Kinetix 300 to 5300 Migration

Summary

This video discusses upgrading from the obsolete Rockwell Automation Kinetics 300 drive to the newer Kinetics 5300 model. The Kinetics 300, once a cost-effective solution for small, indexing motion applications, is now outdated, requiring users to reverse engineer and rewrite motion programs. The Kinetics 5300, an integrated motion drive, offers compatibility with existing motors and allows programming via Studio 5000, simplifying the upgrade process. The video provides a step-by-step guide for selecting the correct replacement drive and emphasizes the importance of using a PLC capable of integrated motion control.

Takeaways

• 😀 The Kinetics 300 was a cost-effective standalone drive platform for small indexing motion applications.
• 😀 The Kinetics 300 became obsolete, and its unique software requires reverse engineering for upgrades.
• 😀 The Kinetics 5300 is the upgraded version of the Kinetics 300, offering compatibility with the same motors.
• 😀 The Kinetics 5300 is an integrated motion drive, which simplifies programming using Studio 5000.
• 😀 While programming needs to be rewritten for the Kinetics 5300, the process is easier compared to the Kinetics 300.
• 😀 Rockwell offers a library of videos to help users learn integrated motion programming for the Kinetics 5300.
• 😀 To upgrade, users must first identify the motor part number used with the Kinetics 300.
• 😀 The Kinetics 5300 design guide (KX-RM012B) helps users select the correct drive to replace the Kinetics 300.
• 😀 Users need to ensure the PLC used with the Kinetics 5300 is compatible with integrated motion control.
• 😀 It's crucial to check that the PLC part number includes 'M' and can support the required number of axes for motion control.

Q & A

What is the Kinetics 300?

The Kinetics 300 is a standalone drive platform developed by Rockwell Automation for small, indexing-style motion applications. It was designed as a cost-effective solution compared to larger and more expensive full-blown servo control platforms.

Why was the Kinetics 300 considered a sensible option?

It was a sensible option because it offered onboard software for configuring and programming various motion applications, making it both affordable and functional for smaller motion control needs.

What is the main downside of using the Kinetics 300 now?

The main downside is that the Kinetics 300 is obsolete, and its unique software is no longer available. As a result, upgrading the system requires reverse-engineering the programming and rewriting it from scratch.

What is the good news regarding the Kinetics 5300?

The good news is that with the release of the Kinetics 5300, the motors that were used with the Kinetics 300 are now fully compatible with the upgraded drive, making the transition smoother.

What does the Kinetics 5300 offer compared to the Kinetics 300?

The Kinetics 5300 is an integrated motion drive, which means it offers more advanced and flexible motion control. Users will need to write a new motion program, but it can be done using Studio 5000 Logic Designer, providing a more modern and easier platform for control.

Do I need to be familiar with integrated motion programming to use the Kinetics 5300?

While it may be helpful to have prior knowledge, Rockwell Automation provides a library of videos to help users get up to speed with integrated motion programming. A playlist of these videos is available for reference.

What is the first step when upgrading to the Kinetics 5300?

The first step is to obtain the part number of the motor currently being used with the Kinetics 300. This will help in selecting the exact drive replacement using the Kinetics 5300 design guide.

Where can I find the Kinetics 5300 design guide?

The Kinetics 5300 design guide (part number KX-RM 012B) can be found through a link provided in the description below the video.

What is important to consider when selecting a PLC for use with the Kinetics 5300?

It is important to select a PLC that is capable of integrated motion control. Ensure the PLC has an 'M' in its part number and can handle the number of axes required for the application.

How should users plan for the failure of the Kinetics 300?

Users should plan ahead for the potential failure of the Kinetics 300 by upgrading to the Kinetics 5300. Proper planning and understanding of the upgrade process can prevent unexpected issues, especially during off-hours.