The SICK WT24-2B470 is a high-performance photoelectric sensor designed for precise object detection in medium-range industrial automation applications. Part of SICK’s WT24 series, this sensor combines advanced laser technology with rugged construction, making it ideal for environments where accurate detection and durability are essential.

Equipped with a visible red laser, the WT24-2B470 produces a sharply focused beam that allows accurate detection of objects up to 470 mm away. Its high-precision laser spot ensures even small or thin objects can be reliably detected, making the sensor suitable for quality control, presence detection, and positioning tasks on automated production lines. The focused laser reduces the risk of false triggering from nearby surfaces, ensuring consistent performance.

The sensor provides PNP switching output with selectable light or dark switching modes, offering flexibility for integration into a wide range of industrial control systems. This versatility enables the WT24-2B470 to be used in multiple applications, including assembly lines, packaging operations, and material handling systems where reliable and fast detection is critical.

Durability is a key feature of the WT24-2B470. Its metal housing with an IP67 rating protects against dust, water ingress, and mechanical impacts, ensuring stable operation even in harsh industrial conditions. This robust construction minimizes maintenance requirements and enhances long-term operational reliability, supporting continuous production processes.

Operating with a supply voltage range of 10 V DC to 30 V DC, the sensor is compatible with standard industrial systems while maintaining energy efficiency. The integrated M12 5-pin connector simplifies installation and provides secure electrical connections, reducing setup time and facilitating maintenance.

In summary, the SICK WT24-2B470 photoelectric sensor offers precise object detection, versatile switching options, and robust industrial-grade construction in a compact design. Its high-precision laser, flexible output modes, and durable housing make it a dependable solution for modern automation tasks, ensuring consistent accuracy, reliable performance, and long-term operational stability in demanding industrial environments.