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The safeVisionary2 is the world’s first 3D time-of-flight safety camera with performance level c safety certification, offering a new dimension in safety technology for industrial automation. Designed to provide reliable 3D environment perception, it enables advanced collision protection and creates a 3D protective field for collaborative robots. With precise measurement data, the sensor eliminates the need for additional hardware components by directly solving complex automation tasks. Its compact design and high-performance capabilities make it ideal for integration into safety-critical applications where both reliability and efficiency are essential. By combining robust safety certification with intelligent sensing, safeVisionary2 increases overall system safety while simultaneously raising productivity in dynamic industrial environments.
The safeVisionary2 leverages 3D time-of-flight technology to deliver outstanding data quality, enabling accurate detection and measurement of objects in three dimensions. This precise sensing capability ensures reliable operation even under high load conditions. The camera provides a 3D protective field for collaborative robots, offering real-time collision protection for mobile robots as well. Fast data transmission via Gigabit Ethernet ensures low-latency communication with control systems. With its proven intuitive configuration software, users can easily set up and adjust safety parameters without extensive technical expertise. This combination of advanced sensing technology and user-friendly integration supports safer, more efficient automation environments.
The safeVisionary2 has dimensions of 70 x 80 x 77 mm, making it one of the most compact 3D safety cameras available. It operates with a performance level c safety certification, ensuring compliance with stringent safety standards. The sensor delivers precise measurement data that reliably supports automation tasks without requiring additional hardware components. Its 3D time-of-flight technology provides high-resolution depth information for accurate object detection and positioning. Data is transmitted rapidly via Gigabit Ethernet, enabling real-time processing and response. The camera is built to remain reliable under demanding operational conditions, ensuring consistent performance in challenging industrial settings.
The safeVisionary2 features a tried-and-proven intuitive configuration software that simplifies setup and parameter adjustment for users. This user-friendly interface allows quick integration into existing safety systems without requiring specialized training or complex programming. The camera is designed to work seamlessly with standard industrial automation environments, enabling straightforward deployment in both new installations and retrofit scenarios. With fast data transmission via Gigabit Ethernet, it ensures efficient communication between the sensor and control devices. This streamlined configuration process reduces installation time and supports rapid commissioning while maintaining high safety standards throughout.
The safeVisionary2 is engineered to operate reliably in demanding industrial environments. It maintains consistent performance even when subjected to high loads, ensuring dependable operation under stress. The sensor’s robust design supports continuous use in real-world conditions where environmental factors may vary. While specific temperature or humidity ranges are not provided in the source material, its reliability under high load conditions indicates suitability for heavy-duty applications. Its compact and durable form factor ensures it can be deployed in tight spaces without compromising functionality. This makes it well-suited for integration into environments with frequent mechanical movement or dynamic object interactions.
The safeVisionary2 is ideal for a range of industrial safety applications, including collision protection for mobile robots and creating 3D protective fields for collaborative robots. Its precise 3D sensing capability supports automation tasks that require accurate environmental awareness without additional hardware. This makes it particularly valuable in environments where dynamic object movement or close human-robot interaction occurs. By enabling reliable detection and response, the sensor enhances safety while improving operational efficiency. It is especially beneficial in applications requiring real-time monitoring and fast reaction times, such as automated material handling or robotic assembly lines where safety and productivity must be balanced.
| Specification | Value |
|---|---|
| Very compact with just | 70 x 80 x 77 mm |
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