The Leuze PRK5.M3/2N Photoelectric Sensor Part No.- 50128203 is a cutting-edge solution for industrial automation. The sensor is designed for the detection of objects, especially in applications involving bottle containers and semi-transparent media. It uses a reflection principle with a red LED light source and operates within specified ranges.

The protective circuitry includes polarity reversal protection and is short-circuit protected. The sensor has two digital switching outputs, each using a transistor with NPN switching elements. Depending on the application, it supports light switching and dark switching principles. The Leuze PRK5.M3/2N Photoelectric Sensor is an NPN (Negative-Positive-Negative) type with a supply voltage range of 10 to 30 V DC. This information further clarifies the electrical characteristics of the sensor. NPN sensors typically switch the load to the negative side when activated.

1. Exceptional Accuracy:
   • The sensor boasts exceptional accuracy in object detection, making it a valuable asset in industrial processes where precision is crucial.
   • Its high level of accuracy ensures reliable identification and positioning of objects, enhancing overall automation efficiency.
2. Robust and Reliable:
   • Engineered to endure the challenges of industrial environments, the sensor is known for its robustness and reliability.
   • It operates seamlessly even under adverse conditions, such as dust, moisture, and temperature variations, ensuring consistent and dependable detection results over extended periods.
3. Versatility Across Applications:
   • The sensor’s versatility is a significant advantage, allowing it to adapt effortlessly to a wide range of object detection tasks.
   • Its adaptability and precision make it suitable for diverse industrial scenarios, making it an essential component for automation systems with varied requirements.
4. Effortless Integration:
   • Integrating the sensor into existing automation systems is simplified due to user-friendly setup and configuration options.
   • This ease of integration minimizes downtime during the installation process, contributing to enhanced workflow efficiency in industrial settings.
5. Advanced Technology:
   • This may include high-speed processing, intelligent algorithms, or other innovations that contribute to its exceptional performance and accuracy.

Facebook, Youtube