Blog

Designing a Maintainable PLC System

Designing a Maintainable PLC SystemWell, you’ve finally set up the PLC. The commissioning is done after a grueling 8-hour shift. Tomorrow, you think you’re just going to touch up the system. After 3 weeks, you get a call from the site: “Machine’s down, get here...

Signs of a Failing PLC

Key signs of a failing PLC include fault LEDs on CPUs, I/O modules, or communication cards, Ethernet connectivity issues, intermittent network dropouts, overheating, or visible hardware damage. Many faults are caused by external field devices, wiring, or communication systems rather than the PLC itself.

Troubleshooting Ethernet on PLCs

Learn how to troubleshoot Ethernet issues on PLC systems, including checking cables, interfaces, and network configuration to diagnose and resolve common industrial communication failures.

The Real Reason Electrical Connections Fail

The Real Reason Electrical Connections FailWhen an electrical system fails, the instinct is to look at components, the drive, the relay, the sensor. Components are tangible, testable, replaceable. But the data tells a different story. In the majority of electrical failures, the component itself is intact....

What Happens When PLCs Are Stored Incorrectly

What Happens When PLCs Are Stored IncorrectlyThe assumption is almost universal in industry: PLCs are rugged hardware. They're built to run in harsh plants, tolerate electrical noise, and survive decades in panel boards. That reputation for toughness, however, refers to PLCs in operation, correctly installed,...

Why Your Cable Choice Matters Far More Than You Think

Why Your Cable Choice Matters Far More Than You ThinkIn most industrial plants, cabling is treated as a commodity, a background decision, something you "just need to connect things." The problem with that mindset? It holds until 3am on a Tuesday, when a failed cable shuts...