ABB M3LP 315MLA 2 3-Phase Squirrel Cage Motor - IE2

Feature: Aluminum frame material provides corrosion resistance and reduced weight for easier handling. Business Impact: Improves install efficiency and lowers structural stress, reducing maintenance costs. Application: Suitable for harsh factory floors and outdoor installations where exposure to moisture or chemicals is a concern. Feature: IP55 protection class guards against dust and water ingress. Business Impact: Extends motor life and reduces unplanned downtime in dusty or damp environments. Application: Ideal for ventilated systems, conveyors in warehouses, and cooling circuits where cleanliness and reliability matter. Feature: IE2 efficiency rating delivers energy savings across load profiles. Business Impact: Lowers operating costs and supports regulatory energy mandates. Application: Critical in continuous-duty lines, pumps, and fans where energy efficiency translates to measurable ROI. Feature: IC71W insulation class enhances thermal endurance. Business Impact: Improves reliability in elevated temperature settings and long-duty cycles. Application: High-temperature processes and installations with limited cooling capacity benefit from improved insulation margin. Feature: 315 frame with aluminum construction and bearing 6316/C3 supports robust mechanical fit. Business Impact: Facilitates standard mounting, reduces procurement complexity, and enhances longevity. Application: Retrofit projects and new builds where a compact, durable footprint is required. Feature: Top terminator box location simplifies wiring and service access. Business Impact: Shortens commissioning time and simplifies maintenance. Application: Panels and cabinets with restricted access can be wired quickly, reducing downtime during upgrades. Feature: Water-cooled motor option integrated within IE2 family for thermal-limited applications. Business Impact: Enables higher continuous loads in heat-generating applications, lowering the risk of thermal overload. Application: Heavy-load conveyors, mixed-temperature environments, and high-demand fans where cooling capacity is a bottleneck. This combination of protection, efficiency, and mechanical robustness aligns with industry needs for reliable operation, predictable maintenance intervals, and energy-conscious budgeting across industrial automation and electrical components channels.