Leuze PRK5/4P-200-M12 Photoelectric Sensor

The Leuze PRK5/4P-200-M12 Photoelectric Sensor Part No.- 50117704 is a cutting-edge solution for industrial automation. The Series PRK5 sensor operates based on the reflection principle, boasting a guaranteed range of 0.02 to 4.5 m. It employs a red LED with a wavelength of 620 nm and operates on a supply voltage of 10 to 30 V DC, featuring a switching element using a PNP transistor. It has a 300 ms readiness delay and functions as a signal OUT voltage supply. Connection is facilitated by a 4-pin male A-coded cable, 200 mm in length. Operating seamlessly within a temperature range of -40 to 60 °C, it boasts an IP 67 degree of protection.

“The Leuze PRK5/4P-200-M12 Photoelectric Sensor proves versatile and finds practical applications in a range of fields, including:

1. Industrial Automation: Optimizing conveyor systems for accurate material handling.
2. Robotics: Providing quick response and precise distance sensing for navigation and positioning.
3. Production Line Control: Enhancing production processes by ensuring proper spacing and alignment of components with its versatile light and dark switching.
4. Object Detection and Sorting: Excelling in manufacturing processes by providing reliable object detection and sorting within a 0.02 to 4.5 m range.
5. Material Level Sensing: Utilized in storage silos for precise material level sensing, contributing to efficient inventory management.
6. Packaging Machinery: Ensuring accuracy in packaging machinery by precisely placing materials on the production line.
7. Automated Guided Vehicles (AGVs): Enhancing AGV safety and navigation with obstacle detection and reliable distance measurements.
8. Quality Control: Contributing to quality control by providing reliable distance measurements for product dimensions and alignment.
9. Assembly Line Processes: Facilitating smooth assembly line processes by ensuring precise alignment and positioning of components.
10. Safety Systems: Playing a crucial role in safety systems, detecting object presence in hazardous areas and triggering safety protocols.”

It’s important to consider the specific requirements and features of the sensor to determine the most suitable application in a given industrial or automation context. The reliability, precision, and environmental conditions of the sensor should align with the intended use case.

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