ABB 3GBL202415-HSB 3-Phase synchronous motor - IP55

Feature → Business Impact → Application: The IP55 enclosure provides rugged protection against dust and water ingress, reducing unplanned downtime in dusty or damp environments and extending service intervals for material handling and packaging lines. This translates to lower maintenance costs and higher line availability in steel, paper, or food-and-beverage applications. Feature → Business Impact → Application: IE3 efficiency rating delivers meaningful energy savings across full-load and partial-load conditions (Full Load 93.8%, Partial Load up to 93.5%), reducing operating expenses for continuous conveyors, pumps, and mixers. This is particularly valuable in energy-intensive processes and standardized drive systems across plastics, textiles, and mining. Feature → Business Impact → Application: IC411 insulation and ICFL class insulation provide reliable thermal performance in 40 °C ambient temperatures and 1000 m altitude, enabling sustained performance in industrial plants with high ambient heat or elevation. This supports long-term uptime in process industries and heavy-duty machinery. Feature → Business Impact → Application: Cast Iron frame (200 mm) with robust bearings (6312-2Z/C3; 6210-2Z/C3) delivers mechanical durability, reducing replacement cycles in demanding environments such as presses, mills, and rotating equipment. This improves total cost of ownership and lowers lifecycle risk. Feature → Business Impact → Application: 4-pole, 370 V operation with S9 duty (continuous operation under heavy load) ensures predictable torque and reliable speed control, ideal for multi-speed or single-speed drive systems in packaging lines, fans, and material handling. Feature → Business Impact → Application: VFD compatibility and standard mounting enable quick installation and retrofits, minimizing downtime during commissioning and reducing integration effort with existing control architectures in automation projects. Industry-specific context: The motor’s 3BL0__M3BL_SynRM_CI designation signals compatibility with SynRM (synchronous reluctance) control strategies, enabling advanced efficiency optimization for energy-intensive processes while maintaining robust mechanical design.