Hayward 1.5 HP Impeller | SPX3015C

Hayward 1.5 HP Impeller | SPX3015C

Description: The SPX3015C is a genuine Hayward replacement impeller designed for 1.5-horsepower Super II series pool pumps. This closed-face impeller plays a critical role in maintaining efficient water circulation by drawing water into the pump and propelling it through the filtration system.

Features:

• Authentic Hayward replacement part ensuring compatibility and optimal performance.

• Constructed from durable, corrosion-resistant materials suitable for pool environments.

• Precision-molded to maintain balanced rotation, reducing strain on the motor.

• Supports consistent water flow and pressure, enhancing overall pump efficiency.

Compatibility:

• Designed for use with Hayward Super II Pump models, including:

  • SP3015X20

  • SP3015(EEAZ)

  • SP3007(EEAZ)

  • SP3010(EEAZ)

  • SP3020(EEAZ)

  • SP3025(EEAZ)

  • SP3030(EEAZ)

• Compatible with Super II SP3000 series pumps and must be installed on a 1.5 HP (or greater) C-face motor with a threaded shaft. Specifications:

• Impeller Type: Closed Face

• Impeller Diameter (OD): 4-3/4 inches

• Vane Width (ID): 5/16 inch

• Eye Diameter (OD): 1-7/8 inches

• Eye Length: 5/8 inch

• Impeller Width (OD): 5/8 inch

• Seal Seat Depth: 1/8 inch

• Shaft Length: 15/16 inch

Installation Notes:

• Ensure the pump motor is powered off and disconnected before performing any maintenance.

• Inspect the shaft seal and diffuser for wear or damage; replacing these components simultaneously is recommended to ensure optimal performance.

• Properly align the impeller on the motor shaft and secure it according to the manufacturer’s guidelines.

• After installation, test the pump for leaks and verify that it operates smoothly without unusual noises or vibrations.

Maintenance Tip: Regular inspection and timely replacement of the impeller are crucial for maintaining the efficiency and longevity of your pool pump. Debris or wear can impede performance, leading to increased energy consumption and potential damage to other pump components.