Rockwell has also written an entire manual around converting PLC-5 and SLC-500 programs to CompactLogix and ControlLogix. If fact, if you're going to use the “Translate PLC-5 SLC 2.0” utility, I highly recommend you read this manual in full. You can find Rockwell's “Converting PLC-5 or SLC-500 Logic to Logix5550 Logic Reference Manual” using this link (right click on link to save pdf.)
Now with introductions behind us, below we'll walk you through converting a SLC-500 file to a CompactLogix step-by-step.
UPDATE: Rockwell has release a new version of this tool with additional features. To get the latest version, search the below website for “RSLogix Project Migrator”
Step 2: When the program opens you'll see the window pictured below. In this example we are going to convert a SLC-500 / RSLogix 500 program, so we'll start by choosing the radio button for the SLC-500.
Step 3: Click on the handy link on the right to launch RSLogix 500. Then in RSLogix 500, open the program you wish to convert and preform a “Save As.” Save you program as a .SLC file and then close RSLogix 500.
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Step 4: Now back in the utility use the browse button to select your newly saved .SLC file, and then select Next.
NOTE: Don't worry if the exact processor or version doesn't show up in the list. Once the program is converted, you can change it again inside of RSLogix 5000.
Step 6: Chose your alias options and press next.
Step 7: During step 4 of the wizard, you may receive a popup “syntax error” window as we did and is shown below. If you don't get this popup, skip ahead to Step 10.
Step 8: To address the “syntax error” above, we will select the offending I/O lines in this window and delete them, as shown below:
Step 9: Now with the offending lines deleted, to continue the conversion select the “Save and Retry” button.
Step 10: Now the “.SLC” to “.L5K” translation is complete, as noted in the status log below. To continue the process click on “launch RSLogix 5000.”
Step 11: You'll now see this final window appear as the “Translate PLC-5 SLC 2.0” utility completes and launches RSLogix 5000 to import your newly translated code.
Step 12: When RSLogix 5000 opens, you'll be prompted for a save location and name for your “soon to be imported” project.
Step 13: When the code is done importing, you'll see your new RSLogix 5000 project. At this point, it's time to hit the book mentioned at the beginning of this article to learn how to reassign I/O, and clean up any Program Conversion Errors (PCE.)
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