Also known as deep-well submersible pumps, use these pumps to transfer drinking water from wells and cisterns up to 250 ft. deep.

These pumps can be submerged or connected remotely to a pipe in your line. Use them to circulate water in small tanks, cooling baths, fountains, and other low-flow applications.

These pumps can be submerged or connected remotely to a pipe in your line. Magnets turn the impeller so there's no shaft seal to wear out. Use to circulate water in small tanks, cooling baths, fountains, and other low-flow applications.

The durable epoxy-coated aluminum housing handles hard knocks in rough waters. Submerge these pumps to circulate water in small tanks, cooling baths, fountains, and other low-flow applications.

Also known as booster pumps, these have a multistage impeller that propels water about two times higher and farther than standard circulation pumps. Use them in applications such as water delivery, irrigation, and pressure washing.

These pumps can be used to move water and lubricating oil in boiler feed systems, cooling towers, and heat exchangers.

Move water and coolants, such as ethylene glycol, in boiler feed systems, cooling towers, and heat exchangers.

Eliminate seal wear and leakage with pumps that use magnets to turn the impeller. They’re often used with electroplating and photographic solutions.

These pumps have a totally enclosed fan-cooled (TEFC) motor for use in dusty, dirty, and damp environments. The impeller is turned with magnets to eliminate seal wear and leakage for a long service life.

Use less electricity to achieve the same flow rates as other circulation pumps.

Drain underground tanks and process wastewater with pumps that can be installed up to 20 ft. above your liquid source.

A powerful motor provides twice the flow rate of other self-priming circulation pumps. It is totally enclosed fan-cooled (TEFC) for use in dusty, dirty, and damp environments. Install these pumps up to 20 ft. above your liquid source to drain underground tanks and process wastewater.

Eliminate seal wear and leakage—these pumps have magnets that turn the impeller for a long service life. Install them directly in your pipeline for applications such as hot-water circulation and hydronic heating and cooling.

A detachable motor assembly allows you to leave these pumps inline while servicing or repairing the motor. Install these pumps directly in your pipeline for applications such as hot-water circulation and hydronic heating and cooling.

Accommodate performance changes in your system with a three-speed switch that adjusts flow rate. Accommodate performance changes in your system with a three-speed switch that adjusts flow rate. Install these pumps directly in your pipeline for applications such as hot-water circulation and hydronic heating and cooling.

The durable motor and impeller can handle dirty coolant and machine lubricants with solids up to 1/4" diameter. These pumps have an intake that can be completely submerged in liquid.

Also known as centrifugal pumps, these send a high flow of liquid through a pipeline or a closed circuit. They're often used in heating and cooling applications, as well as for tank filling and emptying.

Move higher volumes of water with solids than other sump pumps. The float switch has a separate cord that can unplug, so you can replace the switch without replacing the whole pump. Also known as effluent pumps, they accommodate solids up to 3/4” in diameter. They are often used with liquid waste that has passed through a septic tank, so most solids are removed.

The float switch is wired to the pump. Also known as effluent pumps, these accommodate solids up to 3/4" in diameter. They're often used with liquid waste that has passed through a septic tank, so most solids are removed.

The float switch has a separate cord that can unplug, so you can repair the switch without replacing the whole pump. Also known as effluent pumps, these accommodate solids up to 3/4" in diameter. They're often used with liquid waste that has passed through a septic tank, so most solids are removed.

The float switch has a separate cord that can unplug, so you can replace the switch without replacing the whole pump. Use with debris-free water.

Pumps have a cast iron housing that stands up to demanding environments. The float switch is wired to the pump. Use with debris-free water.

Since the switch activates on increasing pressure caused by rising water levels, these pumps have no external moving parts to catch on sump pit walls. Use with debris-free water.

The intake is 2" from the base of the pump to prevent dirt at the bottom of your sump pit from clogging the pump. Use with debris-free water.

Since the motor is totally enclosed fan cooled (TEFC) and never comes into contact with the water, these pumps can be used with hot water up to 200° F.

Place your pump inside these basins for ground-level applications and below-ground use without a sump pit.

This pump has a totally enclosed nonventilated (TENV) motor that is cooled by the liquid being pumped. Also known as a flexible impeller pump, it creates a suction force that can draw liquid upward to fill the pump chamber when your liquid source is below the pump.

These pumps activate when plugged in. You can add a plug-in switch to control when the pump activates. Use the handle to carry pumps from job to job.

Pumps have a powerful motor that provides more than twice the flow rate of standard water-removal pumps to quickly remove large volumes of liquid. They activate when plugged in; add a float switch to control when the pump activates.

These pumps have an impact-resistant aluminum housing and handle larger solids than other battery-operated water-removal pumps. Use them to remove water from areas without power.

Also known as bilge pumps, these remove fresh and salt water from spots where other pumps don’t fit.

Clean up water in flooded areas without a sump pit. Pumps activate when plugged in. You can add a plug-in switch to control when the pump activates.

With a polypropylene housing, these pumps are about half the weight of other gasoline-powered pumps. Fill the fuel tank with gasoline to remove water at sites without power.

Built with high-chromium stainless steel components, these pumps stand up to salt water with up to 25% sand by volume and resist wear caused by abrasive particles. Fill the fuel tank with gasoline to remove water at sites without power.