York S1-024-20046-700 Run Capacitor

The York S1-024-20046-700 is an OEM-grade 10 MFD 370V run capacitor engineered for precision performance in HVAC blower motors and condenser fan assemblies. This oval run capacitor provides the necessary phase shift to maintain the magnetic field in PSC motors, ensuring the compressor or fan motor operates at peak efficiency. Constructed with high-stability metalized polypropylene film, the S1-024-20046-700 is designed to handle the thermal rigors of continuous duty cycles in residential and light commercial equipment. The aluminum housing facilitates rapid heat dissipation, preventing dielectric breakdown during high-ambient operations. Featuring standard 1/4-inch male quick-connect terminals, this York replacement part allows for a direct-fit installation in tight electrical cabinets. Technicians should note that while this unit is rated for 370Vac, it maintains a strict tolerance level to prevent motor winding overheating, making it a reliable choice for restoring electrical balance to the system's drive components.

• OEM Compatibility: Specifically designed as a direct replacement for York S1-024-20046-700 specifications.
• Stable Capacitance: Consistent 10 microfarad output ensures proper motor torque and lower amperage draw.
• Durable Construction: Housed in a rugged, leak-proof aluminum casing for enhanced component longevity.
• Simplified Installation: Universal oval form factor fits standard mounting brackets and straps.

Can I use a 440V capacitor to replace this 370V model?
Yes, a higher voltage rating is acceptable as it indicates the capacitor's insulation strength, provided the 10 MFD rating remains identical.

What are the symptoms of a failing 10 MFD run capacitor?
Common indicators include a humming motor that fails to start, the motor housing running excessively hot, or visible bulging on the capacitor casing.

Is the polarity important when wiring this capacitor?
Most run capacitors are non-polarized, meaning the leads can be connected to either terminal, but always refer to the specific system wiring diagram for proper lead placement.

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.