Photoelectric Sensors. Optical Forks and Frames

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1 Photoelectric Sensors Optical Forks and Frames

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3 Offering efficient solutions We acted on your feedback, studied your specific needs, and went back to the basics. Optical fork detection that is: Economical, simple, and robust Increase the profitability of your installation Adaptable and practical The answer to your specific requirements Compact and precise Easy integration and precise adjustment Contents Optical forks and frames Introduction... and Selection Guide... and Optical Forks without Adjustment... and Optical Forks with Teach Mode... 0 to Specific Optical Forks... to Optical Frames...0 and Making sense of sensors

4 XUVR The basic fork, designed for packaging and material handling machine manufacturers > Economical, simple and robust Increase the profitability of your solution: Conveying No adjustment: Visible red beam for ease of use Accuracy of spot for small objects (Ø 0.0 in. / 0.mm) Excellent visibility of yellow output LED. Sturdy metal construction: Simple product with renowned Telemecanique quality Rugged metal case Hightech electronics Degree of protection: IP and IP. > Adaptable The answer to your specific requirements: Models that cover the most common applications and to market standards (sizes, mounting, connections, etc.) Modular design that easily adapts to your specific integration needs (dimensions, mounting, connections, packaging, etc.). Depth adaptable from 0 to 0 mm (. to. in.) M connector or precabled connection Adaptable drilling and mounting centers Passageway adaptable from 0 to 0 mm (. to. in.) +Suited to your needs XUVA The complementary fork suited to conveyor applications > Practical Lshaped opening provides greater access for conveyors and transported objects. Ready to use without adjustment; plug it in and the XUVA is fully operational. Simplified installation: uses a mounting foot integrated in the product. NEW + Suited to your conveyors

5 +Flexible XUVE A small fork for label detection, easy to integrate NEW > Compact and precise Due to its compactness, with slender heel, the XUVE fork is easy to integrate into your machine and is easy to adapt to all types of opaque labels. Packaging +Adaptable XUVF Optical frames with dynamic and static functions > Long object detection These new optical frames now integrate a static function that lets you adapt them for the detection of long or medium length bars or cables. A complete offering of optical fork and frame solutions for each of your applications Basic forks Forks and frames Forks without adjustment Forks with teach mode Specific ultrasonic and laser forks especially for the detection of transparent materials and labels Optical frames for dynamic counting with static function

6 >OsiSense: Optical forks and frames General use Versions for machine manufacturers (OEM) U shape B L shape A A A Passageway (mm) Typical application Packaging and materials handling sector Beam accuracy (mm) Sensitivity adjustment Without adjustment Type of transmission Visible red (simplifies setup) Switching frequency (Hz) 000 Sensors for DC applications Connection Precabled (L = m) M connector A = passageway/b = depth (mm) A = 0 / B = 0 A = 0 / B = 0 A = 0 / B = 0 A = 0 / B = 0 A = 0 A = 0 / B = 0 wire, NO function () PNP outputs () U shape L shape XUVR00PANL XUVR00PANM XUVA00PANM XUVR00PANM XUVA00PANM XUVR00PANM XUVAPANM XUVAPANM XUVRPANM wire, NO/NC selectable B= function Independent B= PNP/NPN outputs B= () NC version available () NPN versions also available Specific applications use Versions specifically for your sector NEW Passageway (mm) Detection of Beam accuracy (mm) 0 Transparent labels on transparent background Opaque labels Opaque labels Miniature parts, position ±0. mm 0. mm 0.0 mm Adjustable up to 0.0 Sensitivity adjustment Numeric +/ button and red LED Using teach mode Using teach mode Using teach mode () Type of transmission Switching frequency (Hz) Ultrasonic Infrared Infrared Laser, visible red 00,000 0,000 0,000 Sensors for DC applications Connection Passageway x depth (mm) wire, PNP and NPN NO or NC programmable function M connector x x 0 x 0 0 x XUVU0MKCNM XUVK0S () XUVE0MKSNM FALNEP () Red/green dual transmission version available for detection of color reference marks: XUVK0VS () For a numeric potentiometer adjustable version, delete the letter A from the catalog number. Example: FALNEP becomes FLNEP

7 General use Adjustable versions using teach mode Packaging and materials handling sector Adjustable down to 0. Using teach mode () Infrared (Excess gain, higher accuracy) 0,000 M connector A = A = A = A = 0 A = 0 A = 0 A = 0 FANEP000 FANEP000 FANEP0000 FANEP000 FANEP000 FANEP0000 FANEP00 FANEP00 FANEP000 FANEP000 FANEP000 FANEP0000 FANEP000 FANEP000 FANEP0000 FANEP000 FANEP000 FANEP0000 FANEP00 FANEP00 FANEP000 () For a numeric potentiometer adjustable version, delete the letter A from the catalog number. Example: FANEP000 becomes FNEP000 Specific applications use Optical frames for dynamic counting with static function NEW Passageway (mm) Typical application Packaging sector Function type Dynamic Dynamic or static Minimum size of object detected Sensitivity adjustment Type of transmission Switching frequency (Hz) Connection Passageway x depth (mm) mm mm Using potentiometer Infrared Sensors for DC applications M connector M connector 0 x 0 0 x 0 00 x 0 () 00 x 0 () 00 x 00 () wire Object Ø mm min. PNP and NPN Object Ø mm min. Object Ø0 mm min. XUVF0M XUVF0M XUVF0M FRS0S XUVF0M FRS0S XUVF0M FRS0S () For an open fork version, add the letter U to the end of the catalog number. Example: XUVF0M becomes XUVF0MU

8 Catalog numbers and specifications Photoelectric sensors OsiSense XU Optical fork without adjustment DC supply, solidstate output Optical Fork without Adjustment Connector Precabled Angular fork System Type of transmission Nominal sensing distance (Sn) Minimum size of object detected, mm (in.) Thrubeam Red LED, modulated 0 mm (0.0.0 in.) Passageway to 0 (0.0 to.) 0. mm (0.0 in.). mm (0.0 in.) Passageway u 0 (.) mm (0.0 in. ). mm (0.0 in.) Fork type XUVRp XUVAp Catalog numbers Forks, Type XUVRp wire NO or NC function PNP or NPN output Passageway (A) Function Output Precabled, length m (. in.). Depth (B): 0 mm (. in.) 0 mm (. in.) NO PNP XUVR00PANL B Passageway (A) Function Output M connector, pin. Depth (B): 0 mm (. in.) 0 mm (. in.) NO PNP XUVR00PANM A NPN XUVR00NANM NC PNP XUVR00PBNM NPN XUVR00NBNM 0 mm (. in.) NO PNP XUVR00PANM NPN XUVR00NANM A = Passageway NC PNP XUVR00PBNM B = Depth NPN XUVR00NBNM Weight Catalog numbers Forks, Type XUVAp wire NO function, PNP output A Passageway (A) Function Output M connector, pin. Depth (B): 0 mm (. in. ) 0 mm (. in.) NO PNP XUVRPANM NPN XUVRNANM NC PNP XUVRPBNM NPN XUVRNBNM 0 mm (.0 in.) NO PNP XUVRPANM NPN XUVRNANM NC PNP XUVRPBNM NPN XUVRNBNM Type Function Output M connector, pin 0 mm (. in.) NO PNP XUVA00PANM 0 mm (. in.) NO PNP XUVA00PANM 0 mm (. in.) NO PNP XUVAPANM 0 mm (. in.) NO PNP XUVAPANM 0.00 to 0.0 kg (0. to 0. lb), depending on model 0 A = Passageway Weight Other versions: please consult the Customer Care Center. Applications: detection on conveyor, detection on vibrating rail. Accessories 0.00 to 0. kg (0. to 0. lb), depending on model Description Details Length of cable, m (in.) Catalog number Weight lb (kg) Prewired M connector Straight (.) XZCP0L 0. (0.0) Elbow (0 ) (.) XZCP0L 0. (0.0) Straight () XZCP0L 0. (0.) Elbow (0 ) () XZCP0L 0. (0.)

9 Specifications, dimensions, wiring diagrams Photoelectric sensors OsiSense XU Optical fork without adjustment DC supply, solidstate output Specifications XUVRp XUVA Product certifications e, UL, CSA e Ambient air temperature For operation...+0 F ( C) For storage F ( C) Degree of protection Conforming to IEC 0 IP and IP Vibration resistance Conforming to IEC 00 gn, amplitude ± 0.0 in. (0. mm) (f = 0 Hz) Shock resistance Conforming to IEC 00 0 gn, duration ms Materials Case Painted aluminium and polyamide Rated supply voltage c V with protection against reverse polarity Voltage limits (including ripple) c 0 0 V Immunity to ambient light Natural light 0,000 lux Incandescent bulb Switching capacity Voltage drop, closed state Current consumption, noload Maximum switching frequency Delays Firstup 0 ms max. Stability ± µs Indicator lights Yellow LED Output signal Dimensions XUVRp 000 lux 00 ma with overload and shortcircuit protection <. V < 0 ma 000 Hz XUVAp 0 0 A 0 (0.) (0.) (0.) () (0.) () b b () Ø. B (0.). G G G G (0.) a XUVR00p (precabled version detail) Orientation of elbow connector 0. Ø b A d e () A Ø c G G G G G G Ø b Dual Dimensions = in mm a. 0 () Transmission LED. () Yellow LED: output signal () Transmission LED. () Yellow LED: output signal Type XUVR Passageway A Depth B a b b G G G G Ø XUVR00ppppp x. XUVR00ppppp x. XUVR00ppppp x. XUVR0ppppp x. XUVR0ppppp x. Type XUVA Type Depth A a b b G G G G Ø G G G G c XUVA00ppppp 0.. x.. XUVA00ppppp x.. XUVAppppp 0.. x.. XUVAppppp 0.. x. 0. Wiring diagrams M connector Pin number color Cabling BN/ + PNP BN BK/ BU BK Application examples Vibrating bowl BU/ Monitoring height of objects passing on a conveyor NPN BN/ BK/ BU/ Detecting position of object on a conveyor + 0

10 Catalog numbers, specifications Photoelectric sensors OsiSense XU Application Optical fork with teach mode DC supply, solidstate output Optical fork with teach mode Numeric potentiometer mode, +/ Green keypad Teach mode Yellow keypad 0 System Type of transmission Nominal sensing distance (Sn) Thrubeam Infrared LED, modulated 0 mm (0.0. in.) Minimum size of object detected Passageway 0 mm (0.0. in.) 0. mm (0.00 in.) Fork type XUVFNEPp XUVFANEPp Catalog numbers wire, PNP/NPN independent outputs B A NO/NC function, selectable Passageway (A) Depth (B) Depth (B) mm (in.) (.) (.) (.) (.) (.) (.) (0.0) (0.) (0.) 0 (.) 0 (.) A = Passageway B = Depth 0 (.) Weight, kg (lb) Specifications Product certifications 0 (.) FNEP000 FNEP000 FNEP00 FNEP000 FNEP000 FNEP000 FNEP00 FNEP000 FNEP000 FNEP00 FNEP000 FNEP000 FNEP000 FNEP00 FNEP0000 FANEP000 FANEP000 FANEP0000 FNEP0000 FANEP000 FANEP000 FANEP0000 FNEP000 FANEP00 FANEP00 FANEP000 FNEP0000 FANEP000 FANEP000 FANEP0000 FNEP0000 FNEP0000 FNEP (0. 0.) depending on model FANEP000 FANEP000 FANEP00 FANEP000 FANEP000 FANEP00 FANEP0000 FANEP0000 FANEP000 e, culus. This product is UL Listed if supplied by a class II or isolated supply delivering c 0 V max. (isolated transformer for example) and protected by a UL fuse rated at A max. Ambient air temperature For operation C (...+0 F) For storage C (...+ F) Degree of protection Conforming to IEC 0 IP Connection M, pin male connector (for pin version, please contact the Regional Sales Office) Vibration resistance Conforming to IEC 00 gn, amplitude ± 0. mm (f = 0 Hz) Shock resistance Conforming to IEC 00 0 gn, duration ms Materials Case Painted aluminium and polyamide/glass Rated supply voltage c V with protection against reverse polarity Voltage limits (including ripple) c 0 0 V Immunity to ambient light Natural light 0,000 lux Incandescent bulb 000 lux Outputs PNP and NPN By independent wire NO/NC By programming Switching capacity 00 ma with overload and shortcircuit protection Voltage drop, closed state < V Current consumption, noload 0 ma Permissible capacitive load 0 nf Maximum switching frequency 0 khz Response time Stability ± 0 µs Tower lights Yellow LED Output signal Red LED Adjustment mode and keypad locking Application: Detection of labels, detection of double sheet, detection of reference marks, detection on conveyor, detection on vibrating rail. Accessories Description Details Length of cable (m) Prewired M connector Catalog number Weight kg (lb) Straight XZCP0L 0.00 (0.) Elbowed (0 ) XZCP0L 0.00 (0.) Straight XZCP0L 0.0 (0.0) Elbowed (0 ) XZCP0L 0.0 (0.0) 0

11 Introduction, dimensions, wiring diagrams Photoelectric sensors OsiSense XU Application Optical fork with teach mode DC supply, solidstate output Introduction XUVFNEPppp Yellow LED On: Output activated XUVFANEPppp Yellow LED On: Output activated + + s + L D s, + + Red LED On: Adjustments and keypad locking Sensitivity adjustment Keypad locking ( s y press time < s) NO/NC (press time u s) + + st st + s, Red LED On: Adjustments and keypad locking Sensitivity adjustment Teach mode and automatic adjustment of sensitivity (press time < seconds) Keypad locking ( s y press time < s) NO/NC (press time u s) + L D s Dimensions (mm) XUVFNEPppp / XUVFANEPppp. 0 + b 0 B xø A Optical axis = = C Passageway Depth A B b C FNEP/FANEPp00 (0.0 in.),, (.,.,. in.) FNEP/FANEPp00 (0.0 in.),, (.,.,. in.) FNEP/FANEPp0 (0. in.),, (.,.,. in.) FNEP/FANEPp00 0 (. in.),, (.,.,. in.) FNEP/FANEPp00 0 (. in.),, (.,.,. in.) FNEP/FANEPp00 0 (. in.),, (.,.,. in.) FNEP/FANEPp0 0 (. in.),, (.,.,. in.),, 0 (.,.,. in.),, 0 (.,.,. in.),, 0 (.,.,. in.),, 0 (.,.,. in.),, 0 (.,.,. in.),, 0 (.,.,. in.),, 0 (.,.,. in.) Wiring diagrams Cabling Pin number color BN: Brown WH: White BU: Blue BK: Black M connector BN BK N WH BU P c 0/0 V c 0 V Application examples Green keypad: Potentiometer mode Detection of labels on belt Yellow keypad: Teach mode Detection of sheet feed on printing machine + 0

12 Catalog numbers, specifications, accessories Photoelectric sensors OsiSense XU Application Optical fork with laser transmission, with teach mode DC supply, solidstate output High sensitivity fork range Numeric potentiometer mode, +/ Green keypad Laser Class Laser class, conforming to IEC Teach mode Yellow keypad 0 System Type of transmission Nominal sensing distance (Sn) Thrubeam Red laser, modulated, class, wavelength: 0 m ( ft) 0 mm (0.0. in.) Minimum size of object detected Passageway 0 mm 0.0 mm (0.00 in.), repeat accuracy 0.0 mm (0.000 in.) Fork type FLNEPp FALNEPp Catalog numbers wire, PNP/NPN independent outputs A = Passageway B = Depth Weight, kg (lb) Specifications Product certifications NO/NC function, selectable Passageway (A) Depth (B) Depth (B) mm (in.) (.) (.) (.) (.) (.) (.) (0.0) (0.0) (0.) 0 (.) 0 (.) 0 (.) 0 (.) FLNEP000 FLNEP000 FLNEP0000 FALNEP000 FALNEP000 FALNEP0000 FLNEP000 FLNEP000 FLNEP0000 FALNEP000 FALNEP000 FALNEP0000 FLNEP00 FLNEP00 FLNEP000 FALNEP00 FALNEP00 FALNEP000 FLNEP000 FLNEP000 FLNEP0000 FALNEP000 FALNEP000 FALNEP0000 FLNEP000 FLNEP000 FLNEP0000 FALNEP000 FALNEP000 FALNEP0000 FLNEP000 FLNEP000 FLNEP0000 FALNEP000 FALNEP000 FALNEP0000 FLNEP00 FLNEP00 FLNEP000 FALNEP00 FALNEP00 FALNEP (0. 0.) depending on model Ambient air temperature For operation C (...+ F) For storage Degree of protection Conforming to IEC 0 IP Connection e, culus. This product is UL Listed if supplied by a class II or isolated supply delivering c 0 V max. (isolated transformer, for example) and protected by a UL fuse rated at A max C (...+ F) M, pin male connector Vibration resistance Conforming to IEC 00 gn, amplitude ± 0. mm (f = 0 Hz) Shock resistance Conforming to IEC 00 0 gn, duration ms Materials Case Painted aluminium and polyamide/glass Rated supply voltage Voltage limits (including ripple) c V with protection against reverse polarity c 0 0 V Immunity to ambient light Natural light 0,000 lux Incandescent bulb 000 lux Outputs PNP/NPN By wiring Switching capacity Voltage drop, closed state Current consumption, noload Permissible capacitive load Maximum switching frequency NO/NC Using teach 00 ma with overload and shortcircuit protection < V < 0 ma 0 nf 0 khz Response time Stability ± 0 µs Tower lights B A Yellow LED: output signal; red LED: keypad locking and adjustments. bb Applications: Detection of reference marks, detection on conveyor, detection on vibrating rail, detection of transparent object. Accessories Description Details Length of cable (m) Prewired M connector Catalog number Weight kg (lb) Straight XZCP0L 0.00 (0.) Elbowed (0 ) XZCP0L 0.00 (0.) Straight XZCP0L 0.0 (0.0) Elbowed (0 ) XZCP0L 0.0 (0.0)

13 Introduction, dimensions, wiring diagrams Photoelectric sensors OsiSense XU Application Optical fork with laser transmission, with teach mode DC supply, solidstate output Introduction FLNEPp Yellow LED On: Output activated FALNEPp Yellow LED On: Output activated + + s + L D s Red LED On: + Adjustments and keypad locking, + + Sensitivity adjustment Keypad locking ( s y press time < s) NO/NC (press time u s) + st st + s, Red LED On: Adjustments and keypad locking Sensitivity adjustment Teach mode and automatic adjustment of sensitivity (press time < seconds) Keypad locking ( s y press time < s) NO/NC (press time u s) + L D s Dimensions (mm) FLNEPp / FALNEPp b 0 B xø A Optical axis = = C Passageway Depth b C A FLNEP/FALNEPp (0.0 in.),, (.,.,. in.) FLNEP/FALNEPp (0.0 in.),, (.,.,. in.) FLNEP/FALNEPp (0. in.),, (.,.,. in.) FLNEP/FALNEPp0 0 (. in.),, (.,.,. in.) FLNEP/FALNEPp0 0 (. in.),, (.,.,. in.) FLNEP/FALNEPp0 0 (. in.),, (.,.,. in.) FLNEP/FALNEPp0 0 (. in.),, (.,.,. in.) B,, 0 (.,.,. in.),, 0 (.,.,. in.),, 0 (.,.,. in.),, 0 (.,.,. in.),, 0 0 (.,.,. in.),, 0 0 (.,.,. in.),, 0 0 (.,.,. in.) Wiring diagrams Cabling Pin number color BN: Brown WH: White BU: Blue BK: Black M connector BN BK P WH BU N c 0/0 V c 0 V Application examples Green keypad: Potentiometer mode Detection of an object exiting a vibrating bowl Yellow keypad: Teach mode Detection of transparent bottles (glass, PET ) 0

14 Catalog numbers, specifications Ultrasonic sensor OsiSense XU Application, packaging series For detection of transparent labels DC supply, solidstate output Fork design System Type of transmission Nominal sensing distance (Sn) Catalog numbers wire, PNP and NPN Adjustment Protection of settings NO or NC programmable function Thrubeam Ultrasonic mm (0. in.) XUVU0MKCNM By numerical potentiometer (+/ buttons) and red LED By locking keypad Weight, kg (lb) 0.0 (0.) Specifications Product certifications e, IEC 0 Materials Connection Aluminium case M, pin connector Detection performance Minimum length of label mm (0.0 in.) Minimum distance between labels Maximum flow rate Detection accuracy mm (0.0 in.) 0 m/min ± 0. mm at 0 m/min ± 0.0 mm at 0 m/min Supply Rated supply voltage c V with protection against reverse polarity Voltage limits Current consumption, noload Residual voltage At 00 ma At 0 ma c 0 0 V (including ripple) 0 ma Output Maximum rated current 00 ma with overload and shortcircuit protection Maximum switching frequency Tower lights Output state < V < V 00 Hz Yellow LED Delay On and Off: 00 µs Environment Operating temperature +.+ C (... F) Storage temperature Degree of protection IP 0 C C ( + F) Function table Function Thrubeam system No label present in the beam (output inactive) Output state (PNP or NPN) indicator: yellow LED NC (illuminated when sensor output is on) Label present in the beam (output active) NO 0

15 Introduction, dimensions, wiring diagrams Ultrasonic sensor OsiSense XU Application, packaging series For detection of transparent labels DC supply, solidstate output Introduction (adjustment and display) + Tripping threshold adjustment using +/ buttons Locking of keypad by simultaneously pressing ± buttons and holding down for s Selection of output type (NO or NC) by simultaneously pressing +/ buttons and holding down for s + s Yellow LED: On when outputs are active (current established) Yellow LED: Flashes slowly in the event of output shortcircuit + L D s Red LED: On each time the +/ buttons are pressed Red LED: Permanently on when keypad is locked Red LED: Off when keypad is unlocked Dimensions (mm) Ø Wiring diagrams (sensor connector pin view) Connector Brown c V White NPN output Blue c 0 V Black PNP output NPN PNP BN WH BK c 0/0 V BU 0 V Application examples Detection of transparent labels on opaque or transparent strip L 0

16 Catalog numbers, specifications Photoelectric sensors 0 OsiSense XU Application, packaging series For detection of labels () DC supply, solidstate output Fork design System Thrubeam Type of transmission Infrared Red/green Nominal sensing distance (Sn) Catalog numbers wire, PNP and NPN NO or NC programmable function () mm (0.0 in) XUVK0S Weight, kg (lb) 0.0 (0.) Specifications Product certifications e XUVK0VS Ambient air temperature For operation: 0 + C (... F). For storage: C ( + F) Vibration resistance Conforming to IEC 00 Amplitude ±. mm up to Hz, gn (f = 0 Hz) Shock resistance Conforming to IEC 00 0 gn, duration ms Degree of protection Conforming to IEC 0 IP Connection Materials Rated supply voltage Voltage limits Switching capacity (sealed) Voltage drop, closed state Output clamping resistor Current consumption, noload Maximum switching frequency M connector Case: zinc alloy; lenses: glass c V with protection against reverse polarity c 0 0 V (including ripple) y 00 ma with overload and shortcircuit protection y. V 0 kw y 0 ma khz Delays Tower lights Output state Yellow LED Sensor ready Green LED Read error Red LED Firstup: y 0 ms; response < 00 ms; recovery < 00 ms Function table Function Thrubeam system No label present in the beam Output state (PNP or NPN) indicator: yellow LED (illuminated when sensor output is on) NC Label present in the beam NO 0 () Applications: the infrared transmission beam sensor XUVK0S is suitable for the detection of all types of opaque labels; the red/green transmission sensor XUVK0VS is suitable for the detection of all types of labels of different colors. () This sensor is adjustable using teach mode: the NC or NO function is selected when performing the first stage of teaching for setting up the sensor.

17 Introduction, dimensions, wiring diagrams Photoelectric sensors 0 OsiSense XU Application, packaging series For detection of labels DC supply, solidstate output Introduction Programming using teach mode b Place the label to be detected in the beam of the optical fork. Press the Set button and hold down until the green LED goes out. b When the green LED flashes, the detector has learned the label. Following this, place the backing to which the label is affixed in the beam of the optical fork. Press the Set button and hold down until the green LED goes out. b When the green LED illuminates as a steady light, teaching is completed and the sensor is ready for operation. Yellow LED, output state indicator Dual color green/red LED, Ready/Error Teach mode programming Set button Locking screw Dimensions (mm) Connector diagram (sensor connector pin view) NPN output PNP output + 0

18 Catalog numbers, specifications Photoelectric sensors OsiSense XUVE Application, packaging series Optical fork for detection of opaque labels DC supply, solidstate output Fork design System Type of transmission Nominal sensing distance (Sn) Depth Thrubeam Infrared mm (0. in.) 0 mm (. in.) Catalog numbers wire XUVE0MKSNM XUVE0MPSNM XUVE0MNSNM NO or NC programmable function PNP/NPN PNP NPN Remote adjustment No Yes Adjustment Protection of settings By numeric potentiometer (+/ buttons) and red LED By locking keypad Weight, kg (lb) 0.0 (0.) Specifications Product certifications e, culus Material Connection Thermoplastic case (PA) M, pin connector Detection performance Minimum length of label mm (0.0 in.) Minimum distance between labels Maximum flow rate Detection accuracy mm (0.0 in.) 00 m/min ± 0 µm at 0 m/min Supply Rated supply voltage V with protection against reverse polarity Voltage limits Current consumption, noload Residual voltage at 00 ma 0 0 V c (including ripple) ma Output Maximum rated current 00 ma with overload and shortcircuit protection < V Maximum switching frequency Tower lights Output state Adjustment and keypad locking 0 khz Yellow LED Red LED Delay (response and recovery) 0 µs Environment Operating temperature C ( +0 F) Storage temperature Degree of protection IP C ( + F) Function table Function Thrubeam system No label present in the beam (output inactive) Output state (PNP or NPN) indicator: yellow LED NC (illuminated when sensor output is on) NO Label present in the beam (output active) Catalog numbers of prewired connectors 0 XZCP0Lp Type of connector Female, M, pins For use with forks XUVE0MKSNM, XUVE0MPSNM, XUVE0MNSNM, Type Cable length (m) Catalog number Weight kg (lb) Straight XZCP0L 0.0 (0.) XZCP0L 0. (0.0) Elbowed XZCP0L 0.0 (0.) XZCP0L 0. (0.0) XZCP0Lp

19 Introduction, connections, dimensions Photoelectric sensors OsiSense XUVE Application, packaging series Optical fork for detection of opaque labels DC supply, solidstate output Introduction (adjustment and indicators) Yellow LED On: Output activated Red LED On: Adjustments and keypad locking, Sensitivity adjustment + Teach mode and automatic adjustment of sensitivity (press time < seconds) st st + Keypad locking ( s y press time < s) s + NO/NC (press time u s) L D s Connections Connector Pin no. color BN: Brown WH: White (remote teaching) BU: Blue BK: Black Wiring diagrams PNP/NPN: XUVE0MKSNM BN BK WH BU PNP: XUVE0MPSNM BN BK WH c 0/0 V PNP NPN c 0 V c 0/0 V PNP () () Remote teaching. BU NPN: XUVE0MNSNM c 0 V BN WH c 0/0 V () () Remote teaching. BK BU NPN c 0 V Dimensions (mm). Application example Detection of opaque labels before application to a package.. Ø.. L D s s st st 0 0

20 Catalog numbers, specifications Photoelectric sensors OsiSense XU Application, conveying series Dynamic/static detection of passage of objects () For detecting and counting parts DC supply, solidstate output System Type of transmission Thrubeam Infrared Passageway dimensions 0 x 0 mm 0 x 0 mm 00 x 0 mm 00 x 0 mm 00 x 0 mm Catalog numbers wire, PNP or NPN NO or NC programmable function Minimum size of object detected Dynamic mode Static mode Ø mm XUVF0M XUVF0M Ø mm Ø mm XUVF0M XUVF0M XUVF0M Ø0 mm Ø mm FRS0S FRS0S FRS0S Weight, kg (lb) 0.0 (0.) 0. (0.) 0. (.0).00 (.0). (.) Catalog numbers of Ushape frames Open (Ushape) frames for sizes 0, 0 and 0 mm are also available. To order an open frame, add the letter U to the end of the catalog number. Example: XUVF0M becomes XUVF0MU. Specifications Product certifications Ambient air temperature e, culus For operation: C (...0 F).. For storage: C (...+ F). Vibration resistance gn, amplitude ± mm (f = 0 Hz), conforming to IEC 00 Shock resistance 0 gn, duration ms, conforming to IEC 00 Degree of protection Conforming to IEC 0 IP Connection M connector M connector Materials Case Painted aluminium Immunity to ambient light Passing speed of object Rated supply voltage Voltage limits Switching capacity (sealed) Voltage drop, closed state Lenses Polycarbonate Altuglass Sunlight: 000 lux max. Incandescent light: 00 lux max. Min.: 0 cm/s, max.: m/s (Ø mm object) V c with protection against reverse polarity 0 V c (including ripple) Sunlight: 0,000 lux max. Incandescent light: 000 lux max. y 00 ma with overload and shortcircuit protection Current consumption, noload y 0 ma y 0 ma Maximum switching frequency 00 Hz 000 Hz Delays Time delay < V Response: < ms Recovery: < ms Min (): 0 cm/s, max.: m/s (Ø mm object) or max.: 0 m/s (Ø0 mm object) Response: < 0. ms Recovery: < 0. ms Offdelay (reset): adjustable between 0 and seconds Function table Function Thrubeam system Output state (PNP or NPN) and green LED: illuminated when sensor output is on. NC NO No object present in the beam Passage of object through the beam 0 () XUVFpp sensors are suitable for detecting the passage of all types of objects (both metal and plastic), of any shape and color. XUVF0M, XUVF0M and XUVF0M frames can be used: In dynamic mode for counting parts or monitoring the passing of parts on injection molding machines. In static mode for detecting bar or cable type moving or nonmoving parts, entering machines (maintain the signal). () The min. value applies only to dynamic mode. 0

21 Stat. Introduction, dimensions connections Photoelectric sensors OsiSense XU Application, conveying series Dynamic/static detection of passage of objects For detecting and counting parts DC supply, solidstate output Introduction Sensitivity adjustment potentiometer Time delay adjustment potentiometer (XUV only) Indicators: bbgreen LED: vvfor XUVF0M and XUVF0M: object in the beam vvfor XUVF0M, XUVF0M, XUVF0M, XUVFRS0S, XUVFRS0S and XUVFRS0S: closed state of the contact bbred LED: solid state output overload or shortcircuit (flashing) Notes concerning XUVF0M and XUVF0M: In the event of a supply malfunction, the red LED flashes In the event of a shortcircuit on the output, both the red and green LEDs flash Dynamic mode (NO or NC) or static mode (NO or NC) selector switch XUVF0M XUVF0M XUVFpp0M, FRSpp0S T S Dyn. NO NC NC NO Dimensions (mm) XUVF0M 0 0 XUVFpp0M, FRSpp0S 0 () (). 0. M. a XUVF0M () () () () 0. M.. M a () Transmitting face () Reception face XUV a a F0M FRS0S 0 F0M FRS0S 0 F0M FRS0S 0 Connections Wiring diagrams (wire c) Connector diagram (sensor connector pin view) PNP output NPN output XUVF0M and XUVF0M XUVF0M, FRS0S, XUVF0M, FRS0S, XUVF0M and FRS0S Alarm Output ( +) Not connected Output (+) ( ) ( ) 0 Note: For XUVF0M and XUVF0M only, the alarm () triggers in the event of an object stopping within the beam. For XUVF0M and XUVF0M, the NC output is gained by connecting terminal to (+) and terminal to ().

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24 Telemecanique Sensors Telemecanique Sensors Competency Center Founders Drive Dayton, Ohio 0 (00) Schneider Electric Canada, Inc. McLaughlin Road Mississauga, Ontario LR B (00) The information provided in this documentation contains general descriptions and/or technical specifications of the performance of the products contained herein. This documentation is not intended as a substitute for and is not to be used for determining suitability or reliability of these products for specific user applications. It is the duty of any such user or integrator to perform the appropriate and complete risk analysis, evaluation, and testing of the products with respect to the relevant specific application or use thereof. Neither Schneider Electric nor any of its affiliates or subsidiaries shall be responsible or liable for misuse of the information contained herein. Design: Schneider Electric Photos: Schneider Electric 00CT00R0/ 0 Schneider Electric Industries SAS. All Rights Reserved. Replaces 00CT00, dated /00