Addressing “TRAK-005: Track Destination Gone” Errors
Learn about the meaning, causes, recovery steps, and prevention methods of the “TRAK-005: Track destination gone” error for conveyor line tracking systems.
This video provides a clear and comprehensive overview of FANUC’s iRPickTool and iRPickPRO. It explains the purpose of iRPickTool as a software option designed for conveyor‑tracking applications and highlights the differences between the basic version (J944) and the standard version (J945). The presenter outlines essential features such as line and circular tracking, vision‑based part detection using iRVision, automated part queuing, and tools for optimizing applications, including multiple gripper zones and part‑present checks. The video also emphasizes iRPickTool’s load‑balancing capabilities, which allow multiple robots to share work and automatically redistribute load if one robot goes down, as well as its recipe management system for handling multiple products. It concludes with an introduction to iRPickPRO, FANUC’s simulation software used to model, analyze, and optimize conveyor‑tracking systems, enabling users to evaluate reach, throughput, robot duty, reducer life, and overall system performance.
Requirements to follow along:
Learn about the meaning, causes, recovery steps, and prevention methods of the “TRAK-005: Track destination gone” error for conveyor line tracking systems.
Explore what information is available through the iRPickTool/iRPickPRO Production Status page.
Learn how to set up circular tracking with FANUC robots for precise part handling, vision inspection, and conveyor-based automation.
This video will investigate what value to use for trigger distance in your iRPickTool system. We also investigate how trigger distance is related to vision process time and conveyor speed.
A brief overview of the Delta, SCARA, and LR Mate series and some extra considerations for high speed picking applications.
The video explains the concept of a tracking frame as a coordinate system for defining the location of a conveyor. It discusses the x, y, and z directions of a tracking frame, as well as how devices such as robots, cameras, and sensors identify the tracking frame's origin using their own coordinate system.