OGU 080 G3-T3 210249 Di-Soric Fork barrier

The OGU 080 G3-T3 is a highly versatile sensor designed for a wide range of industrial applications. Here are its key technical specifications, features, and typical uses:Technical Specifications:Detection Principle: This sensor utilizes a photoelectric detection method, using a light emitter and receiver to detect the presence or absence of objects within its sensing range.Operating Voltage: The OGU 080 G3-T3 operates on a voltage range of 10-30 V DC, making it compatible with standard industrial power supplies.Output Type: It provides a digital output signal, which is ideal for interfacing with industrial control systems and automation equipment.Sensing Range: This sensor offers an adjustable sensing range, allowing flexibility to adapt to specific application requirements.Light Source: It employs an infrared light source, which is often preferred for applications that require precise detection.Usage and Applications:Material Handling Systems: The OGU 080 G3-T3 is commonly used in material handling systems to detect the presence or position of objects on conveyor belts, facilitating material movement and sorting.Packaging Machinery: It plays a crucial role in packaging machines, ensuring accurate product positioning, counting, and packaging.Automated Assembly Lines: In manufacturing environments, this sensor contributes to the automation of assembly processes by verifying the presence of components.Quality Control: It is valuable for quality control applications, where it can detect defects or irregularities in products.Material Handling and Logistics: In warehouses and logistics, the sensor is employed to detect objects on shelves or transport systems, aiding in inventory management and order fulfillment.In summary, the OGU 080 G3-T3 is a reliable and adaptable photoelectric sensor suitable for a wide range of industrial applications. Its adjustable sensing range, compatibility with various systems, and adaptability make it an essential component for optimizing processes and increasing productivity in industrial settings.