Discover the latest in industrial automation, electrical controls, and power solutions with the Lakeland Engineering blog. Whether you’re troubleshooting complex systems, exploring new technologies, or optimizing your operations, our blog delivers expert insights tailored to your needs.
From product spotlights and application tips to updates on industry-leading brands like Fluke, Yaskawa, Schneider Electric, and PULS, each article is designed to help you make informed decisions and stay ahead in a fast-moving industry.
In industrial automation, Input/Output (I/O) systems are the vital link between control systems and the physical world. They allow machines to sense what’s happening on the plant floor and act on those conditions in real time, making them foundational to reliable, efficient operations. Whether you’re upgrading an existing control
By February, winter starts to lose its grip, but for pump stations, that’s when the real work begins. Snow that’s been sitting quietly for months starts to melt. Frozen ground releases runoff. Flow rates rise quickly, and systems that were operating steadily through winter are suddenly pushed
Proper grounding is the foundation of a safe and reliable electrical system. Without it, fault currents have nowhere to go, equipment can sustain serious damage, and personnel face increased risk of electric shock. Whether you’re working in a utility substation, an industrial plant, or a commercial facility, accurate ground resistance
When a motor fails, everyone notices.When a PLC goes down, production stops. But when a sensor, cordset, or connector fails, troubleshooting turns into a guessing game. A surprising amount of downtime comes from the “small” automation components — the ones mounted at the machine and exposed to vibration,
Variable Frequency Drives (VFDs) have become a core part of modern motor control strategies. They improve energy efficiency, enable precise speed control, and reduce mechanical stress on motors and driven equipment. However, many of the VFD problems facilities experience are not caused by the drives themselves; they stem from poor
Why Schneider Electric Is a Go-To Brand for Industrial Automation Solutions In industrial automation, reliability and consistency matter. Equipment downtime, hard-to-source components, and incompatible systems can quickly turn into costly problems. That’s why many engineers, OEMs, and plant managers standardize on automation platforms that offer both flexibility and long-term support.
In many industrial facilities, motor control systems develop incrementally rather than intentionally. New equipment is added to meet production goals, legacy machines are retrofitted to extend service life, and replacement components are chosen based on availability or project timelines. Over time, this leads to a mix of drives, starters, and
Control panels are the nerve center of any automated system. They coordinate equipment, process data, and give operators visibility into what’s happening on the floor. However, many facilities are still operating panels built around aging hardware, limited diagnostics, and interfaces that are challenging to support. Modernizing control panels with
How Schneider Electric Drives Transform Motor Control Performance Across Industries In industrial automation, motors are everywhere, moving materials, controlling flow, powering production lines, and keeping critical systems running. But the way those motors are controlled plays a major role in efficiency, reliability, and long-term equipment health. That’s where Schneider
When a facility faces an urgent testing need, waiting weeks for equipment to arrive is not an option. Downtime is costly, and the ability to act quickly can make the difference between a minor disruption and a major outage. That’s where Lakeland Engineering Equipment Company steps in with local test