The SICK LUT1B-41235 is a high-performance luminescence sensor designed to detect luminescent marks in industrial applications. Utilizing a blue LED with a wavelength of 470‚ÄØnm, it effectively excites red luminescent materials, ensuring reliable detection over a range of 60‚ÄØmm to 160‚ÄØmm. This makes it ideal for applications requiring precise detection of luminescent marks, such as in packaging, labeling, and quality control processes.

One of the standout features of the LUT1B-41235 is its high switching frequency of 600‚ÄØHz. This capability allows the sensor to perform reliably even in high-speed applications, ensuring consistent detection without lag or loss of accuracy. This is particularly beneficial in fast-paced production lines where timing and precision are critical.

The sensor offers adjustable sensitivity through a double teach-in button, allowing for easy calibration to suit specific application requirements. This user-friendly feature simplifies the setup process, reducing the need for complex configurations and enabling quick adaptation to changing operational conditions.

Durability is a key consideration in industrial environments, and the LUT1B-41235 addresses this with its robust zinc die-cast housing and an IP67 protection rating. This construction ensures the sensor is resistant to dust and water ingress, making it suitable for use in challenging conditions where exposure to contaminants and moisture is common.

In terms of electrical specifications, the LUT1B-41235 operates within a supply voltage range of 10‚ÄØV DC to 30‚ÄØV DC and has a current consumption of less than 40‚ÄØmA without load. It features a PNP switching output with a maximum output current of 200‚ÄØmA, providing flexibility in integration with various control systems. Additionally, the sensor is equipped with short-circuit protection and interference pulse suppression, enhancing its reliability and longevity in industrial applications.

Overall, the SICK LUT1B-41235 luminescence sensor combines advanced sensing technology with a robust design, making it a reliable choice for detecting luminescent marks in demanding industrial environments. Its high switching frequency, adjustable sensitivity, and durable construction ensure consistent performance and adaptability across a range of applications.