Century Air Conditioner Condenser Fan Motor 460/200-230V, 1140 RPM, 3/4 HP, H567

Century Condenser Fan Motor | 3/4 HP | 1140 RPM | 460/200‑230V | Three‑Phase | H567

Brand new Century Air Conditioner Condenser Fan Motor, model H567 / UH567. This high‑performance three‑phase motor is engineered for demanding HVAC/R applications requiring long‑life operation, smooth performance, and reliable cooling. Built with a rugged rolled‑steel frame, ball bearings, and a vertical‑shaft‑up configuration, it delivers dependable airflow for commercial and residential condenser systems.

Designed for continuous air‑over duty with a durable L56Y frame, this motor provides excellent thermal protection, stable operation, and long service life.

⚙️ Features & Benefits

• Direct replacement for Century H567 / UH567
• 3/4 HP output for strong condenser airflow
• Three‑phase motor for high efficiency and reliability
• Ball bearing construction for extended service life
• Vertical shaft‑up design
• Open Air Over (OAO) enclosure
• Thermally protected for safe operation
• Condition: Brand New – Unused

Specifications

• Brand: Century Motors
• Catalog Number: H567
• Horsepower: 3/4 HP
• Kilowatts: 0.56 kW
• Voltage: 460 / 200‑230V
• Phase: Three‑phase
• Speed: 1140 RPM
• Amperage: 1.5A / 2.8–3.0A
• Frame: L56Y
• Rotation: CW Reversible
• Enclosure: Open Air Over (OAO)
• Shaft: 0.625" Diameter × 6.06" Length (keyed/flat)
• Material: Rolled steel
• Thermal Protection: Automatic
• Service Factor: 1.0
• Frequency: 60 Hz
• Insulation Class: B
• Duty: Continuous Air Over
• Compliance: UL Recognized, CSA Listed
• Country of Origin: Mexico

Physical Dimensions

• Width: 8.00"
• Length: 19.00"
• Height: 8.00"
• Weight: 26 lbs

Applications

• Commercial & residential AC condenser units
• HVAC/R cooling systems
• Outdoor condensing units requiring vertical‑shaft‑up motors
• Three‑phase condenser fan replacements

Upgrade or replace your condenser fan motor with this OEM‑grade Century H567 — engineered for durability, efficiency, and long‑term HVAC performance.