WENGLOR PHOTOELECTRIC SENSORS @ ADVFIT.COM

WENGLOR Photoelectronic Sensors

WENGLOR’s broad range of Photoelectronic Sensors provides you with the ideal solution for a great variety of applications. They’re capable of simply scanning and counting objects, as well as performing high precision distance measurements and recognizing color, gloss and luminescence. wenglor is an experienced and innovative partner for all of your contactfree detection tasks. Suitable mounting systems for various housings and additional options for connecting sensors to glass or plastic fiberoptic cables allow for flexible and easy installation, as well as use under extreme ambient conditions.

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WENGLOR Reflex Sensors

These sensors have the transmitter and receiver integrated into a single housing. The light beam emanated from the transmitter is reflected by the surface of the object to be recognized. A part of this light is detected by the receiver and it is transformed into a signal for switching by an evaluation unit integrated in the sensor.

HD03NB3	30 mm	M18 × 1	Infrared Light
HD03PA	30 mm	M18 × 1	Infrared Light
HD03PA3	30 mm	M18 × 1	Infrared Light
OTDK502A0002	500 mm	M18 × 1	Infrared Light
OTDK502A0091	500 mm	M18 × 1	Infrared Light
OTM502C0002	500 mm	49,1 × 27 × 16 mm	Infrared Light
OTWK502A0002	500 mm	M18 × 1; angled	Infrared Light
OTWK502A0091	500 mm	M18 × 1; angled	Infrared Light
T1FL06VB	60 mm	16 × 25 × 4 mm	Infrared Light
T1FL06VD	60 mm	16 × 25 × 4 mm	Infrared Light
TB06PC7	60 mm	M8 × 1	Infrared Light
TB06PC7K	60 mm	M8 × 1	Infrared Light
TC22PA3	200 mm	M18 × 1	Infrared Light
TC55NA3	500 mm	M18 × 1	Infrared Light
TC55PA3	500 mm	M18 × 1	Infrared Light
TC66PA3	1000 mm	M18 × 1	Infrared Light
TC66PC3	1000 mm	M18 × 1	Infrared Light
TD11PA3	100 mm	M18 × 1	Infrared Light
TF55PA3S172	500 mm	M30 × 1,5	Infrared Light
TF88PA3	2000 mm	M30 × 1,5	Infrared Light
TF88PA3S201	2000 mm	M30 × 1,5	Infrared Light
TK55PA7	500 mm	32 × 16 × 12 mm	Infrared Light
TM11PCT2	100 mm	49,1 × 27 × 16 mm	Infrared Light
TM22PA2	200 mm	49,1 × 27 × 16 mm	Infrared Light
TM55PA2	500 mm	49,1 × 27 × 16 mm	Infrared Light
TM55PCT2	500 mm	49,1 × 27 × 16 mm	Infrared Light
TO11PB3	100 mm	M12 × 1	Infrared Light
TO22PB	200 mm	M12 × 1	Infrared Light
TO22PB3	200 mm	M12 × 1	Infrared Light
TO22PD3	200 mm	M12 × 1	Infrared Light
TR55PCT2	500 mm	56,5 × 26 × 24 mm	Infrared Light
TW66PA3	1000 mm	M18 × 1; angled	Infrared Light

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WENGLOR Reflex Sensors with Background Suppression

The sensor evaluates light reflected from an object. The output switches if the object passes within the selected range. These sensors work by the angular measurement principle. For this reason the color, shape and the surface quality of the object have almost no influence on the detection range. Even dark objects can be reliably recognized against bright backgrounds.

CP25QXVT80	240 mm	50 × 50 × 20 mm	Laser (red)
CP70QXVT80	660 mm	50 × 50 × 20 mm	Laser (red)
HB03PBT7	30 mm	M8 × 1	Red Light
HB03PBT7K	30 mm	M8 × 1	Red Light
HB03PDT7K	30 mm	M8 × 1	Red Light
HD11PA3	120 mm	M18 × 1	Red Light
HD11PC3	120 mm	M18 × 1	Red Light
HD11PCV3	120 mm	M18 × 1	Red Light
HD12NCT3	120 mm	M18 × 1	Red Light
HD12PCT3	120 mm	M18 × 1	Red Light
HK12NA	120 mm	32 × 16 × 12 mm	Red Light
HK12NA7	120 mm	32 × 16 × 12 mm	Red Light
HK12PA	120 mm	32 × 16 × 12 mm	Red Light
HK12PA7	120 mm	32 × 16 × 12 mm	Red Light
HK12PB8	120 mm	32 × 16 × 12 mm	Red Light
HK12PCT7	120 mm	32 × 16 × 12 mm	Red Light
HK12PD8	120 mm	32 × 16 × 12 mm	Red Light
HM24PA2	150 mm	54,5 × 27 × 16 mm	Red Light
HM24PCT2	150 mm	54,5 × 27 × 16 mm	Red Light
HN22NA3	200 mm	76 × 32,5 × 18 mm	Red Light
HN22PA	200 mm	76 × 32,5 × 18 mm	Red Light
HN22PA3	200 mm	76 × 32,5 × 18 mm	Red Light
HN22PBV3	200 mm	76 × 32,5 × 18 mm	Red Light
HN24PA3	150 mm	76 × 32,5 × 18 mm	Red Light
HN33PA	300 mm	76 × 32,5 × 18 mm	Red Light
HN33PA3	300 mm	76 × 32,5 × 18 mm	Red Light
HN33PBV3	300 mm	76 × 32,5 × 18 mm	Red Light
HN55PA3	500 mm	76 × 32,5 × 18 mm	Red Light
HN55PBV3	500 mm	76 × 32,5 × 18 mm	Red Light
HN70PA3	700 mm	76 × 32,5 × 18 mm	Infrared Light
HO08PA	80 mm	M12 × 1	Red Light
HO08PA3	80 mm	M12 × 1	Red Light
HR12PCT2	120 mm	56,5 × 26 × 24 mm	Red Light
HT77PA3	1500 mm	81 × 75 × 34 mm	Infrared Light
HT77PBV3	1500 mm	81 × 75 × 34 mm	Infrared Light
HT80PA3	800 mm	81 × 75 × 34 mm	Red Light
HT80PBV3	800 mm	81 × 75 × 34 mm	Red Light
HW11PA3	120 mm	M18 × 1; angled	Red Light
HW11PCV3	120 mm	M18 × 1; angled	Red Light
HW12PCT3	120 mm	M18 × 1; angled	Red Light
OCP162P0150P	40...160 mm	50 × 50 × 30 mm	Laser (red)
OCP242X0135	240 mm	50 × 50 × 20 mm	Laser (red)
OCP352P0150P	50...350 mm	50 × 50 × 30 mm	Laser (red)
OCP662P0150P	60...660 mm	50 × 50 × 30 mm	Laser (red)
OCP662X0080	660 mm	50 × 50 × 20 mm	Laser (red)
OCP662X0135	660 mm	50 × 50 × 20 mm	Laser (red)
OCP801P0150P	30...80 mm	50 × 50 × 30 mm	Laser (red)
OHD202A0103	200 mm	M18 × 1	Red Light
OHM152B0002	150 mm	54,5 × 27 × 16 mm	Laser (red)
OHN252B0003	250 mm	76 × 32,5 × 18 mm	Laser (red)
OHP102B0003	100 mm	50 × 50 × 20 mm	Laser (red)
OHP551B0003	55 mm	50 × 50 × 20 mm	Laser (red)
OYK801A0107	80 mm	32 × 16 × 12 mm	Laser (red)
YD24NA3	150 mm	M18 × 1	Laser (red)
YD24PA3	150 mm	M18 × 1	Laser (red)
YD24PBV3	150 mm	M18 × 1	Laser (red)
YK12NA7	120 mm	32 × 16 × 12 mm	Laser (red)
YK12PA7	120 mm	32 × 16 × 12 mm	Laser (red)
YK12PB8	120 mm	32 × 16 × 12 mm	Laser (red)
YM22PA2	200 mm	54,5 × 27 × 16 mm	Laser (red)
YM22PBV2	200 mm	54,5 × 27 × 16 mm	Laser (red)
YM22PCT2	200 mm	54,5 × 27 × 16 mm	Laser (red)
YN33PA3	300 mm	76 × 32,5 × 18 mm	Laser (red)
YN33PBV3	300 mm	76 × 32,5 × 18 mm	Laser (red)
YN44PA3	400 mm	76 × 32,5 × 18 mm	Laser (red)
YN44PBV3	400 mm	76 × 32,5 × 18 mm	Laser (red)
YO11PA3	100 mm	M12 × 1	Laser (red)
YP05PA3	55 mm	50 × 50 × 20 mm	Laser (red)
YP05PBV3	55 mm	50 × 50 × 20 mm	Laser (red)
YP09PA3	100 mm	50 × 50 × 20 mm	Laser (red)
YP09PBV3	100 mm	50 × 50 × 20 mm	Laser (red)
YR24PCT2	150 mm	56,5 × 26 × 24 mm	Laser (red)
YW24NA3	150 mm	M18 × 1; angled	Laser (red)
YW24PA3	150 mm	M18 × 1; angled	Laser (red)

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WENGLOR Universal Reflex Sensors

These sensors are equipped for use with Glass Fiber Optic Cables. They can be used with or without a Glass Fiber Optic Cable. Reflex and through beam operations are both possible. In the reflex mode the Universal Reflex Sensors evaluate the light reflected by the object. If the object passes within the selected range, the output is switched. Bright objects reflect light better than dark objects, and can thus be recognized from greater distances. In the through beam operation the color of the object has no influence on the detection range. The use of a Glass Fiber Optic Cable is especially advantageous when difficult to access locations and in high temperature zones of up to 300 °C, as well as in applications with limited space availability.

OUM502C0002	500 mm	54,5 × 27 × 16 mm	Infrared Light
UC44PC3S421	400 mm	M18 × 1	Infrared Light
UC55PCV3	500 mm	M18 × 1	Infrared Light
UC66PA3	1000 mm	M18 × 1	Infrared Light
UC66PCV3	1000 mm	M18 × 1	Infrared Light
UC88PCV3	2000 mm	M18 × 1	Infrared Light
UF55VC/TCH	500 mm	M30 × 1,5	Infrared Light
UF55VC/TCH3	500 mm	M30 × 1,5	Infrared Light
UF66PA3	1000 mm	M30 × 1,5	Infrared Light
UF66PCV3	1000 mm	M30 × 1,5	Infrared Light
UF66VCF3	1000 mm	M30 × 1,5	Infrared Light
UF87NA3	3000 mm	M30 × 1,5	Infrared Light
UF87PA3	3000 mm	M30 × 1,5	Infrared Light
UF87PCV3	3000 mm	M30 × 1,5	Infrared Light
UF88PA3	2000 mm	M30 × 1,5	Infrared Light
UF88VCF3	2000 mm	M30 × 1,5	Infrared Light
UM55NCT2	500 mm	54,5 × 27 × 16 mm	Infrared Light
UM55PA2	500 mm	54,5 × 27 × 16 mm	Infrared Light
UM55PCT2	500 mm	54,5 × 27 × 16 mm	Infrared Light
UM55PCV2	500 mm	54,5 × 27 × 16 mm	Infrared Light
US87PCV	3000 mm	M30 × 1,5	Infrared Light
US87PCV3	3000 mm	M30 × 1,5	Infrared Light

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WENGLOR Glass Fiber Optic Cables Reflex Mode

These Glass Fiber Optic Cables are prepared for the application with Universal Reflex Sensors in Reflex Mode.
The use of a Glass Fiber Optic Cable is also recommended for difficult to access locations and in high temperature zones of up to 300 °C.
Step index fibers are used for all Glass Fiber Optic Cables. They are highly resistant to chemicals and excessive temperatures. 

051-101-102	0,5 mm
051-101-201	0,5 mm
081-132-202	0,8 mm
081-154-202	0,8 mm
081-207-202	0,8 mm
081-254-202	0,8 mm
111-106-201	1,1 mm
111-232-102	1,1 mm
111-232-202	1,1 mm
111-255-202	1,1 mm
161-138-202	1,6 mm
161-156-202	1,6 mm
161-156-203	1,6 mm
161-256-202	1,6 mm
231-218-201	2,3 mm
231-237-102	2,3 mm
231-237-202	2,3 mm
231-251-202	2,3 mm
301-239-104	3 mm
301-251-102	3 mm
301-251-104	3 mm

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WENGLOR Glass Fiber Optic Cables Through Beam Mode

These Glass Fiber Optic Cables are prepared for the application with Universal Reflex Sensors in Through Beam Mode.
The use of a Glass Fiber Optic Cable is also recommended for difficult to access locations and in high temperature zones of up to 300 °C.
Step index fibers are used for all Glass Fiber Optic Cables. They are highly resistant to chemicals and excessive temperatures.

083-101-102	0,8 mm
083-101-202	0,8 mm
083-135-202	0,8 mm
083-235-102	0,8 mm
113-154-202	1,1 mm
113-207-202	1,1 mm
113-232-102	1,1 mm
113-232-202	1,1 mm
163-238-104	1,6 mm
163-238-204	1,6 mm
163-255-104	1,6 mm
163-255-204	1,6 mm
233-110-106	2,3 mm
233-221-104	2,3 mm
233-237-103	2,3 mm
303-239-108	3 mm
303-251-108	3 mm

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WENGLOR Analog Universal Reflex Sensors

These Analog Universal Reflex Sensors are equipped for use with Glass Fiber Optic Cables. They can be used with or without a Glass Fiber Optic Cable. Reflex and through beam operations are both possible.

The use of a Glass Fiber Optic Cable is especially advantageous when difficult to access locations and in high temperature zones of up to 300 °C, as well as in applications with limited space availability.

UF22MV3	60...240 mm	M30 × 1,5	Red Light
UF55MG3	50...500 mm	M30 × 1,5	Infrared Light
UF55MV3	150...600 mm	M30 × 1,5	Infrared Light
UF66MG3	100...1000 mm	M30 × 1,5	Infrared Light

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WENGLOR Glass Fiber Optic Light Curtains

Glass Fiber Optic Light Curtains work by the single barrier principle. If these Glass Fiber Optic Light Curtains are used in combination with an Analog Universal Reflex Sensor, the length of the slot corresponds to the analog range.If an Universal Reflex Sensor with switching output is utilized, the switching point can be adjusted so that the output is switched when the light slot is obstructed to a defined extent.

The use of a Glass Fiber Optic Light Curtains is especially advantageous when difficult to access locations and in high temperature zones of up to 300 °C, as well as in applications with limited space availability.

303-274-104	3 mm
363-271-104	3,6 mm
363-272-104	3,6 mm
363-273-104	3,6 mm
403-270-104	4 mm

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WENGLOR Fiber Optic Cable Sensors

Fiber Optic Cable Sensors are prepared for the application with Glass and Plastic Fiber Optic Cables. A reflex mode as well a through beam mode is possible. They evaluate the light reflected by the object. The ouput switches if the object reaches the adjusted detection range (reflex operation mode) or if the active light beam is interrupted (through beam mode). Bright objects reflect light better than dark objects, and can thus be recognized from greater distances. In the through beam mode the color of the object has no influence on the detection range.

ODX202P0007	59 × 30 × 12 mm	Red Light
ODX202P0008	59 × 30 × 12 mm	Red Light
ODX202P0107	59 × 30 × 12 mm	Red Light
ODX402P0007	70 × 53 × 15 mm	Red Light
ODX402P0008	70 × 53 × 15 mm	Red Light
ODX402P0088	70 × 53 × 50 mm	Red Light
ODX402P0099	70 × 53 × 15 mm	Red Light

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WENGLOR Plastic Fiber Optic Cables Reflex Mode

Plastic Fiber Optic Cables are supplied in standard lengths of 2 meters and can be cut to individual lengths as required by the user. Plastic Fiber Optic Cable can be used in reflex mode.

Lenses

The Light Spot Size of the Lens LA27 can be adjusted flexibly to the object size in the reflex mode. The Mounting Technology guarantees a quick and flexible installation. The detection of small objects is assured by the extremely focused Light Spot of the Lens LA28. For the through beam mode, lenses for range extension are available

K1	Plastic Fiber Optic Cable	Reflex Mode
K10	Plastic Fiber Optic Cable	Reflex Mode
K12	Plastic Fiber Optic Cable	Reflex Mode
K13	Plastic Fiber Optic Cable	Reflex Mode
K15	Plastic Fiber Optic Cable	Reflex Mode
K17	Plastic Fiber Optic Cable	Reflex Mode
K19	Plastic Fiber Optic Cable	Reflex Mode
K2	Plastic Fiber Optic Cable	Reflex Mode
K21	Plastic Fiber Optic Cable	Reflex Mode
K23	Plastic Fiber Optic Cable	Reflex Mode
K25	Plastic Fiber Optic Cable	Reflex Mode
K27	Plastic Fiber Optic Cable	Reflex Mode
K3	Plastic Fiber Optic Cable	Reflex Mode
K4	Plastic Fiber Optic Cable	Reflex Mode

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WENGLOR Plastic Fiber Optic Cables Through Beam Mode

Plastic Fiber Optic Cables are supplied in standard lengths of 2 meters and can be cut to individual lengths as required by the user. Plastic Fiber Optic Cable can be used in through beam mode operation.

Lenses

The Light Spot Size of the Lens LA27 can be adjusted flexibly to the object size in the reflex mode. The Mounting Technology guarantees a quick and flexible installation. The detection of small objects is assured by the extremely focused Light Spot of the Lens LA28. For the through beam mode, lenses for range extension are available

K11	Plastic Fiber Optic Cable	Through Beam Mode
K14	Plastic Fiber Optic Cable	Through Beam Mode
K16	Plastic Fiber Optic Cable	Through Beam Mode
K18	Plastic Fiber Optic Cable	Through Beam Mode
K20	Plastic Fiber Optic Cable	Through Beam Mode
K22	Plastic Fiber Optic Cable	Through Beam Mode
K24	Plastic Fiber Optic Cable	Through Beam Mode
K26	Plastic Fiber Optic Cable	Through Beam Mode
K28	Plastic Fiber Optic Cable	Through Beam Mode
K5	Plastic Fiber Optic Cable	Through Beam Mode
K8	Plastic Fiber Optic Cable	Through Beam Mode

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WENGLOR Reflex Sensors for Measuring Tasks

The sensors measure the distance between the sensor and the object. They work with laser light (red), red light or infrared light after the triangulation principle. For this reason, the object’s color, shape and surface characteristics have practically no influence on measurement results. A voltage within a range of 0…10 V DC is made available so an analog output or as current value from 4…20 mA.

CP08MHT80	30...80 mm	50 × 50 × 20 mm	Laser (red)
CP24MHT80	40...160 mm	50 × 50 × 20 mm	Laser (red)
CP35MHT80	50...350 mm	50 × 50 × 20 mm	Laser (red)
HD09MG-P24	35...85 mm	M18 × 1	Red Light
HN24MGV-P24	55...155 mm	76 × 32,5 × 18 mm	Red Light
HT60MGV80	300...600 mm	81 × 75 × 34 mm	Red Light
HT66MGV80	350...850 mm	81 × 75 × 34 mm	Infrared Light
HT77MGV80	300...1300 mm	81 × 75 × 34 mm	Infrared Light
OCP162H0180	40...160 mm	50 × 50 × 20 mm	Laser (red)
OCP352H0180	50...350 mm	50 × 50 × 20 mm	Laser (red)
OCP801H0180	30...80 mm	50 × 50 × 20 mm	Laser (red)
YP05MGV80	43...53 mm	50 × 50 × 20 mm	Laser (red)
YP05MGVL80	43...53 mm	50 × 50 × 20 mm	Laser (red)
YP06MGV80	40...60 mm	50 × 50 × 20 mm	Laser (red)
YP06MGVL80	40...60 mm	50 × 50 × 20 mm	Laser (red)
YP11MGV80	50...100 mm	50 × 50 × 20 mm	Laser (red)
YP11MGVL80	50...100 mm	50 × 50 × 20 mm	Laser (red)

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WENGLOR Luminescence Sensors

Luminescence Sensors emit UV light with a wavelength of 380 nm. If the emitted light strikes a luminescent object, it reflects light within a visible wavelength range of 420 – 750 nm in accordance with the utilized luminescent substance. This fluorescent effect is exploited by the Luminescence Sensor in order to detect markings which are invisible to the human eye during daylight hours.

A1P05QAT80	30...50 mm	50 × 50 × 20 mm	UV Light
A2P05QAT80	30...50 mm	50 × 50 × 20 mm	UV Light

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WENGLOR Reflex Sensors for Contrast Detection

Reflex Sensors for Contrast Detection measure the brightness of objects. The switching threshold is set to a specified degree of brightness. The brightness of the scanned surface is compared with the specified brightness value by integrated analysis electronics. Bright objects reflect more light than dark objects, and can thus be recognized from greater distances.

Applications

• Recognition of contrast markings
• Recognition of markings on encoding discs
• High speed recognition of extremely small parts and markings
• Wire recognition Rapid edge detection
• Rapid counting of plug connectors 

YM24PAH2ABF	150 mm	54,5 × 27 × 16 mm	Laser (red)
YM24PAH2ANZ	150 mm	54,5 × 27 × 16 mm	Laser (red)
YP11VAH3ABF	100 mm	50 × 50 × 20 mm	Laser (red)
YP11VAH3ANZ	100 mm	50 × 50 × 20 mm	Laser (red)

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WENGLOR Reflex Sensors for Contrast Detection

Reflex Sensors for Contrast Detection measure the brightness of objects. The switching threshold is set to a specified degree of brightness. The brightness of the scanned surface is compared with the specified brightness value by integrated analysis electronics. Bright objects reflect more light than dark objects, and can thus be recognized from greater distances.

Applications

• Recognition of contrast markings
• Recognition of markings on encoding discs
• High speed recognition of extremely small parts and markings
• Wire recognition Rapid edge detection
• Rapid counting of plug connectors 

YM24PAH2ABF	150 mm	54,5 × 27 × 16 mm	Laser (red)
YM24PAH2ANZ	150 mm	54,5 × 27 × 16 mm	Laser (red)
YP11VAH3ABF	100 mm	50 × 50 × 20 mm	Laser (red)
YP11VAH3ANZ	100 mm	50 × 50 × 20 mm	Laser (red)

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WENGLOR Reflex Sensors for Contrast Measurement

Reflex Sensors for Contrast Measurement measure the brightness of objects. A voltage within a range of 0 … 10 V DC is made available at the analog output and is proportional to the measured degree of brightness. Voltage increases along with the degree of brightness. A switching output allows for brightness monitoring with a pre-selected value.

Applications

• Monitoring of brightness variation
• Monitoring of drying status
• Object sorting 

YP11MVV80

50...100 mm

50 × 50 × 20 mm

Laser (red)

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WENGLOR Print Mark Sensors

These sensors have been specially designed to recognize print marks. They have a very small spot, and use a white light LED with long service life. Only one sensor is required for the recognition of all color combinations, as well as the difference in brightness between printed markings and the background.

WM03NCT2	12...18 mm	54,5 × 27 × 16 mm	White Light
WM03PCT2	12...18 mm	54,5 × 27 × 16 mm	White Light
WP02PAT80	12...16 mm	50 × 50 × 20 mm	White Light
WP04NAT80	30...40 mm	50 × 50 × 20 mm	White Light
WP04PAT80	30...40 mm	50 × 50 × 20 mm	White Light

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WENGLOR Gloss Sensors

These sensors are capable of differentiating between surfaces with glossy and matte finishes.

Applications

• Recognition of transparent labels on white glass and plastic surfaces
• Recognition of adhesive tape on surfaces
• Monitoring of application and drying of glues and paints
• Recognition of glass ampules in blister packages

GM04VC2

5...40 mm

54,5 × 27 × 16 mm

Laser (red)

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WENGLOR Transit Time Sensors

These sensors measure the distance between the sensor and the object in accordance with the principle of transit time measurement. For this reason, the object’s color, shape and surface characteristics have practically no influence on the switching point. Even dark objects can be reliably recognized against bright backgrounds. If the object reaches the adjusted switching point, the output switches. A large working range is achieved by these sensors and they recognize objects at great distances.

OY2P303A0135	0...3000 mm	50 × 50 × 20 mm	Laser (red)
OY2TA403AT235	0...4000 mm	81 × 55 × 30 mm	Laser (red)

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WENGLOR Transit Time Sensors for Measurement

These sensors measure the distance between the sensor and the object in accordance with the principle of transit time measurement. For this reason, the object’s color, shape and surface characteristics have practically no influence on the switching point. Even dark objects can be reliably recognized against bright backgrounds. If the object reaches the adjusted switching point, the output switches. A large working range is achieved by these sensors and they recognize objects at great distances.

OY1P303P0102	50...3050 mm	50 × 50 × 20 mm	Laser (red)
OY1P303P0189	50...3050 mm	50 × 50 × 20 mm	Laser (red)
OY1TA603P0003	0,2...6,2 m	81 × 55 × 30 mm	Laser (red)
X1TA100QXT3	0,1...10,2 m	81 × 55 × 30 mm	Laser (red)
X1TA101MHT88	0,2...100,2 m	81 × 55 × 30 mm	Laser (red)
X1TA101MHV80	0,2...100,2 m	81 × 55 × 30 mm	Laser (red)
Y1TA100MHT88	0,1...10,1 m	81 × 55 × 30 mm	Laser (red)
Y1TA100MHV80	0,1...10,1 m	81 × 55 × 30 mm	Laser (red)
Y1TA100QXT3	0,1...10,1 m	81 × 55 × 30 mm	Laser (red)
Y1TA100QXVT80	0,1...10,1 m	81 × 55 × 30 mm	Laser (red)

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WENGLOR Reflex Sensors for Roller Conveyor Systems

Thanks to a special mechanical design developed by wenglor, these sensors can be mounted between the rollers of a roller conveyor system. Reflex Sensors for Roller Conveyor Systems work in accordance with the principal of angular measurement, Retro-Reflex Sensors for Roller Conveyor Systems work as Retro-Reflex Sensors. For this reason, the object’s color, shape and surface characteristics have practically no influence on the sensor’s ability to recognize conveyed materials. The sensors are equipped with control logic for congestion-free and collision-free transport. An electromagnetic valve for the control of the pneumatics is optional.

OP104	550 mm	99 × 46 × 18 mm	Infrared Light
OPT123	550 mm	99 × 46 × 18 mm	Infrared Light
OPT144	550 mm	99 × 46 × 18 mm	Infrared Light
OPT244-P06	550 mm	99 × 46 × 18 mm	Infrared Light
OPT246	550 mm	99 × 46 × 18 mm	Infrared Light
OPT255	550 mm	99 × 46 × 18 mm	Infrared Light
OPT89	550 mm	99 × 46 × 18 mm	Infrared Light

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WENGLOR Retro-Reflex Sensors for Roller Conveyor Systems

Thanks to a special mechanical design developed by wenglor, these sensors can be mounted between the rollers of a roller conveyor system. Reflex Sensors for Roller Conveyor Systems work in accordance with the principal of angular measurement, Retro-Reflex Sensors for Roller Conveyor Systems work as Retro-Reflex Sensors. For this reason, the object’s color, shape and surface characteristics have practically no influence on the sensor’s ability to recognize conveyed materials. The sensors are equipped with control logic for congestion-free and collision-free transport. An electromagnetic valve for the control of the pneumatics is optional.

OPT164

6500 mm

99 × 46 × 18 mm

Red Light

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WENGLOR Retro-Reflex Sensors

Retro-Reflex Sensors work with red light or laser light. The transmitter and the receiver are integrated into a single housing and a reflector is required. If the light beam between the sensor and the reflector is interrupted by an object, the output is switched. Glossy objects such as mirrors, chrome plated or other reflective surfaces can be reliably recognized thanks to the integrated polarization filter.

OLM104A0002	10000 mm	54,5 × 27 × 16 mm	Laser (red)
OLD104C0003	10000 mm	M18 × 1	Laser (red)
LQ40PCT3	11000 mm	40 × 40 × 70 mm	Red Light
LN40PA3	11000 mm	76 × 32,5 × 18 mm	Red Light
XR96NCT2	12000 mm	56,5 × 26 × 24 mm	Laser (red)
XR96PCT2	12000 mm	56,5 × 26 × 24 mm	Laser (red)
LB66PC7	1300 mm	M8 × 1	Red Light
LB66PC7K	1300 mm	M8 × 1	Red Light
L1FL66VB	1400 mm	16 × 25 × 4 mm	Red Light
L1FL66VD	1400 mm	16 × 25 × 4 mm	Red Light
XD100PA3	14000 mm	M18 × 1	Laser (red)
XD100PCV3	14000 mm	M18 × 1	Laser (red)
XW100PA3	14000 mm	M18 × 1; angled	Laser (red)
XM98NDH2	15000 mm	54,5 × 27 × 16 mm	Laser (red)
XM98PAH2	15000 mm	54,5 × 27 × 16 mm	Laser (red)
XM98PDVH2	15000 mm	54,5 × 27 × 16 mm	Laser (red)
RO88PB3	2500 mm	M12 × 1	Red Light
RO88PD3	2500 mm	M12 × 1	Red Light
LK89NA7	4500 mm	32 × 16 × 12 mm	Red Light
LK89ND8	4500 mm	32 × 16 × 12 mm	Red Light
LK89PA	4500 mm	32 × 16 × 12 mm	Red Light
LK89PA7	4500 mm	32 × 16 × 12 mm	Red Light
LK89PB8	4500 mm	32 × 16 × 12 mm	Red Light
LK89PD8	4500 mm	32 × 16 × 12 mm	Red Light
OLDK503A0002	5000 mm	M18 × 1	Red Light
OLDK503A0091	5000 mm	M18 × 1	Red Light
OLWK503A0002	5000 mm	M18 × 1; angled	Red Light
OLWK503A0091	5000 mm	M18 × 1; angled	Red Light
LN89PA3	5500 mm	76 × 32,5 × 18 mm	Red Light
LN89PDV3	5500 mm	76 × 32,5 × 18 mm	Red Light
XK89PA7	6000 mm	32 × 16 × 12 mm	Laser (red)
XK89PB8	6000 mm	32 × 16 × 12 mm	Laser (red)
XO89PA3	6000 mm	M12 × 1	Laser (red)
LD86NCT3	6000 mm	M18 × 1	Red Light
LD86PA3	6000 mm	M18 × 1	Red Light
LD86PCT3	6000 mm	M18 × 1	Red Light
LD86PCV	6000 mm	M18 × 1	Red Light
LD86PCV3	6000 mm	M18 × 1	Red Light
LW86NCT3	6000 mm	M18 × 1; angled	Red Light
LW86PA3	6000 mm	M18 × 1; angled	Red Light
LW86PC3	6000 mm	M18 × 1; angled	Red Light
LW86PCT3	6000 mm	M18 × 1; angled	Red Light
LW86PCV3	6000 mm	M18 × 1; angled	Red Light
LM89NCT2	6500 mm	54,5 × 27 × 16 mm	Red Light
LM89PA	6500 mm	54,5 × 27 × 16 mm	Red Light
LM89PA2	6500 mm	54,5 × 27 × 16 mm	Red Light
LM89PCT2	6500 mm	54,5 × 27 × 16 mm	Red Light
LM89PCV2	6500 mm	54,5 × 27 × 16 mm	Red Light
OLM653C0102	6500 mm	54,5 × 27 × 16 mm	Red Light
XN96PA3	9500 mm	76 × 32,5 × 18 mm	Laser (red)
XN96VBH3	9500 mm	76 × 32,5 × 18 mm	Laser (red)
XN96VDH3	9500 mm	76 × 32,5 × 18 mm	Laser (red)

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WENGLOR Retro-Reflex Sensors for Clear Glass Recognition

Retro-Reflex Sensors for Clear Glass Recognition allow for reliable recognition of clear glass and transparent objects. The transmitter and the receiver are integrated into a single housing and a reflector is required. If the light beam between the sensor and the reflector is interrupted by an object, the output is switched. Glossy objects such as mirrors, chrome plated or other reflective surfaces can be reliably recognized thanks to the integrated polarization filter.

K1R87PCT2	4000 mm	56,5 × 26 × 24 mm	Red Light
KN55PA3	500 mm	76 × 32,5 × 18 mm	Red Light
KN88NA3	2600 mm	76 × 32,5 × 18 mm	Red Light
KN88PA3	2600 mm	76 × 32,5 × 18 mm	Red Light
KN88PDV3	2600 mm	76 × 32,5 × 18 mm	Red Light
KR87NCT2	4000 mm	56,5 × 26 × 24 mm	Red Light
KR87PCT2	4000 mm	56,5 × 26 × 24 mm	Red Light
OKM453C0202	4500 mm	54,5 × 27 × 16 mm	Red Light
OKM453C0302	4500 mm	54,5 × 27 × 16 mm	Red Light
OPT282	4000 mm	180 × 39 × 23 mm	Red Light

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WENGLOR Light Curtains Pick to Light

The Light Curtains Pick to Light allow for error prevention during partial picking processes in shelves and storage locations. An integrated green and red light job display shows the user when part picking processes were carried out correctly or incorrectly. The Pick to Light Curtains function on the basis of the Retro-Reflex principle. Both the transmitter and receiver are integrated in the same housing and require a reflector for their function. The reflector is pre-installed on the rear of the housing and reflects the neighboring Light Curtain.

OLEB122C0102	2000 mm	120 mm	Red Light
OLEB272C0102	2000 mm	270 mm	Red Light
OLEB422C0102	2000 mm	420 mm	Red Light

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WENGLOR Light Curtain for Measuring Tasks

Light grids for measuring tasks function in accordance with the barrier principle. This means that transmitter and receiver are housed separately. These housings are installed in such a way that the beam of light from the transmitter hits the optical receiver. Switching output depends on which and how many beams are interrupted. An analog output provides that information in the form of relevant voltage or power. The transmitters are equipped with a test input for function tests.

OEEB103U0135	30 mm	3000 mm	1050 mm
OEEB123U0135	30 mm	3000 mm	1200 mm
OEEB133U0135	30 mm	3000 mm	1350 mm
OEEB152U0135	30 mm	3000 mm	150 mm
OEEB153U0135	30 mm	3000 mm	1500 mm
OEEB163U0135	30 mm	3000 mm	1650 mm
OEEB183U0135	30 mm	3000 mm	1800 mm
OEEB302U0135	30 mm	3000 mm	300 mm
OEEB452U0135	30 mm	3000 mm	450 mm
OEEB602U0135	30 mm	3000 mm	600 mm
OEEB752U0135	30 mm	3000 mm	750 mm
OEEB902U0135	30 mm	3000 mm	900 mm
OEEI102U0135	2 mm	2000 mm	100 mm
OEEI152U0135	2 mm	2000 mm	150 mm
OEEI202U0135	2 mm	2000 mm	200 mm
OEEI501U0135	2 mm	2000 mm	50 mm
OSEB103Z0103	30 mm	3000 mm	1050 mm
OSEB123Z0103	30 mm	3000 mm	1200 mm
OSEB133Z0103	30 mm	3000 mm	1350 mm
OSEB152Z0103	30 mm	3000 mm	150 mm
OSEB153Z0103	30 mm	3000 mm	1500 mm
OSEB163Z0103	30 mm	3000 mm	1650 mm
OSEB183Z0103	30 mm	3000 mm	1800 mm
OSEB302Z0103	30 mm	3000 mm	300 mm
OSEB452Z0103	30 mm	3000 mm	450 mm
OSEB602Z0103	30 mm	3000 mm	600 mm
OSEB752Z0103	30 mm	3000 mm	750 mm
OSEB902Z0103	30 mm	3000 mm	900 mm
OSEI102Z0103	2 mm	2000 mm	100 mm
OSEI152Z0103	2 mm	2000 mm	150 mm
OSEI202Z0103	2 mm	2000 mm	200 mm
OSEI501Z0103	2 mm	2000 mm	50 mm

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WENGLOR Through Beam Sensors

The transmitter and the receiver are enclosed in separate housings with Through Beam Sensors. These are mounted so that the light beam emitted by the transmitter strikes the lens at the receiver. wenglor Through Beam Sensors are available with laser light, red light or infrared light. If the active light beam between the transmitter and the receiver is interrupted, the output is switched. Transmitters are equipped with a test input and can thus be checked for correct functioning. The controller works together with the light barriers SA250/EA250 and avoids a mutual influence of the sensors.

E1FL66VD	1000 mm	16 × 25 × 4 mm
EA250-P24	15000 mm	M12 × 1
EB77VB7	1500 mm	M8 × 1
EB77VD7	1500 mm	M8 × 1
ED98PC3	10000 mm	M18 × 1
ED98PCV3	10000 mm	M18 × 1
EK96VB	6000 mm	32 × 16 × 12 mm
EK96VB8	6000 mm	32 × 16 × 12 mm
EK96VD	6000 mm	32 × 16 × 12 mm
EK96VD8	6000 mm	32 × 16 × 12 mm
EM98PA2	10000 mm	54,5 × 27 × 16 mm
EN200PA3	20000 mm	76 × 32,5 × 18 mm
EN600PA3	60000 mm	76 × 32,5 × 18 mm
EO95VB3N	5000 mm	M12 × 1
EO95VD3N	5000 mm	M12 × 1
EO98VB3	10000 mm	M12 × 1
EO98VD3	10000 mm	M12 × 1
EW98PC3	10000 mm	M18 × 1; angled
OED000C0003		M18 × 1
OEDK803A0002	8000 mm	M18 × 1
OEDK803A0091	8000 mm	M18 × 1
OEWK803A0002	8000 mm	M18 × 1; angled
OEWK803A0091	8000 mm	M18 × 1; angled
OSD124Z0003	12000 mm	M18 × 1	Laser (red)
OSD404Z0003	40000 mm	M18 × 1	Laser (red)
OSDK803Z0002	8000 mm	M18 × 1	Red Light
OSDK803Z0091	8000 mm	M18 × 1	Red Light
OSWK803Z0002	8000 mm	M18 × 1; angled	Red Light
OSWK803Z0091	8000 mm	M18 × 1; angled	Red Light
S1FL66	1000 mm	16 × 25 × 4 mm	Infrared Light
SA250-P24	15000 mm	M12 × 1	Infrared Light
SB777	1500 mm	M8 × 1	Infrared Light
SD983	10000 mm	M18 × 1	Red Light
SK96	6000 mm	32 × 16 × 12 mm	Red Light
SK968	6000 mm	32 × 16 × 12 mm	Red Light
SM982	10000 mm	54,5 × 27 × 16 mm	Red Light
SN2003	20000 mm	76 × 32,5 × 18 mm	Red Light
SN6003	60000 mm	76 × 32,5 × 18 mm	Red Light
SO953N	5000 mm	M12 × 1	Red Light
SO983	10000 mm	M12 × 1	Infrared Light
SW983	10000 mm	M18 × 1; angled	Red Light
YO993	20000 mm	M12 × 1	Laser (red)
YO99VB3	20000 mm	M12 × 1
YO99VD3	20000 mm	M12 × 1
ZD2003	20000 mm	M18 × 1	Laser (red)
ZD200NCT3	20000 mm	M18 × 1
ZD200PCVT3	20000 mm	M18 × 1
ZD6003	60000 mm	M18 × 1	Laser (red)
ZD600PCT3	60000 mm	M18 × 1
ZD600PCVT3	60000 mm	M18 × 1
ZK1008	10000 mm	32 × 16 × 12 mm	Laser (red)
ZK100VD8	10000 mm	32 × 16 × 12 mm
ZW2003	20000 mm	M18 × 1; angled	Laser (red)
ZW200NCT3	20000 mm	M18 × 1; angled
ZW200PCT3	20000 mm	M18 × 1; angled
ZW6003	60000 mm	M18 × 1; angled	Laser (red)
ZW600PCT3	60000 mm	M18 × 1; angled

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WENGLOR Controller for Through Beam Sensors

These Through Beam Sensors are designed for use in combination with the wenglor LV250 Through Beam Sensor controller. Thanks to the high ratio they also work securely in a very dirty surrounding. Use of the wenglor controller rules out any possible interactive influence between light barriers.

LV250PCT

Special Housing Types

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WENGLOR Fork Sensors

With Fork Sensors the transmitter and the receiver are integrated into a single housing as a light barrier. If the light beam between the transmitter and the receiver is interrupted, the output is switched. Thanks to the use of visible laser light, the sensor is very easy to align to the object. The use of a fine light beam ensures a small diameter spot over the entire width of the fork. This allows for the recognition of extremely small parts, holes, slots and notches.

YH03NCT8	30 mm	Fork Width 30 mm	Laser (red)
YH03PCT8	30 mm	Fork Width 30 mm	Laser (red)
YH08NCT8	80 mm	Fork Width 80 mm	Laser (red)
YH08PCT8	80 mm	Fork Width 80 mm	Laser (red)

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WENGLOR Color Sensors

wenglor Color Sensors are capable of recognising previously defined colors. These include colors of transparent objects and liquids in the through beam operating mode, as well as colors of surfaces in reflex mode operation. The various Color Sensors are differentiated by configuration and type of utilized white light source.

FD01		M18 × 1
FP04PCT80	30...40 mm	50 × 50 × 20 mm	White Light
FP11PCT80	10...1000 mm	50 × 50 × 20 mm	White Light

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WENGLOR Glass Fiber Optic Cables for Color Sensors

This complete family of Color Sensors features modular design characteristics, and can thus be ideally adapted to any application. Various distances from the sensor to the object, as well as different Light Spot sizes, are made possible with the help of additional optics and Glass Fiber Optic Cables. The use of a Glass Fiber Optic Cable is also recommended for difficult to access locations and in high temperature zones of up to 300 °C. Reflex and through beam operation modes are both possible. The sensor generates three different output voltages within a range of 0 … 10 V DC depending upon color and brightness. An SPS, an according software or the wenglor Evaluation Unit of the type FN evaluates these three voltages.

FL0102	3 mm
FL0104	3 mm
FL0302	3 mm
FL0304	3 mm
FL0402	1,6 mm
FL0404	1,6 mm
FL0502	3 mm
FL0504	3 mm
FL0602	1,1 mm
FL0604	1,1 mm
FL0702	3 mm
FL0704	3 mm
FL0802	1,6 mm
FL0804	1,6 mm
FL0902	3 mm
FL0904	3 mm
FL1002	3 mm
FL1004	3 mm

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Morocco, Algeria, Tunisia, Libya, Egypt, Sudan,Somalia, Somaliland (de facto state), Eritrea, Ethiopia and Djibouti and West  Mali, Senegal, The Gambia, Guinea, Guinea-Bissau, Burkina Faso, Sierra Leone, Niger, Nigeria , Yemen, Egypt, Saudi Arabia, Iraq, Oman, United Arab Emirates, Kuwait, UAE ,Albania, Bosnia and Herzegovina, Kosovo, Northern Cyprus ,Turkey, North Caucasus, Ukraine , Afghanistan, Kazakhstan, Kyrgyzstan, Tajikistan, Turkmenistan, Uzbekistan,Pakistan, India,Bangladesh, Sri Lanka and the Maldives,Indonesia, Brunei and Malaysia