Trane MOT12294 Motor

Trane MOT12294 Motor

  • $777.61


The Trane MOT12294 Motor is a high-performance direct drive blower motor designed for specific Trane and American Standard air handler and furnace applications. Operating at 208-230V, 1-phase power, this 1/3 HP motor delivers a consistent 1050 RPM, ensuring optimal airflow across the evaporator coil. Built with a NEMA 48 frame, it features an open drip-proof (ODP) enclosure and permanently lubricated ball bearings to withstand the high-cycle demands of residential and light commercial HVAC systems. This OEM replacement motor is critical for restoring system static pressure and maintaining the factory-specified blower curve. For field installation, verify the run capacitor requirements (typically 5 MFD at 370V) and check the shaft diameter and rotation direction to ensure a seamless drop-in fit. This PSC induction motor is engineered for high thermal efficiency and reduced electrical noise in variable-load conditions.

  • OEM Precision: Direct replacement for Trane MOT12294 ensuring electrical and mechanical compatibility with original mounts.
  • Efficient Airflow: The 1/3 HP 1050 RPM configuration maintains proper CFM delivery against high static pressure.
  • Durable Construction: Features Class B insulation and integrated thermal overload protection for extended component life.
  • Versatile Voltage: Rated for 208-230V single-phase operation, making it ideal for standard residential split systems.

Common Questions

Is the MOT12294 motor reversible in the field?
Most OEM blower motors are set to a specific rotation; however, always verify the lead wire configuration or rotation arrow on the housing before securing the blower wheel.

What capacitor does the Trane MOT12294 require?
This HVAC blower motor typically requires a 5 MFD / 370V run capacitor. Utilizing an old or out-of-tolerance capacitor will lead to premature winding failure.

Can I use this motor to replace a higher horsepower rating?
No, always match the HP, RPM, and amperage ratings exactly. Undersizing the motor will lead to overheating and failure to move the necessary air volume.

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Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.

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