York 024-30933-002 Motor

The York 024-30933-002 Motor is a high-performance 2HP 850RPM Fan Motor engineered for demanding chiller and condenser applications. Built to withstand the rigorous duty cycles of industrial HVACR systems, this three-phase 208-230V motor features a 145TZ frame and a rugged NEMA 56C design, ensuring a precise fit and long-term reliability in the field. As a genuine OEM York fan motor replacement, it eliminates the guesswork associated with universal alternatives, maintaining the factory-specified static pressure and CFM requirements necessary for optimal system cooling and heat transfer. With a full load amperage rating of approximately 7.6A and a specialized 850 RPM nameplate speed, this motor is the standard choice for contractors looking to restore system efficiency without compromising internal component integrity or airflow balance.

• Direct OEM Integration: Drop-in compatibility for York chiller units, ensuring the 145TZ frame aligns perfectly with existing mounting brackets.
• Industrial-Grade Construction: Designed as a 2HP 3-phase motor to provide consistent torque under high-load residential or commercial condenser environments.
• Precision Cooling: Fixed 850 RPM operation maintains the exact thermodynamics required for York refrigerant circuits, preventing high-head pressure trips.
• Efficient Power Management: Operates on standard 208-230V architecture, offering a balanced amperage draw for reduced electrical stress on contactors.

Is the York 024-30933-002 compatible with VFDs?
This motor is primarily designed for single-speed operation at 850 RPM. If your system utilizes a variable frequency drive, verify that the motor insulation class and 3-phase winding specs meet your specific inverter requirements.

What are the primary causes of failure for this condenser motor?
Most failures in these units stem from bearing wear due to environmental debris or electrical issues like phase loss. Always check your capacitors (if applicable in specific configurations) and ensure the fan blade is balanced during installation to prevent vibration-induced damage.

Can I use a higher RPM motor as a substitute?
Using a motor with a different RPM rating can significantly alter the airflow and amp draw, potentially overloading the motor or causing the system to operate outside its engineered parameters. Sticking to the 850 RPM 024-30933-002 specification is critical for maintaining system performance.

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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.