Century BN62, 7-184821-04, 23717J2, Spa Pump and 47 similar items

The Century BN62 (7-184821-04, 23717J2) Spa Pump Motor is a reliable two-speed, 3 HP / .38 HP motor engineered specifically for spa and hot tub applications. Operating at 3450/1725 RPM and 230V, this 48Y frame motor provides powerful high-speed performance with ultra-efficient low-speed operation. Built with Century Flex 48 LASAR-XL technology, it delivers extra-low running amps for improved energy efficiency. The motor features ball bearings, thermal protection, rigid welded base, and durable rolled steel construction, ensuring long service life in demanding spa environments. Key Features Two-speed performance: 3 HP (high) / 0.38 HP (low) 3450/1725 RPM, 230V operation Century Flex 48 LASAR-XL technology for extra-low running amps Energy efficient design Ball bearings for long-lasting reliability Thermally protected to prevent overheating Rigid base mount welded to motor case Four thru-bolts on a 5.146" bolt circle 48/56 base mounting compatibility Run capacitor mounted on motor shell Rolled steel construction and 3-1/2" shaft height Designed only for spa and hot tub replacement Specifications Part Numbers: BN62, 7-184821-04, 23717J2 Horsepower: 3 HP (high) / 0.38 HP (low) RPM: 3450 (high) / 1725 (low) Voltage: 230V Frame: 48Y FR Speed: 2-speed Duty: Continuous Duty Bearings: Ball Bearings Construction: Rolled Steel Mounting: Thru-bolt mount with rigid welded base Bolt Circle: Four thru-bolts on 5.146" Base: 48/56 base compatible Shaft Height: 3-1/2" Capacitor: Run capacitor mounted on motor shell Protection: Thermal Overload Application: Replacement Spa Hot Tub Only Why Choose This Item Choose the Century BN62 for its powerful two-speed operation, energy-saving LASAR-XL technology, and rugged construction made specifically for spa and hot tub systems. With its welded base, sealed bearings, and reliable Century engineering, this motor provides long-lasting, efficient performance?making it an ideal replacement for ensuring strong, consistent spa water circulation.