How Yale Reliant supports diverse warehouse operations

AN ADVANCED suite of operator assistance technologies, Yale Reliant is designed to support safety and efficiency in materials handling operations. At the core of Yale Reliant lies three advanced technologies. Proximity detection is provided by local or real-time location technologies that use tags on equipment, pedestrians, and infrastructure. This enables truck-to-truck, truck-to-pedestrian, and truck-to-beacon detection.

Lidar-based technology (light detection and ranging) is leveraged to detect obstacles without proximity tags in the path of travel.

The Advanced Dynamic Stability system provides advanced traction, hydraulic, and overload control to support truck stability.

One of the key strengths of Yale Reliant lies in its adaptability to diverse warehouse environments. For instance, a warehouse may use the system to control equipment speed in order to maintain a specific following distance between equipment. If required, location-based rules can also be set. For example, limiting travel speed at the end of aisles or excluding certain equipment from pedestrian areas. Warehouses can also set up the system to restrict travel and lift functions or reduce speed to avoid stability issues.

Intralogistics applications are increasingly looking for technologies that not only support efficiency, but also enable their operations to be ready for the future as warehouses evolve. Yale Reliant provides visual alerts to facilitate compliance with best practices, enhancing operational safety in complex warehouse environments.

For more information, visit www.yale.com