MOT9875 Trane Motor

Part number MOT9875 from Trane, listed in General Purpose AC Motors. KKM Solutions quotes this part with pricing and availability confirmed per order.

Overview The Trane MOT9875 Motor is an Original Equipment Manufacturer (OEM) electric motor designed as a replacement or component for use in Trane Heating, Ventilation, and Air Conditioning (HVAC) systems, such as furnaces and air handlers. Based on related model numbers in the Trane series (like MOT9675/MOT09675), this motor is typically a programmable or Electronic Commutated Motor (ECM) component, known for its high efficiency and variable speed capabilities to provide optimized airflow and consistent performance. Features Key features of similar Trane OEM motors in this series, and therefore likely applicable to the MOT9875, include: Programmable or ECM motor design for high efficiency and precise control. Variable speed operation, allowing for tailored airflow to meet specific system needs and enhance energy savings. Designed for bi-directional operation (CW/CCW) to suit different installation requirements. Specifications Based on specifications for related models (MOT9675/MOT09675), the MOT9875 is likely associated with the following technical details: Horsepower (HP): Commonly rated at 3/4 HP (0.75 hp) or a range including 3/4 HP and 1 HP. Voltage: Operates on a multi-voltage range, typically 120/240V or 115/230V. Motor Design: ECM (Electronically Commutated Motor) or Programmable Motor. Name Plate RPM: Often 1050 RPM. Phase: Typically 3-phase, though variable speed motors can sometimes operate on single-phase supply in smaller residential units (requires verification for specific MOT9875 model). Applications The Trane MOT9875 is primarily used in commercial and large residential Heating, Ventilation, and Air Conditioning (HVAC) systems manufactured by Trane or American Standard. Its applications include: Furnace and Air Handler Blower Motor replacement. Providing variable speed control for precise air circulation and temperature regulation. Use in systems where enhanced energy efficiency and consistent air movement are critical.