Need a Pump?

How a Pump Works

A pool pump consists of three primary components: The Motor The Impeller The Hair and Lint Trap The motor is electric and uses either 115 or 230 volts and, at full speed, rotates a mechanical shaft at 3450 RPM (revolutions per minute). The impeller, in turn, rotates at the same speed and provides the pressure needed to circulate the water. The hair and lint trap (also referred to as the strainer basket), captures large debris such as leaves that could otherwise clog the pump and reduce or prevent its performance.

Energy Saving Variable-Speed Pumps

Variable Speed Pump Benefits

It may be surprising to learn that a single speed pool pump can be the second largest consumption of energy in your house after heating and air conditioning. With the installation of a variable speed pump, it is possible to cut the associated energy costs up to 90%, which can translate to hundreds or even thousands of dollars every year. As with most advanced, more efficient products, variable speed pumps cost more than single speed pumps. This incremental investment is often recovered in energy savings in less than two years. In addition, many municipalities and states offer utility rebates, further offsetting the initial cost. To calculate your potential savings, visit Hayward’s energy calculator.

Single-Speed and Two-Speed Pumps

Types of Single and Two Speed Pumps

Single Speed These pumps use an induction motor that runs at a constant speed of 3450 RPM. They can be flooded suction pumps, meaning they are placed below the water line using gravity to keep the pump primed, or they can be self-priming, which is the typical in-ground installation. Two Speed Pump The two-speed pump uses an induction motor that operates at either full-speed (3450 RPM) or half-speed (1725 RPM). When running at half-speed, a pump can provide significant energy savings, while still having the ability to run at full-speed when more water flow is needed.

Booster Pumps for Pressure Cleaners

Hayward Booster Pumps

Hayward’s booster pump is the most aftermarket friendly and energy efficient booster pump in the industry. It uses up to 40% less electricity than other models and has an exceptionally quiet operation. Both 1½” pipe unions and ¾” hose fittings are included to provide easy installation and service for new construction and replacement applications. It is also equipped with a tall, elevated mounting base allowing for increased motor ventilation and added protection from flooding. These desirable features have made Hayward’s booster pump a leader among its competition.