Amana-Goodman BT1340032S Motor

Amana-Goodman BT1340032S Motor

  • $362.00


The Amana-Goodman BT1340032S Motor is a high-performance direct drive blower motor engineered for precision in residential HVAC systems. Operating at 208-230V, this 1/4 HP condenser fan motor delivers a consistent 1100 RPM, ensuring optimal airflow and heat exchange efficiency. Built to meet rigorous OEM specifications, the BT1340032S serves as a reliable HVAC replacement motor for compatible Goodman, Amana, and Janitrol air handlers and furnaces. Its single-phase design and robust construction prioritize thermal protection and long-term mechanical stability. By choosing this genuine Amana-Goodman part, technicians ensure seamless integration with existing fan blades and mounting brackets, maintaining the factory-rated performance of the climate control system. This motor is essential for restoring quiet operation and effective circulation in demanding environmental conditions.

Key Benefits

  • OEM Compatibility: Designed specifically for Goodman and Amana equipment to guarantee a perfect fit.
  • Enhanced Efficiency: Energy-efficient 1/4 HP output reduces operational costs while maintaining 1100 RPM airflow.
  • Durable Construction: Engineered to withstand high-stress cycles in residential heating and cooling units.
  • Quiet Operation: Precision-balanced components minimize vibration and noise during startup and continuous use.

Common Questions

Is the Amana-Goodman BT1340032S a direct replacement for my furnace motor?
This motor is a standard OEM replacement for many 208-230V air handlers. Always verify the part number on your existing motor or consult your unit's manual to ensure a match.

What capacitor does the BT1340032S require?
Most 1/4 HP motors at this voltage require a specific Run Capacitor (typically 5 MFD/370V). Check the labeling on the motor housing for the exact microfarad rating required for your installation.

Can I install this motor in a 115V system?
No, this motor is rated specifically for 208-230V single-phase power. Installing it in a lower voltage system will lead to failure or improper operation.

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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