The Banner Q45BW13LV is a high-performance photoelectric sensor engineered for precise and reliable object detection across a broad spectrum of industrial automation applications. Designed for AC/DC universal power, with a supply voltage range of 12–250 V dc or 24–250 V ac, this sensor delivers exceptional versatility, allowing seamless integration into diverse industrial power systems without the need for additional converters or adapters.

Equipped with a visible red LED sensing beam, the Q45BW13LV provides precise, non-contact detection of objects, irrespective of their size, shape, or surface characteristics. The red LED ensures consistent and dependable performance, even in challenging lighting conditions, making the sensor suitable for assembly lines, packaging stations, robotic work cells, and conveyor systems where accurate detection is critical to operational efficiency.

The 2-metre cable offers flexibility in positioning the sensor for optimal coverage, simplifying installation in machinery, production lines, or control panels. This length ensures that the sensor can be conveniently placed without requiring additional extensions, facilitating straightforward integration and maintenance while enhancing operational reliability.

Engineered for durability in demanding industrial environments, the Q45BW13LV features IP67 and NEMA 4X ratings, making it completely dust-tight and resistant to water ingress. This rugged construction ensures reliable performance in harsh conditions, including wet, dusty, or washdown-prone environments, significantly reducing maintenance needs and downtime.

Compact, versatile, and highly reliable, the Banner Q45BW13LV combines universal AC/DC power compatibility, visible red LED sensing, flexible installation, and robust environmental protection. It is an ideal solution for automated manufacturing lines, material handling systems, and industrial machinery requiring accurate, non-contact object detection. By enhancing precision, efficiency, and reliability, this sensor contributes to smoother production processes and higher overall productivity.