RS Enables Next-Generation AI Data Centers With Omron Automation’s Industrial Control Panel Products
November 2, 2026
RS offers an extensive selection of Omron Automation industrial control panel products engineered to enable more efficient, resilient control systems, maximize uptime, and reduce operating risks in demanding next-generation AI data center, edge AI, and IIoT applications.
The rapid rise of AI is fueling an unprecedented wave of data center development and a $1 trillion global infrastructure supercycle, leading hyperscale providers to invest hundreds of billions of dollars into high-density data capacity and push rack densities into the megawatt range. These new greenfield and extensively retrofitted brownfield facilities require unprecedented levels of power generation, generate extreme thermal loads, and often aim for six nines (99.9999%) uptime, which only allows for around 30 seconds of downtime per year.
Satisfying these rigorous demands in these challenging environments requires specialized AI automation control panel products designed to help data center operators, panel builders, system integrators, machine builders, and facility maintenance engineers optimize panel footprints, enable real-time predictive control, maximize reliability and thermal, power, and energy efficiency, and support scalability.
Purpose-Built AI Automation Control Panel Products
Omron Automation industrial control panel products, available at RS, are engineered using Omron’s Value Design for Panel concept to help solve the biggest challenges facing next-generation data center and industrial facilities, including stable power and thermal management, predictive maintenance and asset health, and liquid cooling leak protection. By unifying component dimensions, enabling zero-clearance side-by-side mounting, and incorporating vibration-resistant Push-in Plus wiring terminals, this standardized panel platform delivers up to 50% cabinet space savings and slashes wiring labor by approximately 60% while optimizing internal airflow.
Omron Automation switch-mode power supplies (SMPS) convert incoming AC power to stable DC power for downstream components, like PLCs and relays, provide basic input filtering and output voltage regulation, and are built to the highest level of reliability and backed by a competitive five-year warranty. Their compact form factors deliver 20–50% space savings compared to legacy units. This allows panel builders to downsize enclosures or fit more components into tight spaces, helps reduce assembly costs, and improves airflow and heat dissipation inside the panel, which improves component reliability and durability. They also exhibit exceptional efficiency, which mitigates heat generation and eases cabinet-level thermal burdens on surrounding cooling infrastructure.
Omron’s flagship S8VK SMPS family provides highly reliable power distribution optimized for a wide range of applications.
· S8VK-G SMPS: These versatile baseline single-phase power supplies deliver high power density in a compact package that’s 13% smaller than comparable SMPS, rated for operating temperatures extending from -40°C to +70°C, and designed for high durability, high vibration resistance, and high mean time between failures (MTBF). Ideal applications include industrial control panels, outdoor HVAC and facility infrastructure, and high-vibration skid and pump enclosures.
· S8VK-X SMPS: Designed to support predictive maintenance and maximize uptime in critical environments, these smart single-phase power supplies enable the real-time monitoring of voltage, current draw, peak current, and estimated remaining service life and natively communicate diagnostic data via EtherNet/IP, giving maintenance teams continuous 24/7 visibility into asset health. Ideal applications include mission-critical AI data center control panels, continuous automated production lines, and remote control cabinets.
· S8VK-WA and S8VK-WB SMPS: These compact three-phase power supplies feature one of the smallest footprints in their class, cover 200–240 VAC (WA) and 380–480 VAC (WB) input ranges, and automatically maintain three-phase load balance without manual adjustment. Engineered for rapid assembly and operational longevity, they feature Push-in Plus terminals that reduce wiring labor by approximately 60%, coated PCBs for environmental resistance, and clear visual status indicators to help maximize uptime. Ideal applications include high-density coolant distribution unit (CDU) control enclosures, heavy industrial machinery, and global three-phase power distribution cabinets.
Omron Automation motor condition monitoring devices provide continuous 24/7 visibility into motor health and are ideal for helping facility engineers and maintenance teams transition from costly periodic manual inspections to proactive, condition-based maintenance. Designed for seamless integration into both greenfield builds and brownfield retrofits, these compact devices monitor critical parameters like vibration, temperature, current draw, and insulation degradation without requiring structural changes or line stoppages. This enables the early detection of mechanical and electrical wear and helps safeguard mission-critical pumps, fans, and compressors, prevent unscheduled downtime, and extend equipment lifespans in high-density facilities.
Omron’s proven K6CM motor condition monitoring devices quantify motor degradation in real time to protect critical rotating assets.
· K6CM-CI2M comprehensive current monitoring devices: These models use current transformers (CTs) to measure current waveforms and load fluctuations and identify internal motor abnormalities, such as rotor degradation, pump cavitation, and driven-load friction. Ideal applications include submerged liquid cooling pumps, automated conveyor drives, and sealed motor-compressor assemblies.
· K6CM-VBM vibration and temperature monitoring devices: These smart models use surface-mounted sensors to analyze motor bearing health and physical displacement and detect mechanical wear, misalignment, and unbalance before physical damage occurs. Ideal applications include CDU pumps, HVAC cooling tower fans, and heavy-duty process motors.
· K6CM-ISM insulation resistance monitoring devices: These devices continuously track insulation degradation and ground leakage currents while the motor is running, eliminating the need for manual megohmmeter testing during scheduled downtime. Ideal applications include critical facility water pumps, harsh-environment motors, and continuous production line drives.
Omron Automation liquid leakage sensor amplifiers enable the fast, reliable detection of conductive fluids to protect sensitive electronic infrastructure from catastrophic liquid damage and short circuits. Featuring ultra-compact form factors and high noise immunity, these specialized amplifiers seamlessly integrate into high-density control panels and automated machinery operating alongside liquid cooling loops, manifolds, and drip pans. Their low-current AC sensing technology prevents liquid degradation via electrolysis, while modular sensor inputs enable broad perimeter and localized monitoring with minimal panel footprints and simplified wiring.
Omron’s specialized K7L liquid leakage sensor amplifiers provide scalable, highly sensitive leak detection optimized for modern liquid-cooled environments, like AI data centers.
· K7L-AT liquid leakage sensor amplifiers: These ultraminiature, plug-in sensor amplifiers are available in standard models with four adjustable sensing ranges that reliably detect everything from water condensation to low-conductivity chemicals, as well as specialized models that support long-distance wiring up to 400 meters. Designed for complex CDU manifolds, under-floor drip pans, and direct-to-chip cooling loops, these units combine AC detection and an integrated noise canceller circuit to prevent electrode corrosion and provide highly sensitive, stable detection.
· K7L-B liquid leakage sensor amplifiers: Built using Omron’s space-saving Value Design for Panel concept, these miniature amplifiers drastically reduce manual wiring labor and control panel footprints when paired with Push-in Plus technology sockets. Certain models also feature built-in sensor disconnection detection to ensure that maintenance teams are immediately alerted if a sensing band is severed or unplugged before a critical leak goes unnoticed. Ideal applications include space-constrained AI server cabinets, high-density fluid handling panels, and localized pump containment basins.
