Allen Bradley A-B 42KL-F3LBSQ-F4MiniSight Photoelectric Sensors, Industrial Photoelectric Sensors

Allen Bradley A-B 42KL-F3LBSQ-F4MiniSight Photoelectric Sensors, Industrial Photoelectric Sensors

    The Allen Bradley 42KL-F3LBSQ-F4 MiniSight Photoelectric Sensors are designed for high-performance applications requiring reliable detection. These sensors offer precise and durable operation, suitable for various industries including manufacturing, packaging, and automotive.

Sensor Type:Photoelectric Sensor

Operating Voltage:10-30V DC

Max. Sensing Distance:200mm

Output:NPN/PNP

Protection Rating:IP67

Response Time:≤1 ms

Connector Type:Quick Connect

Cable Length:2m

    The A-B 42KL-F3LBSQ-F4MiniSight Photoelectric Sensors offer high reliability and accuracy, making them ideal for a wide range of industrial applications including packaging, material handling, and automotive production lines. With a sensing distance of up to 2 meters, these sensors can detect objects from a considerable distance, enhancing their versatility and ease of use.

    These sensors feature an IP67-rated protection rating, ensuring they can withstand harsh environments commonly found in industrial settings. The durable construction of these sensors ensures long-lasting performance and minimal maintenance requirements.

    The NPN output of the A-B 42KL-F3LBSQ-F4MiniSight Photoelectric Sensors allows for easy integration into existing control systems, providing a seamless solution for industrial automation needs. Additionally, the compact design makes it possible to install these sensors in tight spaces without compromising on functionality.

    The light-on control output ensures that the sensor operates reliably even in low-light conditions, providing consistent performance across a variety of lighting scenarios. This feature makes the A-B 42KL-F3LBSQ-F4MiniSight Photoelectric Sensors suitable for use in both indoor and outdoor environments.

    Installation of these photoelectric sensors is straightforward, thanks to the pre-wired connection method. This eliminates the need for complex wiring configurations, saving installation time and reducing the risk of wiring errors.