Description
The Century FH1038 is a heavy-duty Permanent Split Capacitor (PSC) fan and blower motor engineered for demanding commercial and industrial HVAC applications. Designed for reliable, long-service performance, this motor delivers consistent airflow control in a wide range of equipment configurations.
Key Specifications
- Horsepower: 1/3 HP
- Speed: 825 RPM, 1-Speed
- Voltage: 460Vac
- Amperage: 0.9–1.0 Amps
- Motor Type: Permanent Split Capacitor (PSC)
- Motor Diameter: 5 5/8″
- Shaft: 1/2″ Flatted Shaft
- Bearings: Ball Bearings
- Mounting: All-Angle Mount
- Protector: Auto Protector
- Rotation: Reversible
Product Highlights
- Permanent Split Capacitor (PSC) Design: Provides smooth, efficient starting and running performance with minimal electrical noise — ideal for fan and blower duty cycles.
- Ball Bearing Construction: Precision ball bearings extend service life, reduce friction, and support all-angle mounting orientations without lubrication concerns.
- All-Angle Mount: Versatile mounting flexibility allows installation in virtually any position, simplifying retrofits and new installations alike.
- Reversible Rotation: Field-selectable rotation direction eliminates the need to stock separate CW and CCW motors, reducing inventory costs.
- Auto Protector: Built-in automatic thermal overload protection guards the motor against overheating, helping prevent premature failure and costly downtime.
- 1/2″ Flatted Shaft: Standard flatted shaft ensures secure set-screw connections to fan blades and blower wheels, preventing slippage under load.
- 460Vac Operation: Rated for 460-volt commercial power systems, making it well-suited for light commercial and commercial HVAC equipment.
Typical Applications
- Commercial fan coil units
- Air handling units (AHUs)
- Evaporator and condenser blower assemblies
- OEM equipment replacement and retrofit applications
The Century FH1038 is built to Century’s exacting quality standards, offering HVAC professionals a dependable drop-in replacement or new-installation motor that minimizes callbacks and maximizes system uptime.
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