Trane MOT10294 Motor

The Trane MOT10294 is a heavy-duty 1.5HP condenser fan motor engineered for high-demand commercial HVAC and refrigeration systems. Operating at 460V and a nominal 1140 RPM, this 3-phase motor is designed to drive large-volume airflow through extensive ductwork and industrial rooftop units. Built with a robust 56 motor frame (specifically the Y56Y frame), it features a reversible rotation capability and a TEAO (Totally Enclosed Air Over) enclosure, ensuring protection and thermal stability in harsh outdoor condenser environments. This direct OEM replacement delivers the torque and efficiency required for critical cooling applications, maintaining optimal head pressure and system performance.

Key Benefits

• Industrial-Grade Power: Delivers 1.5 HP for maximum airflow in commercial rooftop units (RTUs) and air handling units (AHUs).
• Precision Engineering: Rated at 1140 RPM for consistent circulation and temperature control in large-scale facilities.
• Optimized for 460V Systems: Designed for efficiency in 3-phase commercial electrical grids, reducing electrical stress during peak operation.
• Durable Construction: Features ball bearings and a Class B insulation rating to handle the high thermal loads of continuous air-over applications.
• Versatile Compatibility: Mountable in vertical shaft-up positions with a standard 5/8-inch shaft diameter for seamless fan blade integration.

Common Questions

Is the Trane MOT10294 reversible?
Yes, this motor is designed with reversible rotation (CW/CCW), allowing it to adapt to various fan blade pitches and system requirements across and Trane condensing units.

What are the physical dimensions for mounting?
The motor uses a standard 56 frame (Y56Y) with a shaft length of approximately 3.37 inches and a diameter of 0.625 inches, making it a drop-in replacement for specific Trane and American Standard commercial frames.

Can I use this motor on a single-phase circuit?
No, the MOT10294 is a 3-phase motor and requires a 460V three-phase power supply to operate correctly. Attempting to run this on single-phase power will result in motor failure.

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.