Description
York S1-FHM3465 Condenser Fan Motor Overview
The York S1-FHM3465 is a genuine OEM replacement condenser fan motor engineered to deliver dependable, long-lasting performance in York residential and light commercial HVAC systems. Built to exacting factory specifications, this motor ensures a direct-fit replacement that restores your equipment to peak operating efficiency with minimal downtime.
Key Specifications
- Horsepower: 1/3–1/6 HP (dual-horsepower, 2-speed)
- Voltage: 208–230 VAC
- Phase: Single Phase
- Speed: 1075 RPM
- Number of Speeds: 2
- Enclosure Type: Totally Enclosed Air Over (TEAO)
- Rotation: Reversible
- SKU / Part Number: S1-FHM3465
- Brand: York (Johnson Controls)
Features & Benefits
- Genuine OEM Part — Designed and manufactured to York factory standards for assured compatibility and reliability
- Totally Enclosed Air Over (TEAO) Construction — Protects internal windings from outdoor contaminants, moisture, and debris for extended service life
- Dual-Speed Operation (1/3–1/6 HP) — Two-speed capability allows the condenser fan to operate at high or low speed, improving system efficiency and reducing energy consumption during mild conditions
- Reversible Rotation — Flexible installation orientation accommodates a variety of condenser unit configurations
- 208–230 VAC Compatibility — Operates reliably across standard single-phase residential and light commercial power supplies
- 1075 RPM Operating Speed — Optimized airflow delivery across the condenser coil for efficient heat rejection
Application
The S1-FHM3465 is intended as a direct OEM replacement condenser fan motor for compatible York air conditioning and heat pump condensing units. Always verify the original motor’s nameplate data and unit model number before installation to confirm fitment.
Why Choose an OEM York Motor?
Aftermarket motors may not match the original winding specifications, shaft dimensions, or mounting configurations of your York equipment. Choosing a genuine York replacement motor protects your warranty, maintains system efficiency ratings, and reduces the risk of callbacks.
