Fotoelektrische sensor Datalogic 956211470

Datalogic 956211470 is a photoelectric sensor that uses a light-based sensing principle to detect objects without contact. Designed for industrial automation, this sensor is suitable for presence/absence checks, counting and positioning on conveyor systems and production lines. It belongs to the S62 line in the 50x50 Standard "One for All" housing, which standardizes mechanical dimensions across optic functions while offering improved performance for a range of basic to advanced detection tasks.

Advantages

The S62 50x50 Standard housing simplifies integration by providing common mechanical features across multiple sensor types, reducing mounting and replacement time. The light-based detection principle enables non-contact sensing that minimizes wear and is tolerant of varying object materials. Improved performance in the S62 line provides consistent detection reliability for presence/absence, counting and positioning applications in industrial environments.

Suitable for

• Presence and absence detection on conveyor belts
• Counting parts and packages in production lines
• Positioning and end-of-travel sensing for automated machinery
• Integration in machine vision and pick-and-place setups as a trigger or verifier

Key specifications

• Detection method: photoelectric (light-based) sensing
• Housing format: 50 x 50 mm standardized enclosure
• Application environment: industrial automation and conveyor systems
• Typical tasks: presence/absence detection, counting, positioning
• Mounting: standardized mechanical footprint for easy replacement and integration

How to use

Install the sensor in the standardized 50x50 mounting location on the production equipment or conveyor frame, aligning the sensing axis toward the target detection zone. Connect the sensor to the machine control or PLC following the device wiring diagram and configure sensing parameters according to target size, reflectivity and required detection range. Verify detection by running test parts through the sensing field and adjust alignment and sensitivity until consistent results are achieved. Use regular visual inspection to ensure the optical window remains clean and unobstructed.