow Straight Straight m 6.6 ft / m 6. ft m 6.6 ft / ( m 6. ft ) m 6.6 ft / ( m 6. ft ) Seect from spot diameters as per the appication CX-/ Within the choice of mm in sensing range sensors, we offer sma spot approx. ø mm ø.79 in type optima for detecting minute object and arge approx. ø6. mm ø.6 in spot type capabe of sensing object covered with hoes and grooves. CX- Spot diameter: ø mm ø.79 in approx. [Positioning] Detects minute hoes. CX- Spot diameter: ø6. mm ø.6 in approx. Detection of presence / absence of objects Ignores minute hoes and accuratey detects objects. Seection Ampifier CX- EX- EX- EX- EX- EQ- EQ- -S RT-6 Power Suppy Ampifierseparated

5 Compact Photoeectric CX- SERIES PHOTOEECTRIC PHOTOEECTRIC PARTICUAR FUNCTIONS BGS / FGS functions make even the most chaenging settings possibe! CX- For detais on the operation of the BGS / FGS functions, refer to p.9, BGS / FGS functions of PRECAUTIONS FOR PROPER. The BGS function is best suited for the foowing case Background not present When object and background are separated BGS Not affected if the background coor changes or someone passes behind the conveyor. The FGS function is best suited for the foowing case Background present When object and background are cose together FGS When the object is gossy or uneven Unaffected by goss, coor or uneven surfaces when sensing objects present on a conveyor bet. MEASURE CONTRO Seection Ampifier CX- EX- EX- EX- EX- EQ- EQ- -S RT-6 Power Suppy Ampifierseparated BGS (Background suppression) function The sensor judges that an object is present when ight is received at position A of the ight-receiving eement (-segment eement). This is usefu if the object and background are far apart. The distance adjustment method is the same as the conventiona adjustment method for adjustabe range refective type sensors. Background OFF ight received at eement B, or ight not received Moving object Object in the back Setting distance Strong against interference ON (ight received at eement A) Eement A Eement B The interference prevention function ets two sensors to be mounted cose together precisey. Interference prevention fiter (Optiona) Thru-beam type Ony CX- Retrorefective type Diffuse refective type Adjustabe range refective type Automatic interference prevention function FGS (Foreground suppression) function The sensor judges that an object is present when no ight is received at position B of the ight-receiving eement (- segment eement). Accordingy, even objects that are gossy can be sensed. This is usefu if the object and background are cose together, or if the object being sensed is gossy. OFF in this condition ony A B Object absent ens OFF Emitting eement ight received at position B A conveyor or other back-ground must be present OTHERS ON in a other conditions Object present ON ight received at position A For gossy object ON Conveyor Conveyor Conveyor ess resources used Based on environmenta considerations, simpifi ed packaging is used in order to reduce waste. In addition, the bag is made from poyethyene which produces no toxic gases even when burned. ight is not received at position B, so a object is judged to be present Setting distance

6 Compact Photoeectric CX- SERIES 6 Thru-beam ORDER GUIDE Type Appearance range ong sensing range NPN output Mode No. (Note ) PNP output Emitting eement m.88 ft CX- CX--P Red ED m 9. ft CX- CX--P Infrared ED EECTRIC EECTRIC Retroref ective With poarizing fi ters ong sensing range For transparent object sensing m 9.8 ft (Note ) CX-9 CX-9-P m 6. ft (Note ) CX-9 CX-9-P to mm to 9.68 in (Note ) CX-8 CX-8-P. to m.8 to 6.6 ft (Note ) CX-8 CX-8-P Red ED Infrared ED PARTICUAR mm.97 in CX- CX--P Diffuse ref ective mm.8 in CX- CX--P 8 mm.96 in CX- CX--P Infrared ED CONTRO Narrow-view 7 to mm.76 to 7.87 in CX- CX--P Red ED Adjustabe range ref ective Sma spot CX- CX--P to mm.79 to in CX- CX--P to mm.9 to.97 in CX- CX--P to mm.787 to.8 in CX- CX--P Red ED Seection Ampifier CX- EX- NOTE: Mounting bracket is not suppied with the sensor. Pease seect from the range of optiona sensor mounting brackets. Notes: ) The mode No. with suffi x E shown on the abe affi xed to the thru-beam type sensor is the emitter, D shown on the abe is the receiver. (e.g.) of CX-: CX-E, of CX-: CX-D ) The sensing range of the retroref ective type sensor is specifi ed for the RF- ref ector. The sensing range represents the actua sensing range of the sensor. The sensing ranges itemized in A of the tabe beow may vary depending on the shape of sensing object. Be sure to check the operation with the actua sensing object. EX- EX- EX- EQ- EQ- range: A object Setting range of the refector: B Refector A B CX-9 CX-9 CX-8 CX-8 to m to 9.8 ft. to m.8 to 9.8 ft to m to6. ft to mm to 9.68 in. to m to mm.8 to 6. ft.97 to 9.68 in. to m.8 to 6.6 ft.8 to m.6 to 6.6 ft -S RT-6 Power Suppy Ampifierseparated

7 7 Compact Photoeectric CX- SERIES EECTRIC EECTRIC PARTICUAR ORDER GUIDE. m.6 ft / m 6. ft cabe ength types. m.6 ft / m 6. ft cabe ength types (standard: m 6.6 ft) are aso avaiabe. When ordering this type, suffi x -C for the. m.6 ft cabe ength type, -C for the m 6. ft cabe ength type to the mode No. (Pease note that. m.6 ft cabe ength type and m 6. ft cabe ength type are not avaiabe for CX-.) (e.g.).m.6 ft cabe ength type of CX--P is CX--P-C m 6. ft cabe ength type of CX--P is CX--P-C M8 pug-in connector type, M pigtaied type M8 pug-in connector type and M pigtaied type are aso avaiabe. When ordering this type, suffi x -Z for the M8 connector type, -J for the M pigtaied type to the mode No. (Pease note that M pigtaied type is not avaiabe for CX-.) (e.g.) M8 connector type of CX--P is CX--P-Z M pigtaied type of CX--P is CX--P-J CONTRO Seection Ampifier CX- EX- EX- EX- EX- EQ- EQ- -S RT-6 Power Suppy Ampifierseparated Mating cabe ( cabes are required for the thru-beam type.) For M8 pug-in connector type For M pigtaied type Type Mode No. Cabe ength Description Straight Ebow -core -core Package without refector NPN output type: CX-9-Y PNP output type: CX-9-P-Y Accessory RF- (Ref ector) CN-A-C CN-A-C CN-A-C CN-A-C CN--C CN--C CN--C CN--C m 6.6 ft m 6. ft m 6.6 ft m 6. ft m 6.6 ft m 6. ft m 6.6 ft m 6. ft Can be used with a modes For thru-beam type emitter (-core) Can be used with a modes Mating cabe CN-A-C CN-A-C CN-A-C CN-A-C ø9 mm ø. in. mm.6 in ø mm ø.7 in CN--C, CN--C CN--C, CN--C mm.8 in. mm.99 in. mm.87 in ø mm ø. in ø mm ø.97 in ø9 mm ø. in ø mm ø.7 in

8 Compact Photoeectric CX- SERIES 8 Designation Round sit mask For thru-beam type sensor ony Rectanguar sit mask For thru-beam type sensor ony Mode No. range Min. sensing object Sit size Sit Sit on one side Sit on both sides Sit on one side Sit on both sides OS-CX- OS-CX- OS-CX- OS-CX- 6 OS-CX- 6 OS-CX- 6 CX- ø. mm mm.78 in mm.787 in CX- ø. in 6 mm.6 in mm.8 in ø mm ø.7 in ø. mm ø. in CX- ø mm 9 mm. in mm.97 in ø mm ø.9 in ø mm ø.7 in ø.9 in CX-. m.9 ft mm.96 in ø. mm ø.9 in CX- ø mm m 6.6 ft mm.78 in ø mm ø.79 in ø mm ø.7 in ø.79 in CX- m 9.8 ft 6 mm.6 in ø mm ø.8 in CX-. 6 mm m 6.6 ft mm.78 in CX-..6 in m 9.8 ft 6 mm.6 in CX- 6 mm m 9.8 ft m.8 ft CX-.9.6 in. m.76 ft. m.9 ft CX- 6 mm m 6. ft m 6.6 ft CX in 7. m.66 ft m 9.8 ft Designation Mode No. range Min. sensing object Interference prevention fi ter For CX- ony PF-CX-V (Vertica) pcs. per set PF-CX-H (Horizona) pcs. per set m 6. ft (Note ) m 6. ft (Note ) ø mm ø.7 in (Note ) ø mm ø.7 in (Note ) ø mm ø.7 in ø mm ø.7 in ø mm ø.7 in Round sit mask. 6 mm..6 in 6 mm.9.6 in 6 mm.79.6 in OS-CX- Fitted on the front face of the sensor with one-touch. Round sit mask (Stainess stee) EECTRIC EECTRIC PARTICUAR CONTRO Ref ector For retroref ective type sensor ony RF- RF- CX-9 m.8 ft (Note ) CX-9. m.9 ft (Note ) CX-8 CX-8. to.6 m.8 to ft (Note ) CX-9. m.9 ft (Note ) CX-9 m 9.8 ft (Note ) CX-8 CX-8 to mm to.8 in (Note ). to. m.8 to.6 ft (Note ) ø mm ø.8 in ø mm ø.78 in Notes: ) Vaue when attached to both sides. ) Set the distance between the CX-9 /9 and the ref ector to. m.8 ft or more. However, see the tabe beow for CX-8. The sensing range A may vary depending on the shape of sensing object. Be sure to check the operation with the actua sensing object. range: A Mode No. object Setting range of the refector: B Ref ector CX-8 RF- CX-8 RF- RF- Refector A to mm to.8 in. to. m.8 to.6 ft. to.6 m.8 to ft B to mm.97 to.8 in. to. m.6 to.6 ft. to.6 m.98 to ft Rectanguar sit mask OS-CX- 6 Fitted on the front face of the sensor with one-touch. Rectanguar sit mask (Stainess stee) Interference prevention fiter PF-CX-V PF-CX-H Two sets of CX- can be mounted cose together. Interference prevention fiter Refector RF- RF- mm. in. mm. mm. in.9 in.8 mm. in. mm.66 in 8. mm.7 in Seection Ampifier CX- EX- EX- EX- EX- EQ- EQ- -S RT-6 Power Suppy Ampifierseparated

9 9 Compact Photoeectric CX- SERIES EECTRIC EECTRIC PARTICUAR CONTRO Seection Ampifier CX- EX- EX- EX- EX- EQ- EQ- -S RT-6 Power Suppy Ampifierseparated Designation Mode No. Description Ref ector mounting bracket Ref ective tape mounting bracket (Note ) Universa sensor mounting stand (Note ) checker (Note ) MS-RF- MS-RF MS-RF RF- RF- RF- MS-CX- MS-CX- MS-CX- MS-CX- MS-CX- MS-AJ MS-AJ MS-AJ-A MS-AJ-A MS-AJ-M MS-AJ-M CHX-SC Protective mounting bracket for RF- It protects the ref ector from damage and maintains aignment. For RF- For RF- range (Note ):. m.6 ft [CX-9 ].8 m.6 ft [CX-9 ] range (Note ):.7 m.97 ft [CX-9 ]. m.97 ft [CX-9 ]. to.6 m.8 to ft [CX-8 ] Ambient temperature: to + C to + F Ambient humidity: to 8 % RH Notes Keep the tape free from stress. If it is pressed too much, its capabiity may deteriorate. Do not cut the tape. It wi deteriorate the sensing performance. range (Note ): Ambient temperature: to + C. m.6 ft [CX-9 ] to + F.8 m.6 ft [CX-9 ] Ambient humidity: to 8 % RH Foot anged mounting bracket It can aso be used for mounting RF-. Foot bianged mounting bracket It can aso be used for mounting RF-. Protective mounting bracket Back bianged mounting bracket Back anged mounting bracket Horizonta mounting type Vertica mounting type Horizonta mounting type Vertica mounting type Horizonta mounting type Vertica mounting type The thru-beam type sensor needs two brackets. Basic assemby atera arm assemby Assemby for ref ector 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. Notes: ) The pug-in connector type sensor does not aow use of some sensor mounting brackets because of the protrusion of the connector. ) Refer to p.799 for detais of the universa sensor mounting stand. ) Refer to p.8 for detais of the sensor checker CHX-SC. ) Set the distance between the sensor and the ref ective tape to. m.8 ft (CX-8 :. m. ft) or more. Universa sensor mounting stand MS-AJ MS-AJ-A Eevation ange: ± Forward / back adjustment: mm.8 in approx. MS-AJ MS-AJ-A Eevation ange: ± Swive: 6 rotation Height adjustment: mm.96 in approx. Mounting hoe for M6 screw Swive: 6 rotation Height adjustment: mm.96 in approx. Mounting hoe for M6 screw Swive: MS-AJ-M With the atera arm, the 6 rotation sensor can sense from above a production ine. 6 Ange adjustment: ± Forward / back adjustment: mm.8 in approx. 6 Ange adjustment: ± Height adjustment: mm.96 in approx. Mounting hoe for M6 screw Height adjustment: mm.96 in approx. Mounting hoe for M6 screw Eevation ange: ± Swive: MS-AJ-M 6 rotation With the atera arm, the sensor can sense from above a production ine. Eevation ange: ± Swive: 6 rotation Height adjustment: mm.96 in approx. Mounting hoe for M6 screw Swive: 6 rotation Height adjustment: mm.96 in approx. Mounting hoe for M6 screw Refector mounting bracket MS-RF- MS-RF Two M (ength mm.7 in) screws with washers are attached. MS-RF Two M (ength mm.9 in) screws with washers are attached. Refective tape RF- RF- 8 mm. in RF- mm.8 in.mm. in mm.8 in.7 mm.8 in mm.8 in Two M (ength 8 mm. in) screws with washers are attached. mm.98 in mm.8 in mounting bracket MS-CX- MS-CX- Two M (ength mm.7 in) screws with washers are attached. MS-CX- MS-CX- Two M (ength mm. in) screws with washers are attached. MS-CX- Two M (ength mm.7 in) screws with washers are attached. checker CHX-SC checker POWER CHX-SC EVE.7 mm.8 in Two M (ength mm.7 in) screws with washers are attached. Two M (ength mm.7 in) screws with washers are attached.

10 Compact Photoeectric CX- SERIES SPECIFICACTIONS Mode No. Notes: ) Where measurement conditions have not been specifi ed precisey, the conditions used were an ambient temperature of + C +7. F. ) The sensing range and the sensing object of the retroref ective type sensor are specifi ed for the RF- ref ector. The sensing range represents the actua sensing range of the sensor. The sensing ranges itemized in A of the tabe beow may vary depending on the shape of sensing object. Be sure to check the operation with the actua sensing object. Type range: A CX-9 CX-9 CX-8 CX-8 object Setting range of the refector: B Thru-beam Retroref ective Diffuse ref ective ong sensing range With poarizing fi ters ong sensing range For transparent object sensing Narrow-view NPN output CX- CX- CX-9 CX-9 CX-8 CX-8 CX- CX- CX- CX- Item PNP output CX--P CX--P CX-9-P CX-9-P CX-8-P CX-8-P CX--P CX--P CX--P CX--P range object m.88 ft Refector m 9. ft ø mm ø.7 in or more opaque object (Note ) m 9.8 ft (Note ) ø mm ø in or more opaque, transucent or specuar object (Note, ) A B m 6. ft (Note ) ø mm ø in or more opaque or transucent object (Note, ) to m to 9.8 ft. to m.8 to 9.8 ft to mm to 9.68 in (Note ) to m to6. ft. to m.8 to 6.6 ft (Note ) ø mm ø in or more transparent, transucent or opaque object (Note, ) mm.97 in (Note ) to mm to 9.68 in. to m to mm.8 to 6. ft.97 to 9.68 in mm.8 in (Note ). to m.8 to 6.6 ft.8 to m.6 to 6.6 ft 8 mm.96 in (Note ) Opaque, transucent or transparent object (Note ) 7 to mm.76 to 7.87 in (Note) Opaque, transucent or transparent object (Note ) Min. sensing object: ø. mm ø. in copper wire Hysteresis % or ess of operation distance (Note ) Repeatabiity (perpendicuar to sensing axis). mm. in or ess mm.9 in or ess. mm. in or ess Suppy votage to V DC ± % Rippe P-P % or ess : ma or ess : ma or ess Current consumption ma or ess ma or ess ma or ess ma or ess : ma or ess : ma or ess Output Output operation Short-circuit protection Response time Operation indicator Stabiity indicator Power indicator Sensitivity adjuster Automatic interference prevention function Environmenta resistance <NPN output type> NPN open-coector transistor Maximum sink current: ma Appied votage: V DC or ess (between output and V) Residua votage: V or ess (at ma sink current). V or ess (at 6 ma sink current) <PNP output type> PNP open-coector transistor Maximum source current: ma Appied votage: V DC or ess (between output and +V) Residua votage: V or ess (at ma source current). V or ess (at 6 ma source current) Switchabe either ight-on or Dark-ON Incorporated ms or ess Orange ED (ights up when the output is ON) (incorporated on the receiver for thru-beam type) Green ED (ights up under stabe ight received condition or stabe dark condition) (incorporated on the receiver for thru-beam type) Green ED (ights up when the power is ON) (incorporated on the emitter) Two units of sensors can be mounted cose together with interference prevention fi ters. ( range: m 6. ft) Continuousy variabe adjuster (incorporated on the receiver for thru-beam type) Incorporated (Two units of sensors can be mounted cose together.) Protection IP67 (IEC) (Refer to p.98 for detais of standards.) Ambient temperature to + C to + F (No dew condensation or icing aowed ), Storage: to +7 C to +8 F Ambient humidity to 8 % RH, Storage: to 8 % RH Ambient iuminance Incandescent ight:, x at the ight-receiving face EMC EN Votage withstandabiity, V AC for one min. between a suppy terminas connected together and encosure Insuation resistance MΩ, or more, with V DC megger between a suppy terminas connected together and encosure Vibration resistance to Hz frequency,. mm.9 in ampitude ( G max.) in X, Y and Z s for two hours each Shock resistance m/s acceeration ( G approx.) in X, Y and Z s for three times each Emitting eement (moduated) Red ED Infrared ED Red ED Infrared ED Infrared ED Red ED Peak emission waveength 68 nm.7 mi 87 nm. mi 68 nm.7 mi 6 nm.6 mi 87 nm. mi 86 nm. mi 6 nm. mi Materia Encosure: PBT (poybutyene terephthaate), ens: acryic (CX-8 : poycarbonate), Indicator cover: acryic (CX-8 : poycarbonate) Cabe Cabe extension. mm -core (thru-beam type emitter: -core) cabtyre cabe, m 6.6 ft ong Extension up to tota m 8.8 ft is possibe with. mm, or more, cabe (thru-beam type: both emitter and receiver). Net weight : g approx., : g approx. g approx. Weight Gross weight g approx. 8 g approx. 6 g approx. Accessory RF- (Ref ector): pc. ) The sensing range and the hysteresis of the diffuse ref ective type sensor are specifi ed for white non-gossy ( mm in) as the object. ) If sit masks (optiona) are fi tted, an object of ø. mm ø. in (using round sit mask) can be detected. ) Make sure to confi rm detection with an actua sensor before use. EECTRIC EECTRIC PARTICUAR CONTRO Seection Ampifier CX- EX- EX- EX- EX- EQ- EQ- -S RT-6 Power Suppy Ampifierseparated

11 Compact Photoeectric CX- SERIES EECTRIC EECTRIC PARTICUAR CONTRO Seection Ampifier CX- EX- EX- EX- EX- EQ- EQ- -S RT-6 Power Suppy SPECIFICACTIONS Mode No. Type Sma spot Adjustabe range ref ective NPN output CX- CX- CX- CX- Item PNP output CX--P CX--P CX--P CX--P Adjustabe range (Note ) to mm.787 to in to mm.787 to.97 in to mm.7 to.8 in range (with white non-gossy ) to mm.79 to in to mm.9 to.97 in to mm.787 to.8 in Hysteresis Repeatabiity Suppy votage Current consumption Output Output operation Short-circuit protection Response time Operation indicator Stabiity indicator Distance adjuster mode Automatic interference prevention function (Note ) Environmenta resistance % or ess of operation distance % or ess of operation distance (with white non-gossy ) (with white non-gossy ) Aong sensing axis: mm.9 in or ess, Perpendicuar to sensing axis:. mm.8 in or ess (with white non-gossy ) to V DC ± % Rippe P-P % or ess ma or ess <NPN output type> NPN open-coector transistor Maximum sink current: ma Appied votage: V DC or ess (between output and V) Residua votage: V or ess (at ma sink current). V or ess (at 6 ma sink current) Notes: ) Where measurement conditions have not been specifi ed precisey, the conditions used were an ambient temperature of + C +7. F. ) The adjustabe range stands for the maximum sensing range which can be set with the distance adjuster. The sensor can detect an object mm.79 in [CX-(-P): mm.9 in, CX-(-P): mm.787 in], or more, away. ) Note that detection may be unstabe depending on the mounting conditions or the sensing object. In the state that this product is mounted, be sure to check the operation with the actua sensing object. <PNP output type> PNP open-coector transistor Maximum source current: ma Appied votage: V DC or ess (between output and +V) Residua votage: V or ess (at ma source current). V or ess (at 6 ma source current) Switchabe either Detection-ON or Detection-OFF Incorporated ms or ess Orange ED (ights up when the output is ON) Green ED (ights up under stabe operating condition) -turn mechanica adjuster BGS / FGS functions Switchabe with wiring of sensing mode seection input Incorporated Protection IP67 (IEC) (Refer to p.98 for detais of standards.) Ambient temperature to + C to + F (No dew condensation or icing aowed ), Storage: to +7 C to +8 F Ambient humidity to 8 % RH, Storage: to 8 % RH Ambient iuminance Incandescent ight:, x at the ight-receiving face EMC EN Votage withstandabiity, V AC for one min. between a suppy terminas connected together and encosure Insuation resistance MΩ, or more, with V DC megger between a suppy terminas connected together and encosure Vibration resistance to Hz frequency, mm.8 in ampitude in X, Y and Z s for two hours each Shock resistance m/s acceeration ( G approx.) in X, Y and Z s for three times each Emitting eement Red ED (Peak emission waveength: 68 nm.7 mi, moduated) Spot diameter Materia Cabe Cabe extension Weight ø mm ø.79 in approx. (at mm in distance) ø6. mm ø.6 in approx. (at mm in distance) ø9 mm ø. in approx. (at mm.97 in distance) Actua sensing range of the sensor: A mm.9 in approx. (at mm.8 in distance) Encosure: PBT (Poybutyene terephthaate), Front cover: Poycarbonate, Indicator cover: Poycarbonate. mm -core cabtyre cabe, m 6.6 ft ong Extension up to tota m 8.8 ft is possibe with. mm, or more, cabe. Net weight: g approx., Gross weight: 8 g approx. Adjustabe range: B object Ampifierseparated A B CX- / / CX- CX- to mm.79 to in to mm.787 to in to mm.9 to.97 in to mm.787 to.97 in to mm.787 to.8 in to mm.7 to.8 in

12 Compact Photoeectric CX- SERIES I/O CIRCUIT AND WIRING DIAGRAMS NPN output type I/O circuit diagram circuit Tr D Interna circuit ZD Coor code / Connector pin No. of the pug-in connector type (Brown / ) +V (Back / ) oad Output (Note ) ma max. (Bue / ) V * (Pink / ) mode seection input (Note, ) Users circuit + to V DC ± % Notes: ) The emitter of the thru-beam type sensor does not incorporate the output. ) mode seection input is incorporated ony for the CX- adjustabe range ref ective type. When using the CX-, be sure to wire the sensing mode seection input (pink / ). ) When the mating cabe is connected to the pug-in connector type of CX-, its coor is white. * mode seection input BGS function: Connect to V FGS function: Connect to +V Symbos D : Reverse suppy poarity protection diode ZD: Surge absorption zener diode Tr : NPN output transistor Wiring diagram Brown oad Back (Note ) Bue Pink (Note, ) * + to V DC ± % Notes: ) The emitter of the thru-beam type sensor does not incorporate the back wire. ) The pink wire is incorporated ony for the CX- adjustabe range refective type. When using the CX-, be sure to wire the pink wire. ) When the mating cabe is connected to the pug-in connector type of CX-, its coor is white. * mode seection input BGS function: Connect to V FGS function: Connect to +V Connector pin position M8 pug-in connector type mode Output (Note ) seection input (Note ) +V V M pigtaied type Not connected +V V Output (Note ) Notes: ) The emitter of the thru-beam type sensor does not incorporate the output. ) mode seection input is incorporated ony for the CX- adjustabe range ref ective type. When using the CX-, be sure to wire the sensing mode seection input (pink / ). EECTRIC EECTRIC PARTICUAR CONTRO PNP output type I/O circuit diagram circuit Tr D ZD Interna circuit Coor code / Connector pin No. of the pug-in connector type (Brown / ) +V * (Pink / ) mode seection input (Note, ) Users circuit ma max. (Back / ) Output (Note ) oad (Bue / ) V + to V DC ± % Notes: ) The emitter of the thru-beam type sensor does not incorporate the output. ) mode seection input is incorporated ony for the CX- -P adjustabe range ref ective type. When using the CX- -P, be sure to wire the sensing mode seection input (pink / ). ) When the mating cabe is connected to the pug-in connector type of CX- -P, its coor is white. * mode seection input BGS function: Connect to V FGS function: Connect to +V Symbos D : Reverse suppy poarity protection diode ZD: Surge absorption zener diode Tr : PNP output transistor Wiring diagram Brown Back (Note ) Bue * Pink (Note, ) oad + to V DC ± % Notes: ) The emitter of the thru-beam type sensor does not incorporate the back wire. ) The pink wire is incorporated ony for the CX- -P adjustabe range ref ective type. When using the CX- -P, be sure to wire the pink wire. ) When the mating cabe is connected to the pug-in connector type of CX- -P, its coor is white. * mode seection input BGS function: Connect to V FGS function: Connect to +V Connector pin position M8 pug-in connector type mode Output (Note ) seection input (Note ) +V V M pigtaied type Not +V connected V Output (Note ) Notes: ) The emitter of the thru-beam type sensor does not incorporate the output. ) mode seection input is incorporated ony for the CX- -P adjustabe range refective type. When using the CX- -P, be sure to wire the sensing mode seection input (pink / ). Seection Ampifier CX- EX- EX- EX- EX- EQ- EQ- -S RT-6 Power Suppy Ampifierseparated

13 Compact Photoeectric CX- SERIES SENSING CHARACTERISTICS (TYPICA) CX- Thru-beam type EECTRIC EECTRIC PARTICUAR CONTRO Setting distance (m ft) Parae Anguar Parae with round sit masks (ø. mm ø. in) eft Center Right Parae with round sit masks (ø mm ø.79 in) Setting distance (m ft) Sit on one side Sit on both sides eft Center Right Setting distance (m ft) θ eft Center Right Operating ange θ ( ) Parae with rectanguar sit masks (. 6 mm..6 in) Setting distance (m ft) Horizonta Sit on one side Vertica Sit on one side Horizonta Sit on Sit on both sides both sides Vertica Horizonta Vertica (Down) eft Center Right (Up) Setting distance (mm in) Sit on one side Sit on both sides eft Center Right Parae with rectanguar sit masks ( 6 mm.9.6 in) Setting distance (m ft) Horizonta Sit on one side Horizonta Sit on one side Vertica Sit on both sides Horizonta Sit on both sides Vertica (Down) eft Center Right (Up) Vertica Parae with round sit masks (ø mm ø.9 in) Setting distance (mm in) Sit on one side Sit on both sides eft Center Right Parae with rectanguar sit masks ( 6 mm.79.6 in) Setting distance (m ft) Horizonta Sit on one side Horizonta Sit on one side Vertica Sit on both sides Horizonta Sit on both sides Vertica (Down) eft Center Right (Up) Vertica CX- Thru-beam type Seection Ampifier CX- EX- EX- EX- EX- EQ- EQ- -S RT-6 Power Suppy Ampifierseparated Setting distance (m ft) Parae ,, eft Center Right Parae with round sit masks (ø mm ø.79 in) Setting distance (m ft) Sit on one side Sit on both sides eft Center Right Setting distance (m ft) Anguar θ eft Center Right Operating ange θ( ) Parae with rectanguar sit masks (. 6 mm..6 in) Setting distance (m ft) Horizonta Sit on one side Horizonta Sit on one side Vertica Sit on both sides Horizonta and Vertica Vertica (Down) eft Center Right (Up) Parae with round sit masks (ø. mm ø. in) Setting distance (mm in) Sit on both sides Sit on one side eft Center Right Parae with rectanguar sit masks ( 6 mm.9.6 in) Setting distance (m ft). 6.6 Horizonta Sit on one side Vertica Sit on one side Horizonta Sit on both sides Horizonta and Vertica (Down) eft Center Right (Up) Vertica Parae with round sit masks (ø mm ø.9 in) Setting distance (m ft) Sit on both sides Sit on one side eft Center Right Parae with rectanguar sit masks ( 6 mm.79.6 in) Setting distance (m ft) Horizonta Sit on one side Sit on one side Horizonta Vertica Sit on both sides Horizonta and Vertica Vertica (Down) eft Center Right (Up)

14 Compact Photoeectric CX- SERIES Setting distance (m ft) SENSING CHARACTERISTICS (TYPICA) CX-9 Retroref ective type CX-9 Retroref ective type Parae Anguar Parae Anguar Refector (RF-) eft Center Right CX-8 Retroref ective type CX-8 Retroref ective type Parae 8.96 Setting distance (mm in) Refector (RF-) eft Center Right Setting distance (m ft) Setting distance (mm in) anguar Refector (RF-) θ Anguar Refector anguar anguar Refector anguar Refector (RF-) θ eft Center Right Operating ange θ ( ) anguar Refector (RF-) θ.78 Refector anguar Refector anguar Refector (RF-) 7.87 θ anguar eft Center Right Operating ange θ ( ) Setting distance (m ft) Setting distance (m ft) Parae Refector (RF-) eft Center Right Refector (RF-) eft Center Right Setting distance (m ft) anguar Refector (RF-) θ 6.6 Refector (RF-) θ eft Center Right Operating ange θ( ) Setting distance (m ft) Anguar anguar Refector anguar anguar Refector anguar Refector anguar Refector anguar anguar θ Refector Refector θ (RF-) (RF-) eft Center Right Operating ange θ ( ) EECTRIC EECTRIC PARTICUAR CONTRO CX- Diffuse ref ective type Setting distance (mm in) Setting distance (mm in) fied.97 CX- fied mm in White non-gossy eft Center Right mm in White nongossy eft Center Right range (mm in) range (mm in) Correation between sensing object size and sensing range.97 a a mm White non-gossy White non-gossy side ength a (mm in) Correation between sensing object size and sensing range a a mm White nongossy White non-gossy side ength a (mm in) As the sensing object size becomes smaer than the standard size (white non-gossy mm in), the sensing range shortens, as shown in the eft graph. For potting the eft graph, the sensitivity has been set such that a mm in white non-gossy is just detectabe at a distance of mm.97 in. Diffuse ref ective type As the sensing object size becomes smaer than the standard size (white non-gossy mm in), the sensing range shortens, as shown in the eft graph. For potting the eft graph, the sensitivity has been set such that a mm in white non-gossy is just detectabe at a distance of mm.8 in. Seection Ampifier CX- EX- EX- EX- EX- EQ- EQ- -S RT-6 Power Suppy Ampifierseparated

15 Compact Photoeectric CX- SERIES SENSING CHARACTERISTICS (TYPICA) CX- Diffuse ref ective type EECTRIC EECTRIC PARTICUAR CONTRO Setting distance (mm in) Setting distance (mm in) fied, eft Center Right CX- fied 7.87 mm in White nongossy mm in Non-gossy eft Center Right White N6 range (mm in) range (mm in) Correation between sensing object size and sensing range a a mm White nongossy White non-gossy side ength a (mm in) Correation between sensing object size and sensing range a a mm Non-gossy White N Non-gossy side ength a (mm in) As the sensing object size becomes smaer than the standard size (white non-gossy mm in), the sensing range shortens, as shown in the eft graph. For potting the eft graph, the sensitivity has been set such that a mm in white non-gossy is just detectabe at a distance of 8 mm.96 in. Diffuse ref ective type As the sensing object size becomes smaer than the standard size (white non-gossy mm in), the sensing range shortens, as shown in the eft graph. For potting the eft graph, the sensitivity has been set such that a mm in white non-gossy is just detectabe at a distance of mm 7.87 in. Seection Ampifier CX- EX- EX- EX- EX- EQ- EQ- -S RT-6 Power Suppy Ampifierseparated range (mm in) Correation between ightness and sensing range Dark region N N N6 N8 ightness N N N N N N6 N7 N8 N9 ight The sensing region is represented by obique ines in the eft fi gure. However, the sensitivity shoud be set with an enough margin because of sight variation in products. ightness shown on the eft may differ sighty from the actua object condition. Distance (mm in) Emitted beam ø mm ø.97 in ø. mm ø.98 in ø mm ø.79 in ø. mm ø.87 in ø mm ø.7 in Visibe spot range

16 Compact Photoeectric CX- SERIES 6 SENSING CHARACTERISTICS (TYPICA) CX- Adjustabe range ref ective type Setting distance (mm in) fieds Setting distance: mm.98 in White nongossy Gray non-gossy ightness: mm in Non-gossy eft Center Right.7 Setting distance (mm in) Setting distance: mm in White nongossy Gray non-gossy ightness: mm in Non-gossy eft Center Right Correation between coor ( mm in construction ) and sensing range range (mm in).98 White Yeow Orange Red Brown Green Bue Gray Back mm in mm.98 in.7 These bars indicate the sensing range with the respective coors when the distance adjuster is set to a sensing range of mm in and mm.98 in ong, respectivey, with white coor. The sensing range aso varies depending on materia. Distance (mm in) Emitted beam ø mm.79 in ø mm.79 in ø mm.8 in ø mm.8 in Correation between materia ( mm in) and sensing range range (mm in).98 White nongossy Gray non-gossy (ightness: ) Cardboard Pywood Back rubber mm in mm.98 in These bars indicate the sensing range with the respective objects when the distance adjuster is set to a sensing range of mm in and mm.98 in ong, respectivey, with white non-gossy. EECTRIC EECTRIC PARTICUAR CONTRO Setting distance (mm in) CX- fieds Setting distance: mm.98 in mm in Non-gossy White nongossy Gray non-gossy ightness: Setting distance: mm in Setting distance (mm in) mm in Non-gossy White nongossy Gray non-gossy ightness: Distance (mm in) Emitted beam ø6. mm.6 in ø6. mm. in ø.9 mm. in ø. mm.9 in Adjustabe range ref ective type Seection Ampifier CX- EX- EX- EX- EX- EQ- EQ eft Center Right eft Center Right Correation between coor ( mm in construction ) and sensing range.7 Correation between materia ( mm in) and sensing range -S range (mm in).98 White Yeow Orange Red Brown Green Bue Gray Back mm in mm.98 in These bars indicate the sensing range with the respective coors when the distance adjuster is set to a sensing range of mm in and mm.98 in ong, respectivey, with white coor. The sensing range aso varies depending on materia. range (mm in).98 White nongossy Gray non-gossy (ightness: ) Cardboard Pywood Back rubber mm in mm.98 in These bars indicate the sensing range with the respective objects when the distance adjuster is set to a sensing range of mm in and mm.98 in ong, respectivey, with white non-gossy. RT-6 Power Suppy Ampifierseparated

17 7 Compact Photoeectric CX- SERIES SENSING CHARACTERISTICS (TYPICA) CX- Adjustabe range ref ective type EECTRIC EECTRIC PARTICUAR CONTRO fieds Setting distance: mm.98 in Setting distance: mm in.7 Setting distance (mm in) Gray non-gossy ightness: White nongossy mm in Non-gossy eft Center Right.9 Setting distance (mm in) Gray non-gossy ightness: White nongossy mm in Non-gossy eft Center Right Correation between coor ( mm in construction ) and sensing range range (mm in).97 White Yeow Orange Red Brown Green Bue Gray Back mm.97 in mm in.9 These bars indicate the sensing range with the respective coors when the distance adjuster is set to a sensing range of mm.97 in and mm in ong, respectivey, with white coor. The sensing range aso varies depending on materia. Setting distance: mm.97 in Setting distance (mm in).97.9 Gray non-gossy ightness: White nongossy mm in Non-gossy eft Center Right.9 Distance (mm in) Emitted beam Correation between materia ( mm in) and sensing range range (mm in).97 White nongossy Gray non-gossy (ightness: ) Cardboard Pywood Back rubber mm.97 in mm in ø9 mm ø. in ø8 mm ø. in ø6. mm ø.6 in ø. mm ø.9 in These bars indicate the sensing range with the respective objects when the distance adjuster is set to a sensing range of mm.97 in and mm in ong, respectivey, with white non-gossy. Seection Ampifier CX- EX- EX- EX- EX- EQ- EQ- -S RT-6 Power Suppy Ampifierseparated Setting distance (mm in) CX- fieds Setting distance: mm.97 in Setting distance: mm 7.87 in.97.9 White nongossy Gray non-gossy ightness: mm in Non-gossy eft Center Right.9 Setting distance (mm in) White nongossy Gray non-gossy ightness: mm in Non-gossy # eft Center Right Correation between coor ( mm in construction ) and sensing range.78 range (mm in) White Yeow Orange Red Brown Green Bue Gray Back mm.8 in mm 7.87 in mm.97 in.9 These bars indicate the sensing range with the respective coors when the distance adjuster is set to a sensing range of mm.8 in, mm 7.87 in and mm.97 in ong, respectivey, with white coor. The sensing range aso varies depending on materia. Setting distance: mm.8 in Setting distance (mm in) Gray non-gossy ightness: White nongossy mm in Non-gossy # eft Center Right.9 Distance (mm in) Adjustabe range ref ective type Emitted beam Correation between materia ( mm in) and sensing range.78 range (mm in) White nongossy Gray non-gossy (ightness: ) Cardboard Pywood Back rubber mm.8 in mm 7.87 in mm.97 in mm.9 in mm. in 9 mm. in ø8 mm ø. in These bars indicate the sensing range with the respective objects when the distance adjuster is set to a sensing range of mm.8 in, mm 7.87 in and mm.97 in ong, respectivey, with white non-gossy.

18 Compact Photoeectric CX- SERIES 8 PRECAUTIONS FOR PROPER A modes CX-9 CX-8 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. Retrorefective type sensor (excuding CX-9 ) Pease take care of the foowing points when detecting materias having a goss. Make, shown in the diagram, suffi cienty ong. Insta at an ange of to degrees to the sensing object. Retrorefective type sensor with poarizing fiters (CX-9 ) If a shiny object is covered or wrapped with a transparent fim, such as those described beow, the retrorefective type sensor with poarizing fiters may not be abe to detect it. In that case, foow the steps given beow. Exampe of sensing objects Make sufficienty ong Refector object Can wrapped by cear fi m Auminum sheet covered by pastic fi m God or siver coor (specuar) abe or wrapping Steps Tit the sensor with respect to the sensing object whie fi tting. Reduce the sensitivity. Increase the distance between the sensor and the sensing object. to Gossy surface Mounting The tightening torque shoud be. N m or ess. Refer to p.986 ~ for genera precautions. M (ength mm.7 in) screw with washers mounting bracket (Optiona) s Do not use during the initia transient time ( ms) after the power suppy is switched on. CX-8 Retrorefective type sensor for transparent object sensing (CX-8 ) Optimum sensing is possibe when the position of the transparent sensing object is set at the center of the sensor and the ref ector. If the sensing position is set near the sensor or the ref ector, the sensing may be unstabe. In this case, set the sensing position at the center of the sensor and the refector. When the sensor detects an uneven pastic receptace or gass botte, the received-ight amount may differ with the sensing position or. Adjust the sensitivity after confi rming the stabe sensing condition by turning the sensing object, etc. When sensing pipe-shaped transparent sensing object, set it in a standing, not ying, position as shown in Figure A. The sensor may fai to detect a ying object as shown in Figure B. Correct A Refector Transparent sensing object Refector Incorrect B Refector EECTRIC EECTRIC PARTICUAR CONTRO Seection Ampifier CX- EX- EX- EX- EX- EQ- EQ- -S CX- Mounting Care must be taken regarding the sensor mounting with respect to the object s of movement. object object object Do not make the sensor detect an object in this because it may cause unstabe operation. When detecting a specuar object (auminum or copper foi, etc.) or an object having a gossy surface or coating, pease take care that there are cases when the object may not be detected due to a change in ange, wrinkes on the object surface, etc. When a specuar body is present beow the sensor, use the sensor by titing it sighty upwards to avoid wrong operation. Correct Correct Incorrect Incorrect Correct Specuar face If a specuar body is present in the background, wrong operation may be caused due to a sma change in the ange of the background body. In that case, insta the sensor at an incination and confi rm the operation with the actua sensing object. Tit RT-6 Power Suppy Ampifierseparated

19 9 Compact Photoeectric CX- SERIES EECTRIC EECTRIC PARTICUAR CONTRO Seection Ampifier CX- EX- EX- EX- EX- EQ- EQ- -S RT-6 Power Suppy Ampifierseparated PRECAUTIONS FOR PROPER CX- Mounting Take care that there is a non-detectabe area right in front of the sensor. Depending on whether you seect the BGS or FGS function, the output operation changes as foows. BGS FGS -ON D-ON -ON D-ON BGS / FGS functions range Setting distance Non-detectabe area ON OFF ON OFF ON OFF ON OFF This sensor incorporates BGS / FGS functions. Seect either BGS or FGS function depending on the positions of the background and sensing object. BGS function This function is used when the sensing object is apart from the background. FGS function This function is used when the sensing object contacts the background or the sensing object is gossy, etc. Distance adjustment object Background object Background When this product is used, be sure to carry out the distance adjustment. Since the distance adjuster of this sensor is a -turn adjuster, when the point A and B is adjusted as expained in the tabe right, there may be more than turn between the point A and B. Therefore, make sure to remember the turns of both points to fi nd the optimum position. Be sure to wire the sensing mode seection input (Pink / ) before distance adjustment. If the wiring is done after the distance adjustment, the sensing area is changed. Turn the distance adjuster graduay and ighty with a minus screwdriver (pease arrange separatey). In order to protect itsef, the distance adjuster ides if turned fuy. If the adjuster is ided when distance adjustment is done, carry out the adjustment again. Refer to p.986 ~ for genera precautions. When using the BGS function <When a sensing object is moving right or eft to the sensor> Step Description Turn the distance adjuster fuy countercockwise to the minimum sensing range position. (CX- / / : mm.787 in approx., CX- : mm.7 in approx.) Pace an object at the required distance from the sensor, turn the distance adjuster graduay cockwise, and find out point A where the sensor changes to the detecting condition. Remove the object, turn the adjuster cockwise further unti the sensor goes into the detecting state again. Once it has entered, turn the distance adjuster backward unti the sensor returns to the non-detecting condition. This position is designated as point B. When the sensor does not go into the detecting condition even if the adjuster is turned fuy cockwise, the position where the adjuster was fuy turned is regarded as the point B. There may be more than turn between point A and B, since this sensor incorporates a -turn adjuster. The optimum position to staby detect objects is the center point between A and B. When using the FGS function Step s Description Distance adjuster Turn fuy A A B A Optimum position <When a sensing object is approaching / moving away from the sensor> Foow ony steps and. Since the sensing point may change depending on the sensing object, be sure to check the operation with the actua sensing object. Turn the distance adjuster fuy cockwise to the maximum sensing range position. (CX- / : mm in approx., CX- : mm.97 in approx., CX- : mm.8 in approx.) In the state where the sensor detects the background, turn the distance adjuster graduay countercockwise, and fi nd out point A where the sensor changes to the non-detecting condition. Pace an object at the required distance from the sensor, turn the adjuster countercockwise further unti the sensor goes into the non-detecting condition again. Once entered, turn the distance adjuster backward unti the sensor returns to the detecting condition. This position is designated as point B. When the s ensor does not go into the non-detecting condition even if the adjuster is turned fuy countercockwise, the position where the adjuster was fuy turned is regarded as the point B. There may be more than turn between point A and B, since this sensor incorporates a -turn adjuster. The optimum position to staby detect objects is the center point between A and B. Distance adjuster Turn fuy Its distance adjuster is mechanicay operated. Do not drop; avoid other shocks. B A Optimum position B A A B