ABB 7BS2P196W049 Servo Motors - Made in USA, Industrial

Stocking and lead time: With a 0 day lead time and multi-warehouse stocking, projects avoid delays and accelerates procurement cycles, enabling rapid commissioning in production lines. Feature → Business Impact → Application: Fast deployment supports urgent repairs and capacity expansions in packaging and process automation, reducing downtime and improving line availability. Weight and footprint: At 16 lb with a compact footprint (16.375 in length x 6.75 in width), installation is straightforward in crowded machine layouts, enabling easier retrofits and compact robotics applications without sacrificing torque or performance. Feature → Business Impact → Application: Space-efficient servo motors reduce enclosure size requirements and simplify mounting on CNC machines and automated pick-and-place systems. Country of origin and supply reliability: United States origin with global warehouse coverage enhances supply chain resilience and procurement consistency. Feature → Business Impact → Application: Domestic sourcing combined with international stocking supports compliant, repeatable sourcing for regulated industries and OEMs. Not-to-order status and MOQ: Made To Order = No and MOQ = 1 piece, ensuring immediate availability for spares and small-batch projects. Feature → Business Impact → Application: Short lead times and minimal inventory risk improve maintenance planning and spare-part budgeting, especially in high-mix manufacturing. Warranty and return policy: Warranty returns are product-based and must be returned, reducing risk and providing a clear process for defect resolution. Feature → Business Impact → Application: Lower total cost of ownership and clearer serviceability for mission-critical automation systems. Global alias and product naming: Global Commercial Alias S2P196W049 aligns with catalog harmonization, simplifying cross-site procurement and aftermarket support. Feature → Business Impact → Application: Unified part numbers ease supplier negotiations and reduce mis-orders in multi-site operations.