Learn how structured network switch port allocation improves reliability, simplifies troubleshooting, and enhances scalability in industrial automation systems.
Whenever a PLC programmer visits a site—whether for commissioning, troubleshooting, or a quick service call—being well-equipped can make or break the job. Many industrial sites are remote, and not every tool is easy to find nearby. Once you forget an essential cable or meter, valuable hours disappear waiting for a replacement.
The PLC panel and MCC panel must exchange critical interface signals—such as start, stop, run feedback, trip, local/remote, emergency switch, and speed—to ensure safe and reliable motor control. This structured communication allows PLCs to automate motor operations while MCC panels handle high-power switching and protection.
A PLC control panel is the brain of industrial automation. From wiring to cooling, every design choice impacts reliability and safety. This article highlights 10 essential questions and answers that every automation engineer should know.
ESG is becoming a central part of industrial automation. By integrating environmental, social, and governance principles into PLC systems, factories can reduce energy waste, improve worker safety, and ensure compliance with global standards. With real-time monitoring, predictive maintenance, and automated efficiency, ESG-driven automation not only protects the planet but also enhances long-term business value.
SCADA can operate without a PLC, but only for small or simple systems. While SCADA handles monitoring, alarms, and reports alone, PLCs improve speed, reliability, and local logic processing. Learn how SCADA-only setups work and when adding a PLC is crucial.
