Photoelectric sensors infrared / redlight

Transcription

1 infrared / redlight Selection chart Page Cylindrical housing OG (M8) Basicine DC 7 Cylindrical housing OG (M8) Performanceine DC 7-7 Cylindrical housing OG (M8) Basicine with lateral sensing face 7 Cylindrical housing OG (M8) Wetine for hygienic and wet areas 7 OG housing with rectangular housing 7 Cylindrical housing OG (M8) Basicine AC/DC 7 Rectangular housing OH for industrial applications 7 Rectangular housing OJ Performanceine, lateral sensing face 7-7 Rectangular housing O for industrial applications 7 Rectangular housing O7 Basicine 7-7 Rectangular housing O Basicine 7 Rectangular housing O Performanceine 7 Rectangular housing O Basicine 77 Rectangular housing O Performanceine 77 Accessories s 79 Scale drawings - CAD download: 80 9

2 infrared / redlight Photocells for general purposes and for harsh environments. Visible red and infrared light sources. ong s and accurate background suppression. Choice of standard industrial and high performance units. Accessories for simple fitting and extra mechanical protection. Photoelectric sensors: infrared / redlight Automation technology can no longer be imagined without photoelectric sensors as artificial eyes. They are used where safe and non-contact detection of the exact position of objects is required. The material of the objects to be detected is of no importance. Compared to proximity sensors photoelectric sensors have a much higher sensing zone. Through-beam sensors A through-beam sensor is distinguished by a long. The system consists of two separate components: a transmitter and a receiver. The light only travels one way (from the transmitter to the receiver). Adverse effects in the applications, such as dust in the air, dirt on the lenses, steam or mist do not immediately interfere with the system. This is called a high insensitivity to dirt or a high excess gain. Retro-reflective sensors For a retro-reflective sensor the transmitter and receiver are incorporated into one housing. By means of a reflector the transmitted light is returned to the receiver. An object in the beam path interrupts the beam and triggers a switching operation. Retro-reflective sensors without polarisation filter operate in the infrared area, systems with polarisation filter with visible red light. Compared to through-beam sensors, retro-reflective sensors have an average excess gain. Diffuse reflection sensors A diffuse reflection sensor is used for the direct detection of objects. Transmitter and receiver are incorporated into one housing. The transmitter emits light which is reflected by the object to be detected and seen by the receiver. This system evaluates the reflected light of an object. Reflectors are not necessary for operation. Fixing options ifm electronic offers a complete component system of easy-to-use mounting sets. The solutions consist of a clamp which is fastened with only one screw, keeps the sensors safely in place and at the same time guarantees free movement in all axes. The reflector reflects the light beam: For a retro-reflective sensor transmitter and receiver are integrated into one housing. Artificial eyes: Photoelectric sensors are used to detect positions in automation technology. 70

3 infrared / redlight Cylindrical housing OG (M8) Basicine DC Type Operating principle Sensing Spot Ø at max. Through-beam sensor Type OGE M8 x M connector plastics DC Receiver 8 m D PNP OGE00 Through-beam sensor Type OGS M8 x M connector metal DC Transmitter 8 m OGS00 Through-beam sensor Type OGE M8 x M connector high-grade stainless steel DC Receiver 0 m D PNP 0... OGE00 Through-beam sensor Type OGS M8 x M connector high-grade stainless steel DC Transmitter 0 m OGS00 Retro-reflective sensor Type OGP M8 x M connector plastics DC Polarisation filter m 00 D PNP OGP00 Retro-reflective sensor Type OGP M8 x M connector high-grade stainless steel DC Polarisation filter m 0 D PNP 0... OGP00 Polarisation filter m 0 H PNP 0... OGP0 Diffuse reflection sensor Type OGT M8 x M connector plastics DC Diffuse reflection sensor mm H PNP OGT00 Diffuse reflection sensor Type OGH M8 x M connector high-grade stainless steel DC Background suppression...0 mm H PNP 0... OGH00 Cylindrical housing OG (M8) Performanceine DC Type Operating principle Sensing Spot Ø at max. Through-beam sensor Type OGS M8 x M connector high-grade stainless steel DC Transmitter m OGS00 Through-beam sensor Type OGE M8 x M connector high-grade stainless steel DC Receiver m H/D PNP 0... OGE00 7

4 infrared / redlight Type Operating principle Sensing Spot Ø at max. Retro-reflective sensor Type OGP M8 x M connector high-grade stainless steel DC Polarisation filter m 00 H/D PNP 0... OGP00 Diffuse reflection sensor Type OGH M8 x M connector high-grade stainless steel DC Background suppression...00 mm H/D PNP 0... OGH00 Cylindrical housing OG (M8) Basicine with lateral sensing face Type Operating principle Sensing Spot Ø at max. Through-beam sensor Type OGS M connector high-grade stainless steel DC Transmitter 9 m < OG9 Through-beam sensor Type OGE M connector high-grade stainless steel DC Receiver 9 m H PNP OG7 Receiver 9 m D PNP OG8 Retro-reflective sensor Type OGP M connector high-grade stainless steel DC Polarisation filter m < 9 H PNP OG Polarisation filter m < 9 D PNP OG Diffuse reflection sensor Type OGH M connector high-grade stainless steel DC Background suppression 00 mm < H PNP OG Background suppression 00 mm < 8 H PNP OG Cylindrical housing OG (M8) Wetine for hygienic and wet areas Type Operating principle Sensing Spot Ø at max. Retro-reflective sensor Type OGP M8 x M connector high-grade stainless steel DC Polarisation filter m 0 D PNP 0... OGP00 Diffuse reflection sensor Type OGH M8 x M connector high-grade stainless steel DC Background suppression 00 mm 8 H PNP OGH00 7

5 infrared / redlight OG housing with rectangular housing Type Operating principle Sensing Spot Ø at max. Through-beam sensor Type OGS-Cube M connector high-grade stainless steel DC Transmitter 0 m OGS80 Through-beam sensor Type OGE-Cube M connector high-grade stainless steel DC Receiver 0 m D PNP OGE80 Receiver 0 m H PNP OGE8 Retro-reflective sensor Type OGP-Cube M connector metal DC Polarisation filter 0... m 0 D PNP OGP80 Polarisation filter 0... m 0 H PNP OGP8 Polarisation filter 0... m 0 D NPN OGP8 Diffuse reflection sensor Type OGH-Cube M connector metal DC Background suppression 00 mm 7 H PNP OGH80 Background suppression...00 mm H/D PNP OGH80 Background suppression...00 mm H/D NPN OGH8 Cylindrical housing OG (M8) Basicine AC/DC Type Operating principle Sensing Spot Ø at max. Through-beam sensor Type OGS M8 x / connector plastics AC/DC Transmitter m OG000 Through-beam sensor Type OGE M8 x / connector plastics AC/DC Receiver m D AC/DC OG009* Retro-reflective sensor Type OGP M8 x / connector plastics AC/DC Polarisation filter m D AC/DC OG00* Diffuse reflection sensor Type OGT M8 x / connector plastics AC/DC Diffuse reflection sensor...00 mm < 9 H AC/DC OG00* * Note for AC and AC/DC units Miniature fuse to IEC07- sheet, A (fast acting). Recommendation: check the unit for reliable function after a short circuit. 7

6 infrared / redlight Rectangular housing OH for industrial applications Type Operating principle Sensing Spot Ø at max. Through-beam sensor Type OHS Cable with connector 0. m plastics DC Transmitter. m OH0 Through-beam sensor Type OHE Cable with connector 0. m plastics DC Receiver. m D PNP OH00 Retro-reflective sensor Type OHP Cable with connector 0. m plastics DC Polarisation filter 0.8 m 0 D PNP OH0 Diffuse reflection sensor Type OHN Cable with connector 0. m plastics DC Diffuse reflection sensor...0 mm. H PNP OH00 Diffuse reflection sensor Type OHH Cable with connector 0. m plastics DC Background suppression...0 mm. H PNP OH007 Rectangular housing OJ Performanceine, lateral sensing face Type Operating principle Sensing Spot Ø at max. Through-beam sensor Type OJE M8 connector plastics DC Receiver 0 m H/D NPN OJ0 Retro-reflective sensor Type OJP M8 connector plastics DC Polarisation filter 0... m H/D NPN OJ07 Diffuse reflection sensor Type OJB M8 connector plastics DC Diffuse reflection sensor...00 mm 0 H/D NPN OJ0 Diffuse reflection sensor mm 0 H/D PNP OJ07 Through-beam sensor Type OJS M8 connector plastics DC Transmitter 0 m OJ0 Through-beam sensor Type OJE M8 connector plastics DC Receiver 0 m H/D PNP OJ 7

7 infrared / redlight Type Operating principle Sensing Spot Ø at max. Retro-reflective sensor Type OJP M8 connector plastics DC Polarisation filter 0... m H/D PNP OJ Diffuse reflection sensor Type OJB M8 connector plastics DC Diffuse reflection sensor...00 mm 0 H/D PNP OJ Diffuse reflection sensor Type OJH M8 connector plastics DC Background suppression...00 mm < 8 H/D PNP OJ8 Rectangular housing O for industrial applications Type Operating principle Sensing Spot Ø at max. Through-beam sensor Type OS Terminals plastics AC/DC Transmitter m < O000 Through-beam sensor Type OE Terminals plastics AC/DC Receiver m H/D relay O0007 Retro-reflective sensor Type OP Terminals plastics AC/DC Polarisation filter 0... m 0 H/D relay O000* Diffuse reflection sensor Type OT Terminals plastics AC/DC Diffuse reflection sensor mm < 00 H/D relay O000* * Note for AC and AC/DC units Miniature fuse to IEC07- sheet, A (fast acting). Recommendation: check the unit for reliable function after a short circuit. Rectangular housing O7 Basicine Type Operating principle Sensing Spot Ø at max. Through-beam sensor Type O7S Cable with connector 0. m plastics DC Through-beam sensor 0... m O7S00 7

8 infrared / redlight Type Operating principle Sensing Spot Ø at max. Through-beam sensor Type O7E Cable with connector 0. m plastics DC Through-beam sensor 0... m D PNP O7E00 Retro-reflective sensor Type O7P Cable with connector 0. m plastics DC Polarisation filter m D PNP O7P00 Diffuse reflection sensor Type O7H Cable with connector 0. m plastics DC Background suppression...0 mm. H PNP O7H00 Background suppression mm. H PNP O7H0 Background suppression mm 7 H PNP O7H0 Rectangular housing O Basicine Type Operating principle Sensing Spot Ø at max. Through-beam sensor Type OS M connector plastics DC Transmitter 0 m OS00 Through-beam sensor Type OE M connector plastics DC Receiver 0 m D PNP OE00 Retro-reflective sensor Type OP M connector plastics DC Polarisation filter m 7 D PNP OP00 Diffuse reflection sensor Type OH M connector plastics DC Background suppression mm 0 H PNP OH00 Rectangular housing O Performanceine Type Operating principle Sensing Spot Ø at max. Diffuse reflection sensor Type OH M connector plastics DC Background suppression mm 0 H/D PNP OH00 7

9 infrared / redlight Rectangular housing O Basicine Type Operating principle Sensing Spot Ø at max. Retro-reflective sensor Type OP M connector plastics DC Polarisation filter m 00 D PNP 0... OP00 Rectangular housing O Performanceine Type Operating principle Sensing Spot Ø at max. Through-beam sensor Type OS M connector plastics DC Transmitter 80 m OS00 Through-beam sensor Type OE M connector plastics DC Receiver 80 m H/D PNP 0... OE00 Retro-reflective sensor Type OP M connector plastics DC Polarisation filter 0... m 0 H/D PNP 0... OP00 Diffuse reflection sensor Type OH M connector plastics DC Background suppression mm 0 H/D PNP 0... OH00 Accessories Type Description Prismatic reflector Ø mm round fixing by screw for type OA, OC, OE, OF, OG, OI, OM, OR, OS, OT, OU Housing materials: plastics E09 Prismatic reflector Ø mm round fixing by screw for type OA, OC, OE, OF, OG, OI, OM, OR, OS, OT, OU Housing materials: plastics E09 Prismatic reflector Ø mm round for type OP, OA, OC, OE, OF, OG, OH, OI, OJ, O, OM, OR, OS, OT, OU Housing materials: plastics E000 Prismatic reflector Ø 0 mm round fixing by screw for type OA, OC, OE OF, OG, OH, OI, OJ, OM, OR, OS, OS, OT, OU Housing materials: plastics E09 Prismatic reflector Ø 80 mm round for type OP, OP, OG, OJ, OA, OC, OE OF, OH, OI, OM, OR, OS, OT, OU Housing materials: plastics E000 77

10 infrared / redlight Type Description Mounting set for reflector Ø mm Clamp mounting free-standing M8 Housing materials: fixture: stainless steel Ti /.7 / clamp: stainless steel E090 Mounting set for reflector Ø mm Clamp mounting free-standing M8 Housing materials: fixture: stainless steel Ti /.7 / clamp: stainless steel E0907 Mounting set for reflector Ø 0 mm Clamp mounting free-standing M0 Housing materials: fixture: stainless steel Ti /.7 / clamp: stainless steel E09 Mounting set for reflector Ø 80 mm Clamp mounting free-standing M Housing materials: fixture: stainless steel Ti /.7 / clamp: stainless steel E09 Reflective tape for retro-reflective sensors with polarisation filter TS-0 0 x 000 mm Housing materials: plastics E0 Mounting set Ø. mm Clamp mounting rod mounting Ø 0 mm for type OF, IF Housing materials: fixture: stainless steel Ti /.7 / clamp: diecast zinc E00 Protective bracket for free-standing and rod mounting Ø 8 mm Clamp mounting Housing materials: stainless steel /.0 E Protective bracket for free-standing and rod mounting Ø 8 mm with end stop Mounting clamp Clamp mounting Housing materials: Mounting clamp: PC black / Angle bracket: stainless steel /.0 E Angle bracket for type M8 Housing materials: stainless steel E07 Basic clip OJ Housing materials: high-grade stainless steel E09 Swivel-mount clip for type OJ Housing materials: diecast zinc E097 Angle bracket for type OJ Housing materials: high-grade stainless steel E098 Mounting set OJ for side lens Clamp mounting free-standing M8 Housing materials: fixture: stainless steel Ti /.7 / clamp: stainless steel E099 Mounting set O7 Clamp mounting rod mounting Ø 0 mm Housing materials: fixture: stainless steel / clamp: stainless steel / screw: stainless steel / Nut: stainless steel E7 78

11 infrared / redlight Type Description Angle bracket for type O Housing materials: stainless steel Ti /.7 E087 Mounting set Clamp mounting with protective cover free-standing M0 for type O Housing materials: stainless steel Ti /.7 / clamp: diecast zinc E08 Dovetail clamp for type DTS, O, O Housing materials: AlMgSi0. E088 Angle bracket O for type O Housing materials: stainless steel /.0 E0 Angle bracket O for type O Housing materials: stainless steel /.0 E7 s 9 + n.c. + + N + N N + N : Teach + 8 n.c. + + : Teach + 79

12 infrared / redlight Scale drawings - CAD download: 7 7, M8 x 8, M x M8 x, M x x 90 M x M8 x x 90 M x,, M8 x : with pot M x x 90 M8 x : with pot. 7 9 M x x 90 M8 x 7 9 M x M8 x 9, 70, 8 M8 x 9,7 9 7, 9 7 M x x M x M8 x x 90 0,,9, 8 s,, M8 x 8 M x,,9, 8,, M8 x s 8 M x : setting pushbuttons x 90 : Programming buttons 80

13 Scale drawings - CAD download: 8 7, " 0UNF M8 x Photoelectric sensors infrared / redlight 7,, : pushbutton 7,,9, 9, 0,,,,,9 7,,9, 9,,7 0,,,,,9 7,,9, 9, 0,,, 7,,9 7,, M8x, 8,8 9 : pushbutton 8,8, 9,, 8,, 8, M8x 9, : pushbutton 9,8, 9 7,,,, 8,, 8, M8x,, M8x, 8,8 9, 9 : pushbutton : pushbutton 8

14 infrared / redlight Scale drawings - CAD download: 0 9,8, 9 9, 9,,,, 8, M8x 9 9, : pushbutton 7 9 0, 7 8, 0 : pushbutton , 7 8, 0 : pushbutton 9 0,,7, 0,,7, M 9, 0,,7 7, M 9 9 0,,7 7,8, M 9 7 8,,8, x9 7 70, M x, : When a M mounting screw is used, the max. tightening torque is Nm. M 9 8

15 infrared / redlight Scale drawings - CAD download: 8 8,,8, x9 7,8 7,9 x0 7, 70,, 0,9 8, 0 7, 8, 8, 0 M x M x, : When a M mounting screw is used, the max. tightening torque is Nm. 9, 9 : When a M mounting screw is used, the max. tightening torque is Nm. 8,,8, x9 9, 7 7,8 7,9 x0 70,, 8, 8, M x 0 8,, 0 : with pot., : When a M mounting screw is used, the max. tightening torque is Nm. 0 8,,8, x9 9, 7 M x, 0,, 0 7, 8, M x 9, : When a M mounting screw is used, the max. tightening torque is Nm. 70, : Programming buttons, : When a M mounting screw is used, the max. tightening torque is Nm. 8

16 infrared / redlight Scale drawings - CAD download: 7,8 7,9 x0 7,8 7,9 x , 8, 8, 8, 0 0 M x 9,, 8, 7, 8,, 8, 8,, M x 9,, 8,, : When a M mounting screw is used, the max. tightening torque is Nm., : Programming buttons : When a M mounting screw is used, the max. tightening torque is Nm., : Programming buttons 7,8 7,9 x , 8, 8, 8, M x 9,, 8, 9,7, : When a M mounting screw is used, the max. tightening torque is Nm., : Programming buttons 8

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19 laser Selection chart Page Cylindrical housing OG (M8) aser Performanceine 89 Rectangular housing OJ aser Performanceine, lateral sensing face 89 Rectangular housing O aser Performanceine with background suppression 89 Accessories Scale drawings - CAD download: 90 s 90 87

20 laser Safe class laser with visible light for ease of alignment. Detect objects smaller than mm across. ong versions for measurement up to 0 m. Accurate and repeatable switch point setting. Fine ajustment mounting brackets for easy installation. Photoelectric sensors: laser aser systems are used where detection of small objects or precise positioning is required. They are available as through-beam sensors, retro-reflective sensors or diffuse reflection sensors. aser light consists of light waves of identical length which have a defined phase relation (coherence). This results in an important feature of laser systems, that is the almost parallel light beam. Result: Due to the small angle of divergence long s of up to 0 metres can be achieved. The laser spot which is also clearly visible at daylight simplifies the alignment of the system. Apart from the advantages some points have to be taken into account for the selection of the suitable optical system: compared to standard sensors the laser sensors have a reduced temperature ( C). In view of the small light spot and the often high s the system is more sensitive to vibrations than standard sensors. Mounting aids The ifm laser sensors offer a useful function for easier alignment: The laser power is increased during adjustment: This leads to a particularly bright laser spot which enables safe alignment from a distance even at daylight. How dangerous are laser sensors? Due to the small angle of divergence laser beams are focussed on a small area. The energy and power density on this area is extremely high. ifm laser sensors comply with the European standard EN 08 or the international standard IEC 08. These standards describe the operation of laser systems. Coherent: aser sensors emit light of a defined wave length and the same phase position. 88

21 laser Cylindrical housing OG (M8) aser Performanceine Type Operating principle Sensing Spot Ø at max. Through-beam sensor Type OGS M8 x M connector high-grade stainless steel DC Transmitter 0 m OGS700 Through-beam sensor Type OGE M8 x M connector high-grade stainless steel DC Receiver 0 m H/D PNP 0... OGE700 Retro-reflective sensor Type OGP M8 x M connector high-grade stainless steel DC Polarisation filter 0... m 0 H/D PNP 0... OGP700 Diffuse reflection sensor Type OGH M8 x M connector high-grade stainless steel DC Background suppression mm. H/D PNP 0... OGH700 Rectangular housing OJ aser Performanceine, lateral sensing face Type Operating principle Sensing Spot Ø at max. Diffuse reflection sensor Type OJH M8 connector plastics DC Background suppression mm 0.8 H/D PNP OJ8 Background suppression...00 mm x H/D PNP OJ Rectangular housing O aser Performanceine with background suppression Type Operating principle Measuring ight spot diameter Current consumption [ma] Sampling rate / switching frequency [Hz] Optical distance sensor Type OD M connector metal DC Background suppression m OD0 Accessories Type Description Prismatic reflector Ø 9 mm round fixing by screw M for laser units for type OGP, OJP, OP Housing materials: screw: stainless steel /.0 / spring washer: stainless steel /.0 / Nut: stainless steel /.0 / front plate: PMMA / base: ABS E099 Prismatic reflector 0 x 0 mm angular for laser units for type OGP, OJP, OP Housing materials: front plate: PMMA / base: ABS E099 89

22 laser Type Description Prismatic reflector 0 x 0 mm angular for laser sensors and glass / film detection sensors Housing materials: plastics E07 Swivel-mount clip for type OJ Housing materials: diecast zinc E097 Mounting set Clamp mounting rod mounting Ø mm for type OD, OD Housing materials: fixture: stainless steel / clamp: stainless steel / screws: stainless steel / Nut: high-grade stainless steel ED0 s + + : Teach + Scale drawings - CAD download: 7 9 M x x 90 M8 x,8, 9 9,,,,, 8, M8x M x x M8 x : pushbutton 9, : Programming buttons 90

23 laser Scale drawings - CAD download: 0,,8, 9, 8, 9, 9, 9,,, 0 9 M8x 0 Mx : pushbutton : -digit alphanumeric display, : Programming buttons 9

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25 fibre optics Selection chart Page OOF amplifiers for acrylic fibre optics 9 OBF amplifiers for acrylic fibre optics 9 Acrylic fibre optics for OBF / OOF housings, through-beam system 9 Acrylic fibre optics for OBF / OOF housings, diffuse reflection system 9 Acrylic fibre optics for OBF / OOF housings, through-beam system, can be cut to length 9 Acrylic fibre optics for OBF / OOF housings, diffuse reflection system, can be cut to length 9 Acrylic fibres on a reel for OBF housing 9 Accessories 9 s 9-97 Scale drawings - CAD download:

26 fibre optics Acrylic and glass fibre optic sensing heads and amplifiers. Can be used in areas where space and access is restricted. Fibres for high temperatures and use with aggressive chemicals. Multi-channel amplifiers with display and logic functions. Simplified wiring and reduced space requirement. Photoelectric sensors: fibre optics Fully automatic manufacturing machines become more and more compact. Fibre optics are used where mounting space for photoelectric standard sensors is confined. Advantages of these systems: The evaluation electronics and the optoelectronic components are located separately from the sensing surface of the system. Fibre optic sensing heads can therefore be mounted in places where access is difficult. Fibre optics are the best choice, in particular for short s. Versions of fibre optic systems Through-beam principle Transmitting and receiving fibre optics are laid separately. The two ends (fibre optic heads) are mounted opposite each other. The light beam interruption is evaluated according to the through-beam principle. The maximum is 0 cm. Diffuse reflection principle Transmitting and receiving fibres are in one sheath. The sensing head incorporates receiving and transmitting fibre bundles. The s of the ifm sensors are max. 70 mm. Applications of fibre optic systems: Confined space The fibre optic head is directly located where sensing takes place, the mating amplifier where sufficient mounting space is available. Detection of minute objects Depending on the type of sensing head and objects up to 0. mm can be detected safely. When the movement of objects is precise, it is possible to detect fine structures, e.g. thread pitches. High temperatures Fibre optics with metal sheath can be used up to 90 C, fibre optics with metal silicone sheath up to 0 C. Chemical resistance Metal silicone sheathed fibre optics are resistant to many aggressive chemicals. Minute objects up to 0. mm are detected safely. Fibre optic systems can also be mounted in places where access is difficult. 9

27 fibre optics OOF amplifiers for acrylic fibre optics Type Number of input channels For fibre optics Type of light Sensing through beam Sensing diffuse Type OOF M connector plastics DC FT- red.8 m mm H/D PNP... OO000 Type OOF M connector plastics DC FT- red.8 m mm H/D PNP... OO00 Type OOF M connector plastics DC FT- red.8 m mm H/D PNP... OO00 Type OOF M connector plastics DC 8 FT- red.8 m mm H/D PNP... OO00 OBF amplifiers for acrylic fibre optics Type Number of input channels For fibre optics Type of light Sensing through beam Sensing diffuse Type OBF M connector plastics DC FT- red 0... m mm H/D PNP/NPN OBF00 Acrylic fibre optics for OBF / OOF housings, through-beam system Type Fibre optic material Range OB0.. / OBF.. / OO0.. Sensing head material Ambient temperature [ C] Sheathing material PMMA 0 / 0 / 800 aluminium PE (polyethylene) E0 Acrylic fibre optics for OBF / OOF housings, diffuse reflection system Type Fibre optic material Range OB0.. / OBF.. / OO0.. Sensing head material Ambient temperature [ C] Sheathing material PMMA 0 / / 0 aluminium PE (polyethylene) 7 E09 9

28 fibre optics Acrylic fibre optics for OBF / OOF housings, through-beam system, can be cut to length Type Fibre optic material Range OB0.. / OBF.. / OO0.. Sensing head material Ambient temperature [ C] Sheathing material PMMA / 80 / 0 aluminium E078 PMMA 7 / 70 / 700 aluminium E077 Acrylic fibre optics for OBF / OOF housings, diffuse reflection system, can be cut to length Type Fibre optic material Range OB0.. / OBF.. / OO0.. Sensing head material Ambient temperature [ C] Sheathing material PMMA / 0 / aluminium E07 Acrylic fibres on a reel for OBF housing Type Description acrylic fibres on a reel 0 m for type OBF Housing materials: PE / Fibre: : PMMA E077 acrylic fibres on a reel 0 m for type OBF Housing materials: PE / Fibre: : PMMA E077 Accessories Type Description cutter for fibre optics Housing materials: plastics E000 s : Out : Out 7 + 7: function check 9

29 fibre optics s 7 + : Out : Out : Out : Out A E J O + E: Out P: Out S: Out G: Out C: Out T: Out N: Out 7 J: Out 8 7: function check O: function check A E T O + E: Out P: Out S: Out G: Out C: Out T: Out + + O: function check Scale drawings - CAD download: : mounting on DIN rail : mounting on DIN rail 97

30 fibre optics Scale drawings - CAD download: 7 M x 0, : mounting on DIN rail, : setting pushbuttons : mounting on DIN rail M 7 M 8 : mounting on DIN rail 0, 0 M 9, 0 9 M8 98

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33 specific systems Selection chart Page Sensors for the detection of transparent objects 0 Sensors for distance and level measurement 0 Sensors for colour detection 0-0 Safety light grids 0 Accessories 0 Evaluation units light curtains / safety light grids 0 Scale drawings - CAD download: 0 s 0 0

34 specific systems High-quality photoelectric sensors for different applications. Excellent price / performance ratio. Extremely compact laser distance sensor with 0 m. Sensor for the detection of transparent objects (PET, glass, film etc.). Extensive of system components for easy and safe mounting. Detection of transparent objects Counting bottles and glasses or the reliable monitoring of film for tear can be performed without problem using specially designed retro-reflective sensors. ifm offers a retro-reflective sensor with a small switching hysteresis, in particular for the detection of transparent objects. Due to the operating principle, retro-reflective sensors have the advantage that the light beam must pass the object to be detected twice. Thus the light is sufficiently weakened to detect a transparent object safely. Precise adjustment is made by means of the Teach button. Distance measurement The continued development of the pmd technology (Photonic Mixer Device) now enables distance measurement to within a millimetre at high s using a laser sensor. The efector pmd laser sensor operates to the time-of-flight principle: A light beam is emitted by a transmitting element and reflected to the receiver element by an object. The measured time of flight relates to the distance from the sensor to the object. Traditional time-of-flight sensors use a photodiode as receiver element. Additional electronics is used for signal acquisition and processing. Disadvantage: This sensor design is complex, large in size and therefore often not suitable for industrial position sensing. In comparison, the efector pmd sensor s receiver element is a System-on-Chip design: both sensor element and electronics for signal evaluation are integrated on a single silicon chip called a Photonic Mixer Device (PMD). The advantage: The sensor offers a high performance in a compact, industrially compatible housing. efector pmd can be used for level measurement and positioning tasks, for example to position industrial trucks in high bay storage areas and to protect autonomous industrial transport systems against collision. Typical application for contrast sensors: Counting of glass bottles. The efector pmd provides an analogue signal that is proportional to the objectto-sensor distance. 0

35 specific systems Sensors for the detection of transparent objects Type Operating principle Sensing Spot Ø at max. Retro-reflective sensor Type OJPG M8 connector plastics DC Polarisation filter 0... m H/D PNP OJ8 Retro-reflective sensor Type OG M connector plastics DC Polarisation filter 0... m 0 / 80 H/D PNP/NPN 0... OG00 Sensors for distance and level measurement Type Operating principle Measuring ight spot diameter Current consumption [ma] Sampling rate / switching frequency [Hz] M connector function OUT: normally open / closed programmable OUT: normally open / closed programmable or analogue (...0 ma / V, scalable) DC PNP 7 Optical distance sensor m OD00 M connector function OUT: normally open / closed programmable OUT: normally open / closed programmable or analogue (...0 ma / V, scalable) DC NPN 8 Optical distance sensor m OD0 M connector function OUT: normally open / closed programmable OUT: normally open / closed programmable or analogue (...0 ma / V, scalable) DC PNP 7 Optical distance sensor 0... m OD Optical distance sensor m OD0 Optical level sensor m OD00 Optical distance sensor...7 m OD0 Sensors for colour detection Type Operating principle Measuring ight spot diameter Current consumption [ma] Sampling rate / switching frequency [Hz] M connector function light-on / dark-on programmable DC PNP/NPN Colour sensor 7 mm. x OC00 M connector DC PNP Colour sensor. mm x OD00 Colour sensor 0 mm OD007 0

36 specific systems Type Operating principle Measuring ight spot diameter Current consumption [ma] Sampling rate / switching frequency [Hz] M connector DC PNP Colour sensor. mm x OD009 Colour sensor 0 mm OD0 M connector DC PNP Colour sensor 9 mm OD0 Safety light grids Type Number of beams Protected area height Protected area width [m] Response time [ms] Complies with the requirements: type, SI, SIcl, P e M connector / OY0S / OYS / OYS Accessories Type Description Angle bracket for type O Housing materials: stainless steel Ti /.7 E087 Prismatic reflector 0 x 0 mm angular for laser sensors and glass / film detection sensors Housing materials: plastics E07 Mounting set Clamp mounting rod mounting Ø mm for type OD, OD Housing materials: fixture: stainless steel / clamp: stainless steel / screws: stainless steel / Nut: high-grade stainless steel ED0 Evaluation units light curtains / safety light grids Type Description Safety relay Muting relay Housing for DIN rail mounting For the connection of safety light curtains / safety light grids with OSSD Safety category type to IEC 9 for industrial applications 8 G00S 0

37 specific systems s : Teach + + Out 7 + Out Out Out 7 8 OSSD + OSSD K/K/Restart SE_A SE_B : Input AT activation trigger, : input External Teach : Input AT activation trigger, : input External Teach + AT N.C. Out : Input AT activation trigger 8 n.c. + n.c. + : Out : Out + : Out : Out : Out : Out : Out : Out Scale drawings - CAD download: 8, 8, 9, 7,8, x9,8, 9,, 70,, 8, M8x M x 9,, 0,, : pushbutton : Programming buttons, : When a M mounting screw is used, the max. tightening torque is Nm. 0

38 Scale drawings - CAD download: 0, M Mx : -digit alphanumeric display, : Programming buttons 8,,8, x9,9 8 70, M x, 0,, : Programming buttons, : When a M mounting screw is used, the max. tightening torque is Nm. M M x 0 0 M x 9 M x 0 Photoelectric sensors specific systems M 8 9 : fibre optic connection, : selection switch color tolerance, : programming selector switch, : teach button 7 T R, M 0, 0, 9, Mx , M 8 M x 9 T: Transmitter, R: Receiver, : colours (red/green/o), : yellow, : colours (red/green) 8 8 9, 99 : lens, : selection switch color tolerance, : programming selector switch, : teach button 0

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