ABB 33E871-0201 Condensor Fan Motors - 12 OZ-FTOF

Feature → Business Impact → Application: The 33E871-0201 uses a standard 3-phase, 60 Hz configuration with a robust 900 RPM speed and the 12 OZ-FTOF designation, delivering reliable condenser cooling performance that minimizes unscheduled downtime for critical chillers and condensers. The business impact is improved equipment reliability and reduced energy waste, which translates to lower operating costs in commercial HVAC systems and industrial refrigeration. Application-wise, this motor fits typical condenser assemblies and can support retrofit projects where existing drives require a durable, maintainable solution that tolerates steady-state operation. Feature → Business Impact → Application: Lead time and stock availability are optimized through multiple warehouses (US and international). The result is faster procurement cycles and shorter project timelines, reducing capital lock-up and inventory carrying costs. This is particularly valuable for OEM integrators and service fleets that must align with tight production schedules and uptime SLAs. Feature → Business Impact → Application: Domestic origin information and documented weight/dimensions provide traceability and easier logistics planning. Engineers gain clearer quality control and simplified inbound inspection, enabling smoother warehouse handling and efficient on-site installation. In HVAC condensers and process cooling equipment, predictable dimensions support straightforward mounting and alignment with standard enclosures. Feature → Business Impact → Application: The warranty and return framework, combined with a non-make-to-order stance and 0-day lead time, lends confidence in spare parts planning and maintenance budgeting. This reduces spares stock requirements while improving service response times for critical cooling loops. Feature → Business Impact → Application: Key specifications (12 OZ-FTOF, 900 RPM, 3PH, 60Hz, 42Z frame, 20 lb weight) enable precise electrical and mechanical compatibility checks during the design phase, ensuring robust integration into condensers, air handlers, and packaged units. Engineers can rely on consistent performance across installations, supporting standardized maintenance procedures and cross-site operability.