Production Status Screen for iRPickTool-iRPickPRO
Explore what information is available through the iRPickTool/iRPickPRO Production Status page.
In this video, we will go over how to troubleshoot and prevent the TRAK-005: Track destination gone error that can occur in conveyor line tracking systems. If you’ve worked with robotic line tracking, you know this error can disrupt production and cause unnecessary downtime. Our goal is to help you understand what this error means, why it happens, steps to recover, and steps to prevent it.
We’ll start by reviewing topically-relevant differences between the two main software families used for conveyor line tracking: Line Tracking and iRPickTool. Throughout the lesson, we will explain how these differences affect your next steps in resolution and prevention of TRAK-005 errors.
Next, we’ll break down the root causes of the TRAK-005 error. We’ll show you how improper settings can lead to this issue and what adjustments can make a big difference.
You’ll also learn proper recovery steps if/when the error occurs and why prevention is always the best approach. We’ll cover four proven methods to avoid this error:
By the end of this session, you’ll know how to calculate discard line offsets, optimize robot paths, and balance system speeds to keep your line running smoothly.
What you’ll learn:
If you’re ready to improve your system reliability and minimize downtime, this video is for you. Sign up now and take the first step toward mastering conveyor line tracking.
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.
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.
This video will investigate strategies to improve the accuracy of a visual conveyor tracking iRPickTool system.