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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.
A powerful motor provides twice the flow rate of other extended-life circulation pumps. The motor is totally enclosed fan-cooled (TEFC) for use in dusty, dirty, and damp environments. Magnets turn the impeller to eliminate seal wear and leakage for a long service life. These pumps are often used with electroplating and photographic solutions.
Move water and coolants, such as ethylene glycol, in boiler feed systems, cooling towers, and heat exchangers.
Use less electricity to achieve the same flow rates as other circulation pumps.
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 have high flow rates for irrigation and landscaping.
Drain underground tanks and process wastewater with pumps that can be installed up to 20 ft. above your liquid source.
The motor 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.
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.
Use these pumps in pipelines with limited clearance. Install directly in your pipeline for applications such as hot-water circulation and hydronic heating and cooling.
A sealless construction means these pumps have few moving parts that can fail and shorten service life. The intake can be completely submerged in liquid.
Commonly used in machine tool coolant tanks, these pumps have an intake that can be completely submerged in liquid.
Use when space is limited—these pumps connect to a pipe coming from your tank so you can place the pump in another location.
A 316 stainless steel housing sealed with fluoroelastomer resists mild chemicals and acids, such as coolant, oil, and phosphoric acid.
Self-priming up to 6 ft., these pumps have a stainless steel housing sealed with PTFE to resist chemicals such as ammonia and detergents as well as harsh solvents including methyl ethyl ketone (MEK).
These pumps have the best chemical resistance of all our circulation pumps. Instead of a shaft seal, they use magnets to turn the impeller, reducing wear and leakage.
Commonly used in food, beverage, and dairy processing, these pumps are 3-A certified to meet sanitary design standards.
Transfer hot oil up to 650° F in demanding applications such as plastic mold injecting and chemical processing.
Designed to fit into small equipment, these pumps have miniature gears and a subfractional horsepower motor for low-flow applications.
A high-horsepower motor moves oil with a viscosity similar to SAE 60 motor oil. Also known as gear pumps, these produce a smooth flow of liquid to lubricate equipment and blend oils.
Commonly called rotary vane pumps, these are designed to pump water at high pressures in low-flow applications. Use at pressures up to 240 psi.
Move higher volumes of water than with other high-flow water-removal pumps. These pumps activate when plugged in. You can add a plug-in switch to control when the pump activates.
Transfer raw sewage water that contains solids up to 2” in diameter. These pumps have a float switch with a separate cord that can unplug, so you can replace the switch without replacing the whole pump.
These pumps provide over 50% more flow than standard plug-in activated pumps for sewage water. They activate when plugged in. You can add a plug-in switch to control when the pump activates. Pumps are equipped with a large intake and rugged impeller to transfer raw sewage water with solids up to 2” in diameter.
These pumps provide about 25% more flow than standard float-switch activated pumps for sewage water. Equipped with a large intake and rugged impeller, they transfer raw sewage water with solids up to 2” in diameter. The float switch is wired to the pump.
The float switch has a separate cord that can unplug, so you can replace the switch without replacing the whole pump.
Also known as grinder pumps, these pumps have stainless steel blades that prevent clogs by breaking down sewage into an easy-to-transfer slurry. The float switch is wired to the pump.
Pumps have a heavy duty motor with sealed bearings that generates a flow rate similar to our other sump pumps for sewage water while using fewer amps. Connect them to a three-pronged plug or wire them directly to a power source to activate. Pumps transfer raw sewage water with solids up to 2” in diameter.
These pumps have a heavy duty motor with sealed bearings that generates a flow rate similar to our other sump pumps for sewage water while using fewer amps. Use them to transfer raw sewage water with solids up to 2” in diameter. The float switch is wired to the pump.
These pumps have an explosion-proof motor that is rated for use where hazardous material is present. Since the motor is totally enclosed fan cooled (TEFC) and never comes into contact with the water, the pump can be used with hot water up to 300° F.
Use these pumps to move higher volumes of water with solids than other sump pumps. They activate when plugged in; add a plug-in switch to control when the pump activates. 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.
Hang these switches in a sump pit to detect rising water levels.
Since these switches activate on increasing pressure caused by rising water levels, they have no floats to catch on sump pit walls.
Commonly used in mining, wastewater treatment, and other systems that require large-diameter hose, these pumps have flanged hose connections and large diameter tubing.
Submerge these pumps 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.
Protected from impact by a durable epoxy-coated aluminum housing, these pumps can be submerged or connected remotely to a pipe in your line. Use to circulate water in small tanks, cooling baths, fountains, and other low-flow applications.
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 circulate solvent-based parts-washing solutions.
Since these pumps don’t require lubrication, there’s no risk of oil contamination. Use them for air and gas sampling, filtration, and refrigeration service.
Achieve vacuum levels up to 1 x 10 -12 torr with these ultra-high-vacuum pumps.
Equipped with a built-in container for condensate, these pumps work alongside your system to remove condensate from air conditioners, refrigerators, dehumidifiers, and other equipment. They are not submersible.
Fully submersible, these pumps are designed for installation inside your condensate collection tank or drain pan. Use them to collect and remove condensate from air conditioners, refrigerators, dehumidifiers, and other equipment.
Designed for use in low-pressure steam systems, these pumps capture steam in the attached tank and return hot condensate to your boiler or feed unit.
To handle high condensate volume, the workload is distributed between two pumps for a longer service life than standard steam condensate pumps. Use in low-pressure steam systems to capture hot condensate and return it to your boiler or feed unit.
To handle high condensate volume, the workload is distributed between two pumps for a longer service life than standard high-flow steam condensate pumps. These pumps move a higher volume of condensate than standard steam condensate pumps. Use them in low-pressure steam systems to capture hot condensate and return it to your boiler or feed unit.
Move a higher volume of condensate than standard steam condensate pumps. Use these pumps in low-pressure steam systems to capture hot condensate and return it to your boiler or feed unit.
Create and supply hydraulic pressure. Units include a fixed-displacement gear pump, AC motor, tank, and breather vent.
Mount these units to an existing machine or where space is limited.
Connect these pumps to a ram to create a hydraulic jack.
Replace parts such as pumps, hose, and fusible links on your parts washer.