How to Remote Start a Robot using the OTHER Method (Part 2)
Part 2 of a series; learn to utilize the User Operator Panel Inputs and Outputs (UOP I/O) to control the robot remotely (ex: from a PLC).
In this tech short, we will go over the latest updates for the R-50iA LR Mate series and what these changes mean for your applications. This session is designed to give you a clear understanding of the new naming convention, exclusive LR Mate models available only on the R-50iA platform, and key feature enhancements that improve flexibility and performance.
We will start by explaining the updated naming structure that makes robot identification more standardized and descriptive. You’ll learn how payload, reach, generation, and application variants are now represented in the name, and we’ll walk through examples to help you quickly adapt to the new format.
Next, we will introduce two LR Mate models that are exclusive to the R-50iA platform. These additions expand your options for handling higher payloads and specialized environments, such as food and cleanroom applications. We’ll highlight what makes these models unique and how they can fit into your production needs.
Finally, we will review important feature changes that impact setup and operation. From J1 rotation options and vernier marks to faceplate updates and through-arm cable configurations, these enhancements are designed to streamline integration and improve usability. We’ll also cover updates to controller ratings and software applications that simplify compliance and configuration.
Requirements to Get the Most Out of This Video:
What You Will Learn:
If you’re looking to stay ahead with the latest LR Mate technology, this overview will give you the insights you need to make informed decisions. Sign up to watch and learn how these updates can benefit your operations.
Part 2 of a series; learn to utilize the User Operator Panel Inputs and Outputs (UOP I/O) to control the robot remotely (ex: from a PLC).
Part 1 of a series; learn to utilize the User Operator Panel Inputs and Outputs (UOP I/O) to control the robot remotely (ex: from a PLC).
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