The Banner Q45BB6R is a precision-engineered photoelectric sensor designed to provide dependable, non-contact object detection for industrial automation, material handling, and manufacturing applications. Operating on DC power with a supply voltage range of 10–30 V dc, this sensor ensures stable performance in a variety of low-voltage industrial systems, delivering consistent results and supporting uninterrupted operation in automated processes.

Featuring a highly responsive infrared LED sensing beam, the Q45BB6R is capable of detecting objects regardless of their shape, size, or surface characteristics. Infrared technology ensures reliable performance even under varying lighting conditions, making it ideal for conveyor systems, robotic assembly lines, and packaging stations where accurate detection is critical to maintain efficiency and product quality.

The sensor includes a 2-metre cable, providing sufficient length for flexible installation and optimal positioning in machinery, control panels, or production lines. This ease of integration minimizes the need for additional extensions, simplifying setup and reducing installation time while ensuring the sensor can be placed exactly where it is most effective.

Engineered for harsh industrial environments, the Q45BB6R carries IP67 and NEMA 4X ratings, making it fully dust-tight and resistant to water ingress. This robust design ensures reliable performance in wet, dusty, or washdown-prone areas, providing long-term durability and reducing the frequency of maintenance. Its rugged construction guarantees continuous operation, even in challenging industrial settings, helping to maintain smooth production workflows.

Compact, versatile, and highly reliable, the Banner Q45BB6R combines DC power operation, infrared LED sensing, flexible cabling, and superior environmental protection. It is an ideal solution for automated production lines, industrial machinery, and material handling systems requiring accurate, non-contact object detection. This sensor enhances operational efficiency, productivity, and reliability in demanding industrial environments.