ABB 3GLL252245-BDB 3Phase Synchronous reluctance motor - IP55

Feature → Business Impact → Application: High-output water-cooled SynRM design enables sustained 185 kW at 400 V with efficient heat rejection, improving uptime and reducing thermal throttling in continuous operation. This translates to lower maintenance cycles and higher overall equipment effectiveness (OEE) in process lines, conveyors, and pumps. Application: Industrial drives in steel, refining, and chemical processing benefit from compact footprint and reliable torque. Feature → Business Impact → Application: IP55 enclosure and rugged aluminum frame protect critical components in harsh environments, minimizing corrosion risk and extending service intervals in outdoor or dusty facilities. Application: Material handling systems, mining conveyors, and wastewater treatment plants gain consistent performance with reduced downtime. Feature → Business Impact → Application: IE3 efficiency with full-load (94.8%) and partial-load (≈94.9%) performance improves energy intensity metrics, lowering operating costs and simplifying energy audits. Application: High-demand fans, pumps, and blowers in HVAC and water/wastewater applications. Feature → Business Impact → Application: 4-pole, 50 Hz operation with D-connection delivers predictable torque and simplified wiring, reducing installation time and commissioning costs. Application: Retrofit projects and new builds seeking straightforward integration. Feature → Business Impact → Application: IMB5/IM3001 mounting compatibility and 400 V/50 Hz specification streamline replacement in legacy systems, enabling smoother spares planning and faster maintenance shutdowns. Application: Plant modernization and OEM equipment upgrades. Feature → Business Impact → Application: Altitude up to 1000 m and ambient 40 °C rating ensure reliable performance in diverse site conditions, minimizing derating concerns. Application: Offshore, remote locations, or facilities with elevated heat loads. Industry insight: Water-cooled SynRM motors like this model help reduce cooling demands in tight spaces, supporting higher power density without sacrificing reliability, which is critical for continuous production lines and critical process automation.