ABB 3GBP358234-ADG 3-Phase Squirrel Cage Motor - IE2 IP55

Feature → Business Impact → Application. The IE2 efficiency level reduces energy consumption and operating costs across long-running processes such as pumps and fans, delivering measurable sustainability and cost savings in continuous operation environments. This 300 kW, cast-iron motor achieves improved torque stability and lower heat generation, supporting continuous operation in process lines while reducing cooling requirements and extending bearing life in hot factories. The dual-speed capability enables precise speed matching to load profiles, lowering mechanical wear, maximizing system efficiency, and cutting energy waste in variable-torque applications like compressors and HVAC systems. IP55 protection and IC411 insulation provide reliable performance in dusty, humid facilities, minimizing unplanned downtime and simplifying compliance with industrial maintenance standards. The 355 frame and top-termination box simplify installation and retrofits, reducing commissioning time and service disruption during upgrades. Industry-specific context shows these characteristics translating to longer service intervals and lower lifecycle costs across mining, steel, and chemical processing environments. Compatibility with M3BP design language ensures seamless integration with ABB drives and motor-management solutions, while the 4-pole, two-speed configuration supports flexible control strategies for conveyors and material handling lines. By offering robust bearings (6322/C3, 6316/C3) and IMB3 IM1001 mounting, the motor performs reliably under vibration and misalignment, reinforcing uptime and maintenance predictability. The unit’s country-of-origin options (FI/CN/PL) bolster supply resilience and regional sourcing preferences, aiding procurement teams in meeting regulatory and vendor-diversification goals. This combination of structural rigidity, electrical reliability, and installation convenience makes it a competitive choice in industrial automation projects where efficiency, dependability, and ease of integration matter most.