ABB 3GBL162437-ASB 3-Phase synchronous motor - IP55 IE3

Feature → Business Impact → Application: ABB 3GBL162437-ASB uses a robust cast-iron frame (160) and 4-pole design to deliver durability in harsh environments, reducing maintenance cycles and replacement costs in continuous operation scenarios. This directly translates to higher line availability on factory floors and lower total cost of ownership for critical drying, rolling, or conveying systems. Application: suitable for heavy-duty conveyors, metal stamping lines, and packaging machinery where consistent torque and low vibration are essential. Feature → Business Impact → Application: IP55 protection and IC411 insulation enable reliable performance up to 40 °C ambient and 1000 m altitude, minimizing derating and unplanned outages in outdoor or semi-indoor installations. Application: outdoor conveyors, washdown zones, or unprotected plant corners where protection against dust and moisture matters. Feature → Business Impact → Application: IE3 efficiency with full-load 93.9% and partial-load performance around 92–93% reduces energy consumption, lowering operating costs in long-shift operations. Application: high-efficiency drives for hoists, mills, or centrifuges where energy optimization is critical. Feature → Business Impact → Application: 370 V operational voltage and precision bearings (6309-2Z/C3) ensure smooth startup and long bearing life, decreasing maintenance and retrofit risk. Application: modernization of legacy machines and retrofits in existing lines. Feature → Business Impact → Application: Replaced ID 3GBL162002-ASB and country of origin Finland (FI) provide straightforward procurement and traceability for compliance reporting and supply-chain continuity. Application: global rollout of standardized ABB motor platforms across multi-site facilities. This motor’s speed, torque availability, and S9 duty profile support continuous operation in demanding processes, while its modular design supports straightforward installation and integration with existing ABB drives and MCCs. Overall, users gain predictable performance, improved reliability, and a path to lower lifecycle costs in industrial automation projects.