Production logistics get smart
Closing the circle - Sensor solutions in production logistics - even for the smallest spaces in production
Positioning of trays on a loader/unloader
To enable the robot to accurately perform its gripping operations and avoid collisions with the components, the trays are positioned highly precisely on a loader/unloader with the help of a W4SL-3 miniature photoelectric sensor with reflector. The precise laser light spot of the photoelectric sensor ensures a highly accurate switching behavior.
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Following products can be used
Photoelectric sensorsW4SL-3- Sensing range max.: 25 mm ... 300 mm
- Functional principle: Photoelectric proximity sensor
- Functional principle detail: Background suppression
- Switching output: PNP
- Switching mode: Light/dark switching
- Connection type: Male connector M8, 4-pin
- Light source: Laser
- Adjustment: Potentiometer
Photoelectric sensorsW4SL-3- Sensing range max.: 25 mm ... 300 mm
- Functional principle: Photoelectric proximity sensor
- Functional principle detail: Background suppression
- Switching output: NPN
- Switching mode: Light/dark switching
- Connection type: Male connector M8, 4-pin
- Light source: Laser
- Adjustment: Potentiometer
Photoelectric sensorsW4SL-3- Sensing range max.: 25 mm ... 300 mm
- Functional principle: Photoelectric proximity sensor
- Functional principle detail: Background suppression
- Switching output: PNP
- Switching mode: Light/dark switching
- Connection type: Male connector M8, 4-pin
- Light source: Laser
- Adjustment: Cable, Teach-in button
- Smart Sensor: Efficient communication, Enhanced Sensing (base logics), Smart Task
Photoelectric sensorsW4SL-3- Sensing range max.: 25 mm ... 300 mm
- Functional principle: Photoelectric proximity sensor
- Functional principle detail: Background suppression
- Switching output: PNP
- Switching mode: Light/dark switching
- Connection type: Male connector M8, 4-pin
- Light source: Laser
- Adjustment: Cable, Teach-in button
- Smart Sensor: Enhanced Sensing (Time measurement + debouncing), Efficient communication, Smart Task
Please note: The sensor is equipped with a special Smart Task function. Additional information can be found in the “Technical Data.” Use of the sensor for pure object detection is limited.
Photoelectric sensorsW4SL-3- Sensing range max.: 25 mm ... 300 mm
- Functional principle: Photoelectric proximity sensor
- Functional principle detail: Background suppression
- Switching output: PNP
- Switching mode: Light/dark switching
- Connection type: Cable with M8 male connector, 4-pin, 120 mm
- Light source: Laser
- Adjustment: Potentiometer
Photoelectric sensorsW4SL-3- Sensing range max.: 25 mm ... 300 mm
- Functional principle: Photoelectric proximity sensor
- Functional principle detail: Background suppression
- Switching output: PNP
- Switching mode: Light/dark switching
- Connection type: Male connector M8, 4-pin
- Light source: Laser
- Adjustment: Cable, Teach-in button
- Smart Sensor: Enhanced Sensing (Counter + debouncing), Efficient communication, Smart Task
Please note: The sensor is equipped with a special Smart Task function. Additional information can be found in the “Technical Data.” Use of the sensor for pure object detection is limited.
Photoelectric sensorsW4SL-3- Sensing range max.: 25 mm ... 300 mm
- Functional principle: Photoelectric proximity sensor
- Functional principle detail: Background suppression
- Switching output: NPN
- Switching mode: Light/dark switching
- Connection type: Cable with M8 male connector, 4-pin, 120 mm
- Light source: Laser
- Adjustment: Potentiometer
Photoelectric sensorsW4SL-3- Sensing range max.: 25 mm ... 300 mm
- Functional principle: Photoelectric proximity sensor
- Functional principle detail: Background suppression
- Switching output: PNP
- Switching mode: Light/dark switching
- Connection type: Cable, 4-wire, 2 m
- Light source: Laser
- Adjustment: Potentiometer
Photoelectric sensorsW4SL-3- Sensing range max.: 25 mm ... 300 mm
- Functional principle: Photoelectric proximity sensor
- Functional principle detail: Background suppression
- Switching output: PNP
- Switching mode: Light switching
- Connection type: Cable with connector M8, 3-pin, 100 mm
- Light source: Laser
- Adjustment: Potentiometer
Photoelectric sensorsW4SL-3- Sensing range max.: 0 m ... 12 m
- Functional principle: Photoelectric retro-reflective sensor
- Functional principle detail: Autocollimation
- Switching output: PNP
- Switching mode: Light/dark switching
- Connection type: Male connector M8, 4-pin
- Light source: Laser
- Adjustment: Teach-in button
Photoelectric sensorsW4SL-3- Sensing range max.: 0 m ... 12 m
- Functional principle: Photoelectric retro-reflective sensor
- Functional principle detail: Autocollimation
- Switching output: PNP
- Switching mode: Light/dark switching
- Connection type: Male connector M8, 4-pin
- Light source: Laser
- Adjustment: Teach-in button
Photoelectric sensorsW4SL-3- Sensing range max.: 0 m ... 12 m
- Functional principle: Photoelectric retro-reflective sensor
- Functional principle detail: Autocollimation
- Switching output: PNP
- Switching mode: Dark switching
- Connection type: Male connector M8, 4-pin
- Light source: Laser
- Adjustment: Cable, Teach-in button
Photoelectric sensorsW4SL-3- Sensing range max.: 0 m ... 12 m
- Functional principle: Photoelectric retro-reflective sensor
- Functional principle detail: Autocollimation
- Switching output: PNP
- Switching mode: Light/dark switching
- Connection type: Male connector M8, 4-pin
- Light source: Laser
- Adjustment: Cable, Teach-in button
- Smart Sensor: Enhanced Sensing (Time measurement + debouncing), Efficient communication, Diagnosis, Smart Task
Please note: The sensor is equipped with a special Smart Task function. Additional information can be found in the “Technical Data.” Use of the sensor for pure object detection is limited.
Photoelectric sensorsW4SL-3- Sensing range max.: 25 mm ... 300 mm
- Functional principle: Photoelectric proximity sensor
- Functional principle detail: Background suppression
- Switching output: NPN
- Switching mode: Light/dark switching
- Connection type: Cable, 4-wire, 2 m
- Light source: Laser
- Adjustment: Potentiometer
Photoelectric sensorsW4SL-3- Sensing range max.: 0 m ... 12 m
- Functional principle: Photoelectric retro-reflective sensor
- Functional principle detail: Autocollimation
- Switching output: PNP
- Switching mode: Light/dark switching
- Connection type: Male connector M8, 4-pin
- Light source: Laser
- Adjustment: Cable, Teach-in button
- Smart Sensor: Enhanced Sensing (Counter + debouncing), Efficient communication, Smart Task, Diagnosis
Please note: The sensor is equipped with a special Smart Task function. Additional information can be found in the “Technical Data.” Use of the sensor for pure object detection is limited.
Photoelectric sensorsW4SL-3- Sensing range max.: 0 m ... 12 m
- Functional principle: Photoelectric retro-reflective sensor
- Functional principle detail: Autocollimation
- Switching output: PNP
- Switching mode: Light/dark switching
- Connection type: Male connector M8, 4-pin
- Light source: Laser
- Adjustment: Cable, Teach-in button
- Smart Sensor: Enhanced Sensing (base logics), Diagnosis, Efficient communication, Smart Task
Photoelectric sensorsW4SL-3- Sensing range max.: 0 m ... 12 m
- Functional principle: Photoelectric retro-reflective sensor
- Functional principle detail: Autocollimation
- Switching output: PNP
- Switching mode: Light/dark switching
- Connection type: Male connector M8, 4-pin
- Light source: Laser
- Adjustment: Cable, Teach-in button
- Smart Sensor: Enhanced Sensing (Speed and Length Monitoring), Efficient communication, Smart Task, Diagnosis
Please note: The sensor is equipped with a special Smart Task function. Additional information can be found in the “Technical Data.” Use of the sensor for pure object detection is limited.
Photoelectric sensorsW4SL-3- Sensing range max.: 0 m ... 12 m
- Functional principle: Photoelectric retro-reflective sensor
- Functional principle detail: Autocollimation
- Switching output: PNP
- Switching mode: Dark switching
- Connection type: Cable with M8 male connector, 4-pin, 120 mm
- Light source: Laser
- Adjustment: Cable, Teach-in button
Photoelectric sensorsW4SL-3- Sensing range max.: 0 m ... 12 m
- Functional principle: Photoelectric retro-reflective sensor
- Functional principle detail: Autocollimation
- Switching output: PNP
- Switching mode: Light/dark switching
- Connection type: Cable with M8 male connector, 4-pin, 120 mm
- Light source: Laser
- Adjustment: Teach-in button
Photoelectric sensorsW4SL-3- Sensing range max.: 0 m ... 12 m
- Functional principle: Photoelectric retro-reflective sensor
- Functional principle detail: Autocollimation
- Switching output: PNP
- Switching mode: Light/dark switching
- Connection type: Cable with M8 male connector, 4-pin, 120 mm
- Light source: Laser
- Adjustment: Teach-in button
Photoelectric sensorsW4SL-3- Sensing range max.: 0 m ... 12 m
- Functional principle: Photoelectric retro-reflective sensor
- Functional principle detail: Autocollimation
- Switching output: NPN
- Switching mode: Light switching
- Connection type: Cable with connector M8, 3-pin, 160 mm
- Light source: Laser
- Adjustment: Teach-in button
Photoelectric sensorsW4SL-3- Sensing range max.: 0 m ... 12 m
- Functional principle: Photoelectric retro-reflective sensor
- Functional principle detail: Autocollimation
- Switching output: NPN
- Switching mode: Light/dark switching
- Connection type: Cable, 4-wire, 2 m
- Light source: Laser
- Adjustment: Teach-in button
Photoelectric sensorsW4SL-3- Sensing range max.: 0 m ... 60 m
- Functional principle: Through-beam photoelectric sensor
- Switching output: PNP
- Switching mode: Light/dark switching
- Connection type: Male connector M8, 4-pin
- Light source: Laser
- Adjustment: Cable
- Smart Sensor: Efficient communication, Enhanced Sensing (base logics), Diagnosis, Smart Task
Photoelectric sensorsW4SL-3- Sensing range max.: 0 m ... 12 m
- Functional principle: Photoelectric retro-reflective sensor
- Functional principle detail: Autocollimation
- Switching output: NPN
- Switching mode: Dark switching
- Connection type: Cable, 4-wire, 2 m
- Light source: Laser
- Adjustment: Cable, Teach-in button
Photoelectric sensorsW4SL-3- Sensing range max.: 0 m ... 60 m
- Functional principle: Through-beam photoelectric sensor
- Switching output: PNP
- Switching mode: Light/dark switching
- Connection type: Male connector M8, 4-pin
- Light source: Laser
- Adjustment: Teach-in button
Photoelectric sensorsW4SL-3- Sensing range max.: 0 m ... 60 m
- Functional principle: Through-beam photoelectric sensor
- Switching output: PNP
- Switching mode: Light/dark switching
- Connection type: Male connector M8, 4-pin
- Light source: Laser
- Adjustment: Cable
- Smart Sensor: Enhanced Sensing (Counter + debouncing), Efficient communication, Smart Task, Diagnosis
Please note: The sensor is equipped with a special Smart Task function. Additional information can be found in the “Technical Data.” Use of the sensor for pure object detection is limited.
Photoelectric sensorsW4SL-3- Sensing range max.: 0 m ... 60 m
- Functional principle: Through-beam photoelectric sensor
- Switching output: NPN
- Switching mode: Light/dark switching
- Connection type: Cable, 4-wire, 2 m
- Light source: Laser
- Adjustment: Teach-in button
Photoelectric sensorsW4SL-3- Sensing range max.: 0 m ... 60 m
- Functional principle: Through-beam photoelectric sensor
- Switching output: PNP
- Switching mode: Light/dark switching
- Connection type: Cable with M8 male connector, 4-pin, 100 mm
- Light source: Laser
- Adjustment: Teach-in button
Photoelectric sensorsW4SL-3- Sensing range max.: 0 m ... 60 m
- Functional principle: Through-beam photoelectric sensor
- Switching output: PNP
- Switching mode: Light/dark switching
- Connection type: Male connector M8, 4-pin
- Light source: Laser
- Adjustment: Cable
- Smart Sensor: Enhanced Sensing (Time measurement + debouncing), Efficient communication, Diagnosis, Smart Task
Please note: The sensor is equipped with a special Smart Task function. Additional information can be found in the “Technical Data.” Use of the sensor for pure object detection is limited.
