The SICK WTF12-3N2433 (part number 1041409) is a high-performance photoelectric sensor designed for precision object detection in industrial automation applications. Operating within a sensing range of 30‚ÄØmm to 150‚ÄØmm, the sensor delivers consistent and reliable detection across objects with different reflectivity levels. Its compact rectangular housing, measuring 15.6‚ÄØmm x 48.5‚ÄØmm x 42‚ÄØmm, allows for easy integration in space-constrained environments, making it ideal for modern automated production lines.

Equipped with a high switching frequency of 1.5‚ÄØkHz, the WTF12-3N2433 is capable of handling high-speed detection requirements. This rapid response makes it particularly suitable for dynamic applications such as conveyor systems, packaging lines, and sorting systems, where fast and precise detection is critical for maintaining production efficiency and minimizing errors.

The sensor incorporates a visible red LED light source at a 640‚ÄØnm wavelength, creating a clearly defined detection spot. This feature simplifies alignment and verification during installation, allowing operators to quickly and accurately position the sensor for optimal performance. The 5-turn potentiometer provides adjustable sensitivity, enabling the sensor to detect a wide variety of objects regardless of their size, shape, or surface reflectivity. This adaptability ensures reliable operation across diverse industrial applications.

Durability and reliability are fundamental aspects of the WTF12-3N2433. Its rugged metal housing provides resistance to dust, vibration, and other challenging environmental factors commonly found in industrial settings. The sensor’s long operational life, combined with low maintenance requirements, reduces downtime and contributes to overall cost efficiency.

In summary, the SICK WTF12-3N2433 photoelectric sensor combines compact design, high-speed switching, visible LED alignment, and adjustable sensitivity to provide accurate, reliable, and versatile object detection. Its robust construction and ease of installation make it a critical component in optimizing automation processes and ensuring consistent, dependable performance across a wide range of industrial applications.