Switching Sensors Leuze
Special sensors (99)
3D Sensors (11)
Forked Sensors (71)
Light curtains (278)
Fiber Optic Sensors (158)
Ultrasonic Sensors (37)
Inductive Switches (212)
Optical Sensors (1030)
- The cost-optimized, CSL 505 switching light curtain is specially designed for simple applications. With its slim design, integrated evaluation unit and large opening angle for quick and simple alignment, it can be used for projection monitoring, free field monitoring and object detection.
- The cost-optimized, CSL 505 switching light curtain is specially designed for simple applications. With its slim design, integrated evaluation unit and large opening angle for quick and simple alignment, it can be used for projection monitoring, free field monitoring and object detection.
- The cost-optimized, CSL 505 switching light curtain is specially designed for simple applications. With its slim design, integrated evaluation unit and large opening angle for quick and simple alignment, it can be used for projection monitoring, free field monitoring and object detection.
- The cost-optimized, CSL 505 switching light curtain is specially designed for simple applications. With its slim design, integrated evaluation unit and large opening angle for quick and simple alignment, it can be used for projection monitoring, free field monitoring and object detection.
- The cost-optimized, CSL 505 switching light curtain is specially designed for simple applications. With its slim design, integrated evaluation unit and large opening angle for quick and simple alignment, it can be used for projection monitoring, free field monitoring and object detection.
- The cost-optimized, CSL 505 switching light curtain is specially designed for simple applications. With its slim design, integrated evaluation unit and large opening angle for quick and simple alignment, it can be used for projection monitoring, free field monitoring and object detection.
- Contactless laser distance sensors for object detection. A laser beam is deflected by a rotating mirror and covers an area of 190° with a radius of up to 65 m. Object detection occurs simultaneously in up to four detection fields.
- Contactless laser distance sensors for object detection. A laser beam is deflected by a rotating mirror and covers an area of 190° with a radius of up to 65 m. Object detection occurs simultaneously in up to four detection fields.
- Contactless laser distance sensors for object detection. A laser beam is deflected by a rotating mirror and covers an area of 190° with a radius of up to 65 m. Object detection occurs simultaneously in up to four detection fields.
- Contactless laser distance sensors for object detection. A laser beam is deflected by a rotating mirror and covers an area of 190° with a radius of up to 65 m. Object detection occurs simultaneously in up to four detection fields.
- Contactless laser distance sensors for object detection. A laser beam is deflected by a rotating mirror and covers an area of 190° with a radius of up to 65 m. Object detection occurs simultaneously in up to four detection fields.
- Contactless laser distance sensors for object detection. A laser beam is deflected by a rotating mirror and covers an area of 190° with a radius of up to 65 m. Object detection occurs simultaneously in up to four detection fields.
- Contactless laser distance sensors for object detection. A laser beam is deflected by a rotating mirror and covers an area of 190° with a radius of up to 65 m. Object detection occurs simultaneously in up to four detection fields.
- Contactless laser distance sensors for object detection. A laser beam is deflected by a rotating mirror and covers an area of 190° with a radius of up to 65 m. Object detection occurs simultaneously in up to four detection fields.
- Line range sensors are designed to perform scanning, two-dimensional object detection along a laser line. A maximum of 16 objects can be detected with one sensor. Through configuration settings, complex detection tasks can be mastered with just one sensor. Results are output via Ethernet, fieldbus interfaces or binary switching outputs. A perfect solution, e.g., for multiple track transport or completeness monitoring.
- Line range sensors are designed to perform scanning, two-dimensional object detection along a laser line. A maximum of 16 objects can be detected with one sensor. Through configuration settings, complex detection tasks can be mastered with just one sensor. Results are output via Ethernet, fieldbus interfaces or binary switching outputs. A perfect solution, e.g., for multiple track transport or completeness monitoring.
- Line range sensors are designed to perform scanning, two-dimensional object detection along a laser line. A maximum of 16 objects can be detected with one sensor. Through configuration settings, complex detection tasks can be mastered with just one sensor. Results are output via Ethernet, fieldbus interfaces or binary switching outputs. A perfect solution, e.g., for multiple track transport or completeness monitoring.
- This system safely and reliably detects splices even at web speeds of 1000 m/min.
- This system safely and reliably detects splices even at web speeds of 1000 m/min.

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