Photo-electric sensors

Transcription

1 Photoelectric sensors Optical forks and frames Catalogue October 00

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3 Offering you the most efficient solution Having acted on your feedback, studied your specific requirements and needs, we went back to the basics: Optical fork detection at its simplest and the best possible price >Economical: Increase the profitability of your solution >Simple and robust: No adjustment Quality metal used throughout >Adaptable : The perfect answer to your specific requirements Contents Optical forks and frames Presentation p and Selection guide p and Economical optical forks p and Optical forks with teach mode p to Specific optical forks p to Optical frames p and Make the most of your energy

4 XUVR Optimum fork, intended for packaging and material handling machine manufacturers Conveying >Economical Increase the profitability of your solution: When purchasing: The thrubeam system design at the best possible price When installing: The lowest up and running costs 0% less expensive and quicker to install >Simple and robust No adjustment: 00% time savings for adjustment Visible red beam to make life easy Accuracy of spot for small objects (Ø 0. mm) Excellent visibility of yellow output LED Strong metal casing: Product without loss of Schneider Electric quality Metal case, avoiding deformation Hightech electronics Degree of protection (IP and IP )

5 >Adaptable The perfect answer to your specific requirements: Catalogued models covering the most common standard market applications (sizes, fixings, connections, etc.) Modular design enabling simple adaptation to your specific integration requirement (dimensions, fixings, connections, packaging, etc.) 00% Adaptable à vos besoins Depth adaptable from 0 to 0 mm and more M connector or precabled connection Adaptable drillings and fixing centres Passageway adaptable from 0 to 0 mm A complete offer comprising optical fork and frame solutions for each of your applications Optimum optical forks Forks and frames Forks without adjustment Forks with teach mode Forks specifically for your applications: Laser Transparent materials Ultrasonic Optical frames for dynamic counting

6 >OsiSense: Optical forks and frames General use New Optimum versions for machine manufacturers (OEM) Sensing distance (mm) Typical application Beam accuracy (mm) Sensitivity adjustment Type of transmission Switching frequency (Hz) Packaging and materials handling sector Without adjustment Visible red (simplifies settingup) 000 Sensors for DC applications Connection Precabled (L = m) M connector Passageway (mm) A = 0 A = 0 A = 0 A = 0 A = 0 wire, NO function () PNP outputs () B=0 B=0 B=0 XUVR00PANL XUVR00PANM XUVR00PANM XUVRPANM XUVRPANM wire, NO/NC selectableb= function Independent B= PNP/NPN outputs B= () NC version available () NPN versions also available Specific applications use Versions specifically for your profession Sensing distance (mm) Typical application Beam accuracy (mm)...0 Packaging and materials handling sector +/ 0. mm 0. mm 0.0 mm Adjustable down to 0.0 Sensitivity adjustment Numeric +/ button and red LED Using teach mode Using teach mode () Type of transmission Switching frequency (Hz) Ultrasonic Infrared Infrared, continuous Laser, visible red (avail. 00) Sensors for DC applications Connection Passageway (mm) wire, PNP and NPN NO or NC programmable function M connector x x 0 x 0 x 0 0 x XUVU0MKCNM XUVK0S () FA00COS FA00COS FALNEP () Red/green dual transmission version available for detection of colour reference marks: XUVK0VS () For a potentiometer adjustable version, delete the letter A from the reference. Example: FALNEP becomes FLNEP

7 General use Universal versions, adjustable using teach mode Packaging and materials handling sector Adjustable down to 0. Using teach mode () Infrared (Excess gain, higher accuracy) 0000 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 potentiometer adjustable version, delete the letter A from the reference. Example: FANEP000 becomes FNEP000 Specific applications use Optical frames for dynamic counting Sensing distance (mm) Typical application Minimum size of object detected Sensitivity adjustment Type of transmission Switching frequency (Hz) Packaging sector mm mm Using potentiometer Infrared 00 Sensors for DC applications Connection M connector M connector Passageway (mm) 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 Ø 0 mm min XUVF0M XUVF0M XUVF0M FRS0S XUVF0M FRS0S XUVF0M FRS0S () For an open fork version, add the letter U to the end of the reference. Example: XUVF0M becomes XUVF0MU

8 References, characteristics Photoelectric sensors OsiSense XU Optimum Optical fork without adjustment d.c. supply. Solidstate output Optical fork without adjustment Connector Precabled 0 System Type of transmission Nominal sensing distance (Sn) Minimum size of object detected Fork type References wire NO or NC function PNP or NPN output A Passageway 0 mm Passageway u0 mm Passageway (A) Function Output Thrubeam Red LED, modulated 0 mm 0. mm mm XUV Rp 0 mm NO PNP XUV R00PANL Precabled, length m. Depth (B): 0 mm B Passageway (A) Function Output M connector, pin. Depth (B): 0 mm 0 mm NO PNP XUV R00PANM NPN XUV R00NANM NC PNP XUV R00PBNM NPN XUV R00NBNM 0 mm NO PNP XUV R00PANM NPN XUV R00NANM A = Passageway NC PNP XUV R00PBNM B = Depth NPN XUV R00NBNM Weight (kg) Passageway (A) Function Output 0 mm NO PNP XUV RPANM NPN M connector, pin. Depth (B): 0 mm XUV RNANM NC PNP XUV RPBNM NPN XUV RNBNM 0 mm NO PNP XUV RPANM NPN XUV RNANM NC PNP XUV RPBNM NPN XUV RNBNM 0.00 to 0.0 depending on model Other versions: please consult your Regional Sales Office. Characteristics Product certifications CE, UL, CSA Ambient air temperature For operation C For storage C Degree of protection Conforming to IEC 0 IP and IP Vibration resistance Conforming to IEC 00 gn, amplitude ± 0. mm (f = 0 to 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 Lux Incandescent bulb 000 Lux Switching capacity 00 ma with overload and shortcircuit protection Voltage drop, closed state <. V Current consumption, noload < 0 ma Maximum switching frequency 000 Hz Delays Firstup 0 ms max. Stability ± µs Indicator lights Yellow LED Output signal Applications: detection on conveyor, detection on vibrating rail.

9 References (continued), dimensions, schemes Photoelectric sensors OsiSense XU Optimum Optical fork without adjustment d.c. supply. Solidstate output Accessories Description Details Length of cable (m) Reference Weight kg Prewired M connector Straight XZC P0L 0.00 Elbowed (0 ) XZC P0L 0.00 Straight XZC P0L 0.0 Elbowed (0 ) XZC P0L 0.0 Dimensions XUV Rp 0 b b 0 () A 0 () Ø, B XUV Passageway A Depth B a b b G G G G Ø R00ppppp x. R00ppppp x. R00ppppp x. R0ppppp x. R0ppppp x. XUV R00ppp (precabled version details), Orientation of elbowed connector, G () LED: transmission () Yellow LED: output signal Wiring schemes M connector G a G Pin n colour BN BU BK G G a Precabled PNP BN/ BK/ + NPN BN/ BK/ + BU/ BU/ Application examples Vibrating bowl Monitoring height of objects passing on a conveyor 0

10 References, characteristics, accessories Photoelectric sensors OsiSense XU Application Optical fork with teach mode d.c. 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 Minimum size of object detected Passageway 0 mm 0. mm Fork type FNEPp FANEPp References wire, PNP/NPN independent outputs Passageway (A) Depth (B) Depth (B) B A NO/NC function, selectable A = Passageway B = Depth 0 Weight (kg) Characteristics Product certifications mm FNEP000 FNEP000 FNEP00 FNEP000 FNEP000 FNEP000 FNEP00 FNEP000 FNEP000 FNEP00 FNEP000 FNEP000 FNEP000 FNEP to 0. depending on model FNEP0000 FANEP000 FANEP000 FANEP0000 FNEP0000 FANEP000 FANEP000 FANEP0000 FNEP000 FANEP00 FANEP00 FANEP000 FNEP0000 FANEP000 FANEP000 FANEP0000 FNEP0000 FNEP0000 FNEP000 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 For storage C Degree of protection Conforming to IEC 0 IP Connection M, pin male connector (for pin version please consult your Regional Sales Office) Vibration resistance Conforming to IEC 00 gn, amplitude ± 0. mm (f = 0 to 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 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 Indicator 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 References Weight kg Straight XZC P0L 0.00 Elbowed (0 ) XZC P0L 0.00 Straight XZC P0L 0.0 Elbowed (0 ) XZC P0L 0.0

11 Presentation, dimensions, schemes Photoelectric sensors OsiSense XU Application Optical fork with teach mode d.c. supply. Solidstate output Presentation FNEPppp Yellow LED ON : Output activated FANEPppp 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 FNEPppp / FANEPppp 0 A Optical axis +. b 0 B xø = = C Passageway Depth A B b C FNEP/FANEPp00,,,, 0 FNEP/FANEPp00,,,, 0 FNEP/FANEPp0,,,, 0 FNEP/FANEPp00 0,,,, 0 FNEP/FANEPp00 0,,,, 0 0 FNEP/FANEPp00 0,,,, 0 0 FNEP/FANEPp0 0,,,, 0 0 Wiring schemes Cabling Pin n colour 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 References, characteristics, accessories Photoelectric sensors OsiSense XU Application Optical fork with laser transmission, with teach mode d.c. supply. Solidstate output High sensitivity fork range Laser Class +/ numeric potentiometer mode Green keypad Teach mode Yellow keypad Laser class, conforming to IEC 0 System Type of transmission Nominal sensing distance (Sn) Thrubeam Red laser, modulated, class, wavelength: 0 m...0 mm Minimum size of object detected Passageway 0 mm 0.0 mm (repeat accuracy 0.0 mm) Fork type FLNEPp FALNEPp References wire, PNP/NPN independent outputs NO/NC function, Passageway (A) Depth (B) Depth (B) selectable mm A = Passageway B = Depth Weight (kg) Characteristics Product certifications Ambient air temperature For operation C For storage C Degree of protection Conforming to IEC 0 IP Connection 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 to 0. depending on model 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. M, pin male connector Vibration resistance Conforming to IEC 00 gn, amplitude ± 0. mm (f = 0 to 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 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 Indicator lights B Yellow LED: output signal; red LED: keypad locking and adjustments. b Applications: Detection of reference marks, detection on conveyor, detection on vibrating rail, detection of transparent object. Accessories A Description Details Length of cable (m) Prewired M connector References Weight kg Straight XZC P0L 0.00 Elbowed (0 ) XZC P0L 0.00 Straight XZC P0L 0.0 Elbowed (0 ) XZC P0L 0.0 0

13 Presentation, dimensions, schemes Photoelectric sensors OsiSense XU Application Optical fork with laser transmission, with teach mode d.c. supply. Solidstate output Presentation 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 FLNEPp / FALNEPp 0, A Optical axis 0 B = = C Pin n colour BN: Brown WH: White BU: Blue BK: Black. + b xø Wiring schemes Cabling Passageway Depth b C A B FLNEP/FALNEPp,,,, 0 FLNEP/FALNEPp,,,, 0 FLNEP/FALNEPp,,,, 0 FLNEP/FALNEPp0 0,,,, 0 FLNEP/FALNEPp0 0,,,, 0 0 FLNEP/FALNEPp0 0,,,, 0 0 FLNEP/FALNEPp0 0,,,, 0 0 M connector BN c 0/0 V BK P N WH BU 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 References, characteristics Ultrasonic sensor OsiSense XU, Application, packaging series For detection of transparent labels d.c. supply. Solidstate output Fork design System Type of transmission Nominal sensing distance (Sn) References wire, PNP and NPN Light switching (NC) or dark switching (NO) programmable Adjustment Protection of settings Thrubeam Ultrasonic mm Weight (kg) 0.0 XUV U0MKCNM By numerical potentiometer (+/ buttons) and red LED By locking keypad Characteristics Product certifications e, IEC 0 Materials Connection Detection performance Minimum length of label mm Minimum distance between labels Maximum flow rate Detection accuracy Aluminium case M pin connector mm 0 m/min +/ 0. mm at 0 m/min +/ 0.0 mm at 0 m/min Power 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 < V < V Output Type NPN and PNP Function Maximum rated current Maximum switching frequency LED indicators Output state Light switching (NC) or dark switching (NO), to be programmed 00 ma with overload and shortcircuit protection 00 Hz Yellow LED Delay On and Off: 00 µs Environment Operating temperature +.+ C Storage temperature 0 C..+ 0 C Degree of protection IP Function table Function Thrubeam system No label present in the beam (output inactive) Output state (PNP or NPN) yellow LED (illuminated when sensor output is ON) Light switching (NC) Dark switching (NO) Label present in the beam (output active) 0

15 Presentation, dimensions, schemes Ultrasonic sensor OsiSense XU, Application, packaging series For detection of transparent labels d.c. supply. Solidstate output Presentation (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 active (current established) Yellow LED: flashes slowly in event of output shortcircuit + L D s Red LED: ON each time the +/ buttons are pressed Red LED: Permanently ON when keypad locked Red LED: OFF when keypad unlocked Dimensions Ø,, 0,,,,0, 0,, Wiring schemes (sensor connector pin view) Connector Brown c V White NPN output Blue c 0 V Black PNP output BN NPN WH PNP BK c 0/0 V BU 0 V Application example Detection of transparent labels on transparent or opaque strip L 0

16 References, characteristics Photoelectric sensors 0 OsiSense XU, Application, packaging series For detection of labels () d.c. supply. Solidstate output Fork design System Thrubeam Type of transmission Infrared Red/green Nominal sensing distance (Sn) References wire, PNP and NPN Light or dark programmable switching () mm Weight (kg) 0.0 Characteristics Product certifications XUV K0S e XUV K0VS Ambient air temperature For operation: 0 + C. For storage: C 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 (suitable female connectors) Case: zinc alloy; lens: 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 0 khz Delays Indicator 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 Light switching (illuminated when sensor output is ON) Dark switching Label present in the beam 0 () Applications: the infrared transmission beam sensor XUV K0S is suitable for the detection of all types of opaque legends; the red/green transmission sensor XUV K0VS is suitable for the detection of all types of legends of different colours. () This sensor is adjustable using teach mode: the light or dark switching function is selected when performing the first stage of teaching for settingup the sensor (see programming using teach mode, page ).

17 Presentation, dimensions, schemes Photoelectric sensors 0 OsiSense XU, Application, packaging series For detection of labels d.c. supply. Solidstate output Presentation mm 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 learnt the label. Following this, place the item 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 colour green/red LED, Ready/Error Teach mode programming SET button Locking screw Dimensions Connector scheme (sensor connector pin view) NPN output PNP output + See connection on page 00/. 0

18 References, characteristics Photoelectric sensors OsiSense XU Application, packaging series Optical fork with teach mode For detection of labels d.c. supply. Solidstate output Fork design System Type of transmission Thrubeam Infrared, continuous Nominal sensing distance (Sn) (Passageway) mm mm References wire, PNP and NPN Light or dark programmable switching () Automatic adjustment using teach mode FA00COS FA00COS Weight (kg) Characteristics Product certifications e, culus Ambient air temperature For operation C For storage C Degree of protection Conforming to IEC 0 IP Connection Materials Rated supply voltage Voltage limits (including ripple) Switching capacity (sealed) Immunity to ambient light Voltage drop, closed state Current consumption, noload Maximum switching frequency Delays Indicator lights M, pin male connector (for precabled version please consult your Regional Sales Office) Anodised aluminium c V with protection against reverse polarity c 0 0 V y 00 ma with overload and shortcircuit protection Natural light: 000 Lux Incandescent bulb: 000 Lux < V 0 ma 0 khz Response: 0 ms; recovery: 0 ms Green LED: no object present Red LED: keypad locking and adjustments. Function table Function Thrubeam system No label present in the beam Label present in the beam Output state (PNP or NPN) indicator: green LED (illuminated when no object present) NO/NC () By reversing supply connections. 0

19 Presentation, dimensions, schemes Photoelectric sensors OsiSense XU Application, packaging series Optical fork with teach mode For detection of labels d.c. supply. Solidstate output Presentation (adjustment and indicators) + Optional use of the white wire Teaching is performed on the item to which the label is affixed Teach button press: standard teaching (red LED flashes for s) presses: fine teaching (green LED flashes for s) prolonged press: keypad locking (red LED on) Red LED and green LED flash: shortcircuit or object too opaque. Dimensions 0 a Ø, 0 Optical axis,, a (passageway) FApppCOS FApppCOS Wiring schemes (sensor connector pin view) Connector Pin n colour BN: Brown WH: White (input) BU: Blue BK: Black (PNP and NPN outputs) NO WH BN BK BU N P c 0/0 V 0 V NC WH BU BK BN N P c 0/0 V 0 V Application examples Detection of overlapping envelopes Object detected If the white wire is not used, connect to 0 V. Detection of labels on belt 0

20 References, characteristics Photoelectric sensors 0 OsiSense XU, Application, assembly series Dynamic detection of passage of objects, counting parts () d.c. supply. Solidstate output System Thrubeam Type of transmission Infrared Passageway dimensions 0 x 0 mm 0 x 0 mm 00 x 0 mm 00 x 0 mm 00 x 0 mm Minimum size of object to be detected Ø mm Ø mm References wire, PNP and NPN Output function ON or Minimum size of object detected OFF on passage of object, Ø mm XUV F0M XUV F0M programmable Ø mm XUV F0M XUV F0M XUV F0M Ø 0 mm FRS0S FRS0S FRS0S Weight (kg) Characteristics Product certifications e, culus Ambient air temperature For operation: C. For storage: C 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 (suitable female connectors, including prewired versions, see page 00/) M connector (suitable female connectors, including prewired versions, see page 00/) Materials Case Painted aluminium Lenses Polycarbonate Altuglass Immunity to ambient light Sunlight: 000 lux max., incandescent light: 00 lux max. Passing speed of object Min.: 0 cm/s, max.: m/s (Ø mm object) Min.: 0 cm/s, max.: m/s (Ø mm object) Rated supply voltage c V with protection against reverse polarity Voltage limits c 0 V (including ripple) Switching capacity (sealed) y 00 ma with overload and shortcircuit protection Voltage drop, closed state < V Current consumption, noload y 0 ma y 00 ma Maximum switching frequency 00 Hz Delays Firstup: y 00 ms; response: < ms; recovery: < ms Time delay Offdelay (reset): adjustable between 0 and seconds Function table Function Thrubeam system No object present in the beam Output state (PNP or NPN) indicator: green LED (illuminated when sensor output is ON) Output OFF on passage of object Passage of object through the beam Output ON on passage of object () Sensors XUV F are suitable for detecting the passage of all types of objects (both metal and plastic, of any shape and colour) providing the flow is dynamic. Applications: counting parts, flow control of injection machine parts, etc. 0

21 Presentation, dimensions, schemes Photoelectric sensors 0 OsiSense XU, Application, assembly series Dynamic detection of passage of objects, counting parts d.c. supply. Solidstate output Presentation XUV F0M XUV F0M XUV Fpp0M, FRSpp0S Sensitivity adjustment potentiometer. Time delay adjustment potentiometer. Indicators: Green LED: output Red LED: alarm Notes: 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. Dimensions XUV F0M 0 0 XUV Fpp0M, FRSpp0S 0 () (), 0, M a XUV F0M 0 00, 0 () () () () 0, M, 0 M a () Transmitting face. () Reception face. XUV a a F0M FRS0S 0 0 F0M FRS0S 0 F0M FRS0S 0 Wiring schemes Wiring schemes (wire c) Connector scheme (sensor connector pin view) Output ON on passage of object programmed () Output ON on passage of object programmed () PNP output NPN output XUV Fp0M XUV Fpp0M, FRSpp0S + + Note: the alarm () triggers in the event of an object stopping within the beam. () To program the sensor for output OFF on passage of object, connect contact to (+) and contact to ( ). Alarm Output ( +) Alarm Output (+) ( ) ( ) 0

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24 Schneider Electric Industries SAS Head Offi ce, bd Franklin Roosevelt 0 RueilMalmaison Cedex France Due to evolution of standards and equipment, the characteristics indicated in texts and images of this document do not constitute a commitment on our part without confi rmation. Design: Schneider Electric Photos: Schneider Electric Printed by: DIAED000EN ART. 00 Octobre 00