ABB 7BS3P100W059G1 Servo Motors - NEO T'STAT Resolver

Feature → Business Impact → Application: The 7BS3P100W059G1 integrates a robust BSM90N-1250AA (NEO) T'STAT RESOLVER, delivering precise encoder feedback to the drive system, which translates to tighter position accuracy and repeatable cycle times in high-speed assembly. This directly reduces scrap and rework in automated packaging lines and robotics cells. Feature → Business Impact → Application: Lead time is 0 day with stock available at multiple warehouses, enabling instant deployment and improved project timelines, especially for retrofits and expansion projects in manufacturing facilities. Feature → Business Impact → Application: Net dimensions of 18.625 in L × 10.5 in W × 11.25 in H and a 25 lb weight profile support installation in constrained enclosures common in bottling, pick-and-place, and material-handling systems, while simplifying on-site handling. Feature → Business Impact → Application: Stocked At Warehouses across regions and a non–made-to-order model streamline procurement and spare-part planning, enhancing maintenance reliability and reducing downtime risk in continuous production lines. Feature → Business Impact → Application: Replacement Product ID 7BBSM90N-1250AA provides a clear obsolescence path, supporting long-term lifecycle management and minimizing design churn in automation projects. Feature → Business Impact → Application: Global commercial alias S3P100W059G1 improves cross-reference accuracy in catalogs and ERP systems, lowering the risk of mis-sourcing during multi-site deployments in automotive, consumer electronics, and general manufacturing settings. Feature → Business Impact → Application: The 25 lb gross weight and 2200.078 in³ gross volume inform packaging and logistics planning, reducing freight costs and optimizing warehouse handling for bulk deployments. Feature → Business Impact → Application: Compatibility with ABB drive ecosystems and standard servo interfaces simplifies integration, accelerates commissioning, and enables predictable performance for servo-driven machines in robotics, CNC, and process automation.