Trane BLW1320 2 Stage Inducer Assembly

The Trane BLW1320 2 Stage Inducer Assembly is a precise OEM replacement engineered for high-efficiency gas furnaces. As a veteran technician knows, maintaining the pressure switch circuit’s integrity depends on the draft inducer’s ability to clear combustion byproducts effectively. This 115V single-phase assembly operates at 2543 RPM, utilizing a 2-stage furnace inducer motor to modulate airflow based on heating demand. It serves as the direct BLW1320 replacement for BLW0362, ensuring a drop-in fit for residential and light commercial units. With a 1/33 HP ratings and a 0.21 FLA draw, this draft inducer blower features an Open Air Over (OAO) enclosure to manage heat dissipation during extended cycles. Whether you are troubleshooting a pressure switch error or a seized bearing, this Trane furnace part restores the critical combustion air blower performance required for safe, stable furnace operation across both low and high-fire stages.

• Direct OEM Compatibility: Engineered as the exact Trane BLW1320 replacement to eliminate mounting and wiring issues common with universal motors.
• Optimized 2-Stage Performance: Supports modulation between heating cycles, improving fuel efficiency and reducing operational noise.
• High-Torque Reliability: Rated at 2543 RPM with a 0.21 Amp draw, providing consistent static pressure to keep safety switches closed.
• Durable Construction: Features high-grade ball bearings and a robust housing assembly designed for the high-temperature environment of a heat exchanger.

Is the BLW1320 a direct swap for the BLW0362?
Yes, the BLW1320 is the official OEM successor to the BLW0362. It maintains the same mounting footprint and electrical specifications for a seamless field replacement.

Can I use this on a single-stage furnace?
No, this is a 2-stage assembly specifically designed for dual-stage gas valves and control boards. Verify your furnace model and wiring harness before installation.

What are the symptoms of a failing inducer motor?
Look for "no heat" calls triggered by pressure switch fault codes, loud grinding from worn bearings, or the motor humming without spinning, which often suggests a failed capacitor or seized internal windings.

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.