Use less electricity to achieve the same flow rates as other circulation pumps. These pumps have a totally enclosed motor for use in dusty, dirty, and damp environments. The housing rotates for vertical or horizontal discharge. Pumps are gravity fed and require an elevated liquid source to fully fill the pump before turning on. Do not run dry or use with solids.

Note: If flow control is needed, place valves or reducers on the discharge side; never restrict the inlet of a pump with a valve or reducer.

Also known as turbine pumps, these have a specialized impeller that propels water about four times higher and farther than standard circulation pumps. They're commonly used with chillers, heat exchangers, and boiler feed systems. The motor is open dripproof (ODP) for use in clean, dry, and well-ventilated environments. Pumps are gravity fed and require an elevated liquid source to fully fill the pump before turning on. Do not run dry or use with solids.

Note: If flow control is needed, place valves or reducers on the discharge side; never restrict the inlet of a pump with a valve or reducer.

These pumps have high flow rates for irrigation and landscaping. The open dripproof (ODP) motor is for use in clean, dry, and well-ventilated environments. Pumps are self-priming after you fill the pump chamber with liquid. As liquid in the chamber is expelled, a suction force is created which allows the pump to draw liquid upward. They can be mounted up to 25 ft. above your liquid source.

Note: Pumps must be filled with liquid before use. They need a constant flow of liquid and cannot run dry. If flow control is needed, place valves or reducers on the discharge side; never restrict the inlet of a pump with a valve or reducer.

Drain underground tanks and process wastewater with pumps that can be installed up to 20 ft. above your liquid source. They have an open dripproof (ODP) motor for use in clean, dry, and well-ventilated environments. Pumps are self-priming after you fill the pump chamber with liquid. As liquid in the chamber is expelled, a suction force is created which allows the pump to draw liquid upward.

Note: Pumps must be filled with liquid before use. They need a constant flow of liquid and cannot run dry. If flow control is needed, place valves or reducers on the discharge side; never restrict the inlet of a pump with a valve or reducer.

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. They are self-priming after you fill the pump chamber with liquid. As liquid in the chamber is expelled, a suction force is created which allows the pump to draw liquid upward.

Note: Pumps must be filled with liquid before use. They need a constant flow of liquid and cannot run dry. If flow control is needed, place valves or reducers on the discharge side; never restrict the inlet of a pump with a valve or reducer.

A 316 stainless steel housing sealed with fluoroelastomer resists mild chemicals and acids, such as coolant, oil, and phosphoric acid. These pumps have a totally enclosed fan-cooled (TEFC) motor for use in dusty, dirty, and damp environments. They are gravity fed and require an elevated liquid source. Do not run dry or use with solids.

Note: If flow control is needed, place valves or reducers on the discharge side; never restrict the inlet of a pump with a valve or reducer.

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). The motor is totally enclosed fan-cooled (TEFC) for use in dusty, dirty, and damp environments. Pumps are self-priming after you fill the pump chamber with liquid. As liquid in the chamber is expelled, a suction force is created which allows the pump to draw liquid upward.

Note: Pumps must be filled with liquid before use. They need a constant flow of liquid and cannot run dry. If flow control is needed, place valves or reducers on the discharge side; never restrict the inlet of a pump with a valve or reducer.

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. The motor is totally enclosed fan-cooled (TEFC) for use in dusty, dirty, and damp environments. Pumps are gravity fed and require an elevated liquid source. Do not run dry or use with solids.

Note: If flow control is needed, place valves or reducers on the discharge side; never restrict the inlet of a pump with a valve or reducer.

Commonly used in food, beverage, and dairy processing, these pumps are 3-A certified to meet sanitary design standards. They have quick-clamp intake and discharge connections to facilitate cleaning. The discharge connection rotates 360° for easy connection to your line. Motor is totally enclosed fan-cooled (TEFC) for use in dusty, dirty, and damp environments. Pumps are gravity fed and require an elevated liquid source. Do not run dry or use with solids.

Note: If flow control is needed, place valves or reducers on the discharge side; never restrict the inlet of a pump with a valve or reducer.

Pump fuel and flammable liquids, such as isopropyl alcohol and xylene. These pumps are rated for environments where hazardous material is present. Maximum temperature is 250° F or the boiling point of the liquid being pumped, whichever is lower. The motor is totally enclosed fan-cooled (TEFC) for use in dusty, dirty, and damp environments. Pumps are gravity fed and require an elevated liquid source. Do not run dry or use with solids.

Note: If flow control is needed, place valves or reducers on the discharge side; never restrict the inlet of a pump with a valve or reducer.

Transfer hot oil up to 650° F in demanding applications such as plastic mold injecting and chemical processing. These pumps have a totally enclosed fan-cooled (TEFC) motor for use in dusty, dirty, and damp environments. They are gravity fed and require an elevated liquid source. Do not run dry or use with solids.

Note: If flow control is needed, place valves or reducers on the discharge side; never restrict the inlet of a pump with a valve or reducer.

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. Motor is open dripproof (ODP) for use in clean, dry, and well-ventilated environments. Pumps are gravity fed and require an elevated liquid source to fully fill the pump before turning on. Do not run dry or use with solids.

Note: If flow control is needed, place valves or reducers on the discharge side; never restrict the inlet of a pump with a valve or reducer.

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. Pumps have an epoxy-coated cast iron housing that stands up to demanding environments. Submerge while in use and do not run dry.

Pumps with wire leads can be connected to a three-pronged plug or wired directly to a power source.

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. All have a cast iron housing that stands up to demanding environments. Pumps can run dry.

Pumps with wire leads can be connected to a three-pronged plug or wired directly to a power source.

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, they have stainless steel blades that prevent clogs by breaking down sewage into an easy-to-transfer slurry. Do not use with metal particles or debris that could damage blades. Pumps have a cast iron housing that stands up to demanding environments. Submerge while in use and do not run dry.

Pump with wire leads can be connected to a three-pronged plug or wired directly to a power source.

Also known as a grinder pump, this pump has stainless steel blades that prevent clogs by breaking down sewage into an easy-to-transfer slurry. Do not use with metal particles or debris that could damage blades. Pump has an epoxy-coated cast iron housing that stands up to demanding environments. The float switch is wired to the pump. Submerge while in use and do not run dry.

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. You can also add a plug-in switch to control when the pump activates. Pumps transfer raw sewage water with solids up to 2” in diameter. Submerge while in use and do not run dry.

Create and supply hydraulic pressure. Choose a unit with a tank capacity about three times greater than your requirement to allow for heat dissipation. An inlet filter protects the pump from contamination.

All units include an additional NPTF threaded inlet port. NPTF (Dryseal) threads are compatible with NPT threads. UN/UNF (SAE) thread connections have straight threads and are also known as O-ring Boss fittings.

Mount these units to an existing machine or where space is limited. They create and supply hydraulic pressure where standard models won’t fit. Choose a unit with a tank capacity about three times greater than your requirement to allow for heat dissipation.

Also known as regenerative blowers, use these to produce high-flow compressed air with low pressure or vacuum to operate pump drives, lift tables, and conveying systems. Compressed air blowers are also used for drying, exhausting, and aeration.

Air circulates inside the blower housing to compress air, which generates pressure or vacuum. Two-stage blowers circulate air twice and then exhaust, creating higher pressure or vacuum than single-stage blowers with the same horsepower.

Inverter-rated blowers have a motor that can run at slow speeds without overheating, so they can be used with a motor speed control (variable frequency drive).