Panasonic Through Beam Wide Beam Fiber Sensor, Sensing Distance 3600 mm

The Panasonic Through Beam Wide Beam Fiber Sensor is an advanced optical sensing device designed for accurate and reliable object detection and presence sensing over long distances in industrial automation and control systems. This sensor features a wide beam design, offering a broad coverage area, and is capable of sensing objects up to a distance of 3600 mm.One of the key features of the Panasonic Through Beam Wide Beam Fiber Sensor is its wide beam sensing capability. The sensor emits a broad light beam through the fiber optic cable to cover a wide area for object detection. This wide coverage area allows the sensor to effectively detect objects, monitor surfaces, or detect changes in light intensity across a large distance with accuracy and reliability.The wide beam fiber optic sensor is ideal for applications that require comprehensive object detection or monitoring over an extended range, such as conveyor systems, large-scale production lines, or warehouse environments. Its ability to provide broad coverage and reliable sensing contributes to improved automation efficiency and productivity in industrial settings.Additionally, the sensor may offer adjustable sensitivity settings, configurable output options (digital or analog), and customizable detection parameters. This flexibility allows for fine-tuning to suit specific application requirements, such as detecting objects of different sizes, shapes, or materials, or operating in varying environmental conditions.The sensor is typically designed for durability and reliability in industrial environments, with a rugged construction that provides protection against dust, moisture, and mechanical stresses. This ensures long-term performance and minimal downtime, even in harsh operating conditions.Overall, the Panasonic Through Beam Wide Beam Fiber Sensor with its wide beam sensing capability, long sensing distance of 3600 mm, and customizable features offers accurate and reliable object detection capabilities for industrial automation and control applications. Its ability to cover large distances and provide reliable sensing contributes to enhanced efficiency, productivity, and operational reliability in various industrial processes.