en.Wedoany.com Reported - German Micro-Epsilon has added an IO-Link interface model to its optoNCDT ILR3800-100 laser distance sensor series, retaining compact design and robust features while adapting to end-to-end industrial automation processes.
The IO-Link integration enables the sensor to fit into end-to-end processes in automation technology. Users benefit from standardized communication compliant with IEC 61131-9, achieving simple and cost-effective connection technology. The sensor can be quickly integrated into existing plants, simplifying the commissioning process. When sensor replacement is required, the system can directly transfer saved settings to the new device, enabling automatic reparameterization, thereby reducing downtime and simplifying maintenance.
The entire ILR3800 series gains additional performance through firmware updates. The integrated automatic correction function autonomously filters out extreme and outlier values, ensuring stable and precise measurement data. The DYNAMIC preset, specifically developed for dynamic measurements, enables rapid response to sudden distance changes, optimizing device settings for high reaction speed and accurately capturing fast movements.
The new IO-Link model retains the proven advantages of the standard version, including low weight, consistently high signal stability on various surfaces, and a robust design with IP67 protection rating. In standard operation, the measurement range covers 100 meters, extendable to 150 meters with additional reflectors. Data transmission is handled via the IO-Link communication standard, combining high precision with the latest communication capabilities, offering possibilities for integration into automated manufacturing and logistics processes.
The market for optical distance sensors with ultra-long ranges is dominated by systems using the Time-of-Flight principle, as conventional laser triangulation is physically unsuitable for such distances. The ILR3800 series competes with solutions established by manufacturers such as Sick and Baumer. The competitive advantage of Micro-Epsilon sensors lies in the combination of extremely high measurement rates with the new DYNAMIC preset, suitable for positioning high-bay stacker cranes, bridge cranes, and automated guided vehicles (AGVs). The introduction of IO-Link meets the growing market demand for cost-effective, fieldbus-independent point-to-point connections capable of transmitting diagnostic data and parameters to the cloud.
