Photoelectric Sensor

Transcription

1 Photoelectric Sensor Small Sensing Head Compact sensing head available in a wide variation of designs features installation in a narrow space. Mutual interference preventive function allows side-by-side mounting of two sensors. Light indicator provided in the sensing head. Ordering Information Sensor Units hrough-beam (Separate)Sensors Model -S -S0W -S0 -S0W Appearance Sensing distance cm 0 cm 0 cm 0 cm Model -S S -SA Appearance Sensing distance 0 cm 1 m m cm cm Diffuse Reflective Sensors Model -DSW -DS -DS Appearance Sensing distance cm cm cm Model -DMR -DM -DS1 -DMA -DS1A Appearance Sensing distance mm mm 1 cm mm 1 cm Definite Reflective Sensor Model -LSR Appearance Sensing distance ±0. cm 1

2 Mark Sensor Model -VS1G -VSR -VMR -VS7R Appearance Sensing distance 1±0. cm ±0. cm.±0. cm 7±1 cm Amplifier Units ype AC operation DC operation Standard Multi-function Slim top Miniature Cable connection Model -A -C -WHF -GE (NPN output) -GF (PNP output) Appearance -JCP (NPN output) -JBP (PNP output) Mounting Surface/DIN track with socket (see note) DIN track Surface/DIN track with socket (see note) DIN track Relay es es No No No Solid-state es es es es es imer function No es (/, No No es (-delay) one-shot delay) Gate function No es No No No -A and -C include DIN track-mount socket PF11A.

3 Specifications Ratings/Characteristics Sensor Units (with Amplifier) Item -S -S0W -S0-0 -0W -1 hrough-beam Sensing distance cm 0 cm 0 cm 0 cm 1 m m Standard object mm (opaque object) mm (opaque object) Light indicator (red) 0. dia. (opaque object) mm (opaque object) - 8 mm (opaque object) Enclosure ratings IEC IP IEC IP0 IEC IP IEC IP0 IEC IP IEC IP Material Plastic Metal Light source Infrared LED Ambient temperature Operating: C to 70 C (with no icing) Item -DSW -DS -DS -LSR Diffuse reflective Definite refrective Sensing distance cm cm ±0. cm Standard object x cm (white mat paper) x cm 1 x 1 cm (see note) (white mat paper) Light indicator (red) Enclosure ratings IEC IP0 IEC IP Material Plastic Light source Infrared LED Red LED Ambient temperature Operating: C to 70 C (with no icing) Item -S -DMR -DM -DS1 -SA -DMA -DS1A hroughbeam Diffuse reflective hroughbeam Diffuse reflective Sensing distance cm mm mm 1 cm cm mm 1 cm Standard object mm (opaque object) 1 x 1 cm (see note) x cm (see note) mm (opaque object) (see note) 1 x 1 cm (white mat paper) Differential travel --- 0% max % max. Light indicator (red) --- Enclosure ratings IEC IP Material Plastic Ambient temperature Operating: C to 70 C (with no icing) 90% reflection white mat paper Item -VS1G -VSR -VMR -VS7R Retroreflective for mark sensor Sensing distance 1±0. cm ±0. cm.±0. cm 7±1.0 cm Min. sensing mark width Ambient illumination 0.9 mm (center of Sensing distance) 1. mm (center of Sensing distance) Incandescent lamp: 1,000 x max. Sunlight:,000 x max. 0. mm (center of Sensing distance) 0. mm (center of Sensing distance) x cm (see note) Ambient temperature Operating: C to 70 C (with no icing) Operating: C to 70 C (with no icing) Operating: C to 70 C (with no icing) Ambient humidity Operating: % to 8% Enclosure ratings IEC IP IEC IP0 Vibration resistance Destruction: to Hz, 1.-mm double amplitude for hrs each in,, and Z directions Shock resistance Destruction: 00 m/s (approx. 0G)

4 Amplifier Units Item -A -C -WHF -G -J P Power supply voltage 0 to 0 VAC ±%, 0/0 Hz to VDC ±%, ripple (p-p): 1 V max. Current consumption W max. 0 ma max. DC solid-state 80 ma max. 0 ma max. load Relay output 1 A at 0 VAC, cosφ = DC voltage drop 1 V max. 0.7 V max. 1. V max. 0.7 V max. Alarm output ma Response time 1/ ms max. selectable 1 ms imer function --- /, one-shot delay (selectable): 1 or s max. Sensitivity adjustment Adjustable --- -delay (selectable): 0 ms Operation mode Switch selectable Wire selectable Switch selectable s Light (red) and Light (red), Light (red) and stability (green) stability (green) stability (green) and operation (yellow) Mutual interference protection Provided Enclosure rating IEC IP0 (excluding terminals) IEC IP0 Material Plastic Ambient temperature Operating: C to C (with no icing) Engineering Data Excess Gain Ratio -S0W (ypical) -S0/-S0W (ypical) -S0 Distance Excess gain ratio Operating level Excess gain ratio Operating level Excess gain ratio Operating level Emitter Receiver Amplifier Sensing distance (cm) Sensing distance (cm) Sensing distance (cm) -DSW (ypical) -DS (ypical) -LSR Excess gain ratio Operating level Excess gain ratio Operating level Excess gain ratio Sensing distance (cm) Sensing distance (cm) Sensing distance (mm)

5 Operating Range -S -S0W -S0/-S0W (ypical) Operating position (mm) Operating position (cm) Operating position (mm) Sensing distance (mm) Sensing distance (cm) Sensing distance (cm) -S0 -DSW -DS (ypical) Operating position (cm) Operating position (mm) Moving direction Operating position (mm) Sensing distance Operating position Sensing distance (cm) Sensing distance (mm) Optical axis -DS (ypical 1) -DS (ypical ) -1 Sensing distance (cm) Operating position (mm) Moving direction of object Optical axis Operating position (mm) : : Optical axis Moving direction of object Sensing distance (mm) Operating position (cm) Sensing distance (mm) Sensing distance (m) Operating position (cm) - -LSR (ypical 1) -LSR (ypical ) Operating position (mm) Optical axis Moving direction of object Sensing distance (mm) : : Operating position (mm) Optical axis Sensing distance (mm) Moving direction of object : : Sensing distance (m)

6 -DMR (ypical) -DM/-DMA (ypical) -DS1/-DS1A (ypical) Operating position (mm) : : Sensing distance (mm) Operating position (mm) : : Sensing distance (mm) Operating position (mm) : : Sensing distance (mm) Sensitivity -DSW Sensing distance (mm) A A A: Object width (typical sample) Size of object A (mm)

7 Operation Amplifier Units Circuits -A/-C -WHF Main circuit Relay output 9 80 ma max. V max. Load 0 V H: to 0 V Gate (-C only) L: 0 to V Main circuit PNP Load output 7 NPN output 8 Load to V 0 ma max. 0 ma max. 0 V -GE NPN ype -GF PNP ype Main circuit 0 V 1 Power supply Main circuit 1 8 Response time -JCP NPN ype -JBP PNP ype to VDC to VDC Main circuit 0 V Load Main circuit Alarm Load 0 ma max. Alarm 0 ma max. 0 V 7

8 iming Charts -A Light Incident Interrupted Light- Dark- t 1. Control output is produced only during the input time.. When t exceeds 1 ms or ms, solid-state output is produced. o produce relay output, t must be longer than 0 ms. t Relay ( transistor) NO H () NC L () NO H () NC L () -C Gate input D. Light Incident Interrupted Light- Dark- Light- D. Dark- O.S.D. (9) () Open (9) () Short circuit Light- Dark- Relay Solidstate Solidstate ( transistor) NO H () NC L () NO H () NC L () NO H () NC L () NO H () NC L () NO H () NC L () NC L () NO H () 1. t must be longer than 1 ms or ms.. denotes a delay time. -WHF -GE/-GF Light Incident Interrupted t t transistor Light Incident Interrupted Light mode OU 1 Light- Dark mode OU transistor Dark- OU 1 OU t >1 ms or ms -JCP/-JBP Light beam Incident Interrupted Light indicator r. (1 ms) r. (0 ms delay) 0 ms 8

9 Dimensions All units are in millimeters unless otherwise indicated. Sensor Units -S Weight: approx. 0 g (emitter only).±0..9 Mounting Bracket (Order Separately) OAC-1, -, - Four,. dia. mounting holes 0. dia. Cord: O.D.:. dia. (1C x /0.18), Emitter/receiver surface 7.±0. wo,.9 dia..8 Optical axis (emitter source/receiver). wo, dia. A 0 A +. Four M. sensor mounting holes t = 1. mm 0 A: OAC-1: mm OAC-:0 mm OAC-:0 mm -S0W Weight: approx. 0 g Emitter White 1.8 dia. Receiver Optical axis position. Red () ± Cord: O.D.: 1.7 dia. (1C x /0.18),. dia..8 dia. 1. -S0 Weight: approx. g Receiver Emitter -S0W Weight: approx. g Receiver Emitter.8 Receiver 1. dia.. dia dia dia. Emitter 1. dia. Receiver 1. dia. 1.. dia. 7.. dia. 1. dia.. 1. Emitter 1. dia. 1. Cord: O.D.: 1.8 dia. (1C x 0/0.08), Cord: O.D.: 1.8 dia. (1C x 0/0.08), 9

10 -S0 Weight: approx. 0 g Label 7.9±0. 11 Mounting Bracket (Order Separately) E9-L ± dia... wo,. dia Weight: approx. 0 g dia. 1.8 Cord: Polyethelene-insulated round cord, 8. dia. (/0.18 dia.), one-core standard length: m dia... 8 (see note). lens M Cord: O.D.:. dia. (1C x /0.18), (emitter only) Optical axis (emitter/receiver surface) - Weight: approx. 0 g 8 dia. he mounting bracket is supplied with Lens R M 1 (emitter only) 17 7 Optical axis Cord: O.D.:. dia. (1C x /0.18), -DSW Weight: approx. 0 g Cord: O.D.: 1.8 x. (C x 7/0.18), ±0. 7± dia dia.

11 -DS Weight: approx. 0 g Emitter 1±0. wo,. dia. holes Receiver 0 Cord: O.D.:. x. (C x /0.18), 8 7 7±0. -DS Weight: approx. 0 g ±1 Cord: O.D.:. x. (C x /0.18), 1... Optical axis position -LSR Weight: approx. g. 9.. Receiver Emitter Lens R Cord: O.D.:. x. (C x /0.18), 1±1 0 Optical axis position R.. -S Weight: approx. g 8. (see note 1) (see note ) dia. 1. dia.. dia. 8 dia. Stainless tube Cord: O.D.:. dia. (1C x /0.18),. dia Bendable range ( mm radius or more). Do not bend this part. 11

12 -SA Weight: approx. g 1. dia. dia. (90). 0. Stainless 1. dia. tube 0 0 (see note ) (see note 1) (see note ) Mounting Bracket 1R R 8±0.1. Four, R 1. 1.R Cord: O.D.:. dia. (1C x /0.18), 1. Bendable range ( mm radius or more). Do not bend this part DMR Weight: approx. 0 g (.) Stainless tube 9 dia. 1. dia. Bendable range 1. dia. 1. dia. (see note 1) 1 Optical axis position 0 (See Note ).. Cord: O.D.:. x. (C x /0.18),. dia. 1. dia. 89. dia Bendable range ( mm radius or more). Do not bend this part. -DM/-DS1 Weight: approx. 0 g 8. (see note 1) (see note ) dia. A dia. B dia. 8 dia. Stainless tube. Cord: O.D.:. x. (C x /0.18), 11.1 Model A dia. B dia. -DS1.0 dia. 1. dia. -DM 1. dia. 1. dia.. dia Bendable range ( mm radius or more). Do not bend this part. 7. -DMA/-DS1A Weight: approx. 0 g Cord: O.D.:. x. (C x /0.18), B dia. 8 dia. dia. dia. (90) Stainless tube A dia. 0 (see note ) 0 (see note 1) Model A dia. B dia. -DS1A.0 dia. 1. dia. -DMA 1. dia. 1. dia. (see note ) Mounting Bracket 1R.9R 7.8± Four, R 1. 1.R. dia..

13 Amplifier Units -A/-C Weight: approx. 0 g (he socket PF11A is supplied as an accessory.) PF11A WHF Weight: approx. 0 g (.) 7. wo, M mounting holes (1) rack mounting surface. -GE/-GF Weight: approx. 1 g Connecting Socket PF08A Front-connecting Socket P08 Back-connecting Socket.. -JCP/-JBP Weight: approx. 80 g M. Stability indicator Light indicator imer mode selector swiich Operation mode selector swith Sensitivity adjuster Caution label (accessory) (see note 1) wo dia. 0 m standard Mounting bracket (see note ) 1. Attach the caution label after adjusting the sensitivity adjuster.. his is not necessary when mounting the photoelectric sensor on a track. 1

14 Accessories Socket PF11A (for -A/-C; included) Eleven M. x 7 sems screws () 7 max.. () (). max. 1 max. PF08A (for -GE/-GF; Order Separately) wo. x mounting holes Eight M x 8 sems screws. 7 max.. max max. 1

15 Installation Amplifier Units Connections (to Sensor Units) -A/-C -WHF 0 V Shield Red Shield White (Emitter) (-C only) (Receiver) (-C only) 0 V Power source to VDC OU PNP output Gate (-C only) 7 8 OU1 NPN output 7 8 Reflective type in one cord. 1 Red Shield (emitter) White Shield (receiver) Reflective type in one cord Reflective type in one cord. -GE/-GF Shield 1 Operation Mode Selection Response ime Selection Red Shield White Response time selector input Light- Dark- to VDC 1 ms ms Open 8 0 V 0 V Short circuit -JCP/-JBP Red Shield (emitter) White Shield (receiver) 1

16 ALL DIMENSIS SHOWN ARE IN MILLIMEERS. o convert millimeters into inches, multiply by o convert grams into ounces, multiply by Cat. No. E1-E1-7B OMR Corporation Systems Components Division H.Q. 8th Fl., Crystal ower Bldg. 1--7, Shiromi, Chuo-ku, Osaka 0 Japan Phone: Fax: In the interest of product improvement, specifications are subject to change without notice. Printed in Japan M (09) 1