In an SLC500 PLC system, the total number of modules and I/O points is limited to what can be installed in a single chassis.

Master the Motor Controls Level 3 Test. Engage with flashcards and detailed multiple-choice questions, complete with hints and thorough explanations. Prepare effectively for your exam!

Multiple Choice

In an SLC500 PLC system, the total number of modules and I/O points is limited to what can be installed in a single chassis.

Explanation:
Expandability is the key idea here. In SLC 500 systems, you’re not limited to the I/O that fits in a single chassis. The CPU in one chassis can drive additional I/O through expansion racks connected to the same backplane system. Each expansion chassis adds more slots for I/O modules, so the total number of I/O points is the sum across the main chassis plus all expansion racks, within the limits defined by the specific CPU and backplane configuration. This means you can scale up the I/O well beyond a single chassis, rather than being confined to what fits in one rack. Always check the controller’s maximum supported expansion and total I/O for the exact model you’re using, since practical limits do apply.

Expandability is the key idea here. In SLC 500 systems, you’re not limited to the I/O that fits in a single chassis. The CPU in one chassis can drive additional I/O through expansion racks connected to the same backplane system. Each expansion chassis adds more slots for I/O modules, so the total number of I/O points is the sum across the main chassis plus all expansion racks, within the limits defined by the specific CPU and backplane configuration. This means you can scale up the I/O well beyond a single chassis, rather than being confined to what fits in one rack. Always check the controller’s maximum supported expansion and total I/O for the exact model you’re using, since practical limits do apply.

More Multiple Choice Questions
Subscribe

Get the latest from Passetra

You can unsubscribe at any time. Read our privacy policy