The latest updates from Process Solutions

KAIC ratings apply to individual protective devices like breakers and fuses, while SCCR ratings apply to complete control panel assemblies. Many facilities assume component ratings automatically ensure panel compliance, but the lowest-rated component limits your panel’s overall protection. Underrated panels create serious safety risks and code violations. Getting this right requires professional fault current studies and proper component selection from the start.

UL Listed and UL Recognized components have different requirements for industrial control panels. Listed components are generally straightforward to use. Recognized components often need expensive additional procedures that take weeks and cost thousands. Getting this wrong causes project delays and compliance headaches.

UL 508A certification is way more complex than just using UL-listed components. You need proper design, construction methods, extensive documentation, and ongoing compliance maintenance. Most facilities underestimate the requirements and end up with costly delays or safety risks. Working with certified specialists who know your industry prevents expensive mistakes and ensures your control panels actually meet safety standards from day one.

SCADA (Supervisory Control and Data Acquisition) systems combine hardware and software to monitor and control complex industrial processes in real-time, automatically collecting production data, managing alarms, and triggering programmed responses. These systems help manufacturers reduce waste, boost efficiency, and minimize downtime.

Industrial control panels are electrical systems that automate and protect manufacturing equipment. The main types include Motor Control Centers for multiple motors, PLC panels that serve as system “brains,” VFD panels for energy efficiency, and custom panels for unique needs. Choosing the right type depends on your facility’s complexity and operational requirements.

Vapor compression refrigeration systems work through a four-stage cycle: compression (low-pressure vapor becomes high-pressure vapor), condensation (vapor becomes liquid), expansion (pressure drops), and evaporation (liquid absorbs heat and becomes vapor again).