Summit 2196 / Summit Clark 3

Summit 2796 / Summit SN / Iwaki SMX

ANSI / ETFE / PFA / PP/ Stainless / Self Priming

Summit 2175 / Summit CC/FM / Summit SP Slurry / Summit DSR

All-Flo / Iwaki Air

Iwaki LK/N and IX

Summit VV40 / VV95

Fabricated Carbon or Stainless Steel / Cast Iron / Basetek Poxycrete

Coupling Guards / Frame Adapter Guards / Custom Guards / Stainless Steel / Aluminum / Plastic

Measurements and Design Also

• Self-Priming
• Utilizes Existing 2196 Power End
• Rear Pull-Out Design
• External Axial Impeller Adjustment
• Open Non-Clogging Impeller
• ANSI Foot Pattern, Goulds Replacement Parts
• Extra Large Oil Sump
• Rigid Frame Foot

Bilge Water Removal, Industrial Sump, Chemical Transfer, Mine De-watering, Filter Systems

• Finned-Tube Oil Cooler
• Multiple Stuffing Box Cover Options
  • Standard Bore
  • Large Bore
  • Taper Bore

• Self-Priming Non-Clogging
• Capacities to 3,400 GPM
• Hard Faced Mechanical Seals Standard
• Standard Spool Piece Flanges
• Direct Drive or V-Belt
• Designed for Easy Maintenance
• Compact Removable Rotating Assembly, Goulds Replacement Parts

Sump or Bilge Pump, Mild Corrosives, Sewage, Pulp & Paper, Wineries, Fibrous Materials

• SN B: Utilizes 5 Vane Impeller
• SNS: Redesigned Version of the SN
• SNU: more Efficient Self-Primer Pump

• Quick Priming
• Capacities to 132 GPM
• Easy Maintenance
• Expanded Versatility
• Enhanced Durability

Sump  Pump, Tank and Tanker Truck Transfer, Chemical Tank to Tank Transfer

•   SMX(F) series mounts to NEMA C-faced motors allowing for limitless voltage and service choices.

 MDM is a wide ranging line of chemical process pumps designed to solve the most demanding chemical handling applications. 

 Max. Capacity: Up to 350 GPM 

• Unexpected dry running won’t damage the pump or interrupt the process. Our dry run (carbon/ceramic) design allows the pump to handle these situations with 
• An expanded temperature range (up to 300°F) as well as increased solids handling capabilities (up to 10%) provides users with solutions for their difficult applications.
• Two materials of construction and convenient mounting configurations allow MDM to handle many aggressive chemical and high purity applications.
• Installation and maintenance time are reduced with our compact, close-coupled design.
• Operating costs are reduced thanks to simple, modular construction and individually replaceable parts.
• Small, lightweight and perfectly concentric magnet capsules optimize pump efficiency.
• High strength rare earth magnets are totally encapsulated within fluororesin moldings.
• MDM’s back pull-out design allows the operator to inspect the pump while leaving the line pressurized. MDM’s modular design keeps your operating cost low over the life of the pump by making regular maintenance and periodic inspection a snap.

 The MXM series design offers the best combination of durability, safety and performance for a wide range of chemical process applications. 

 Max. Capacity: Up to 146 GPM 

• Dry run capability – With proven dry run capability and our unique self-radiating bearing lubrication circuit (PAT.), the MXM is able to withstand process-upset conditions.
• Heat dispersion holes located strategically behind the impeller facilitate removal of frictional bearing heat and improve bearing lubrication and cooling circuit flow under dry run or poor suction conditions.
• Two piece rear casing design – Offers improved pressure handling capability and a second barrier for improved safety. The front casing features injection-molded liner with guaranteed uniform thickness and is fully covered by a ductile cast iron cover for combination of chemical resistance and mechanical integrity.
• All designs have ANSI 150# flanged connections.
• Dual end supported precision ground shafts and balanced compact high strength
• Samarium Cobalt magnet capsule result in balanced lightweight inner magnet capsule assemblies optimizing torque transmission and pump efficiency.
• High strength rare earth magnets are totally encapsulated within fluororesin moldings.
• Close-coupled back pull-out design – Allows the operator to inspect the pump while leaving the line pressurized. 

 The MDW Series are the largest fluoroplastic magnetic drive pumps in the world, offering high efficiency and durability for chemical process applications. 

 Max. Capacity: Up to 1320 GPM 

• High discharge capacity, High head and high efficiency – The heavy-duty MDW is capable of a maximum discharge capacity of 5,000 L/min and max. discharge head of 98m, enabling applications in previously unexplored areas with a wide range of liquid specific gravities.
• Highly chemically resistant – Fluoroplastic and fine ceramic wetted parts offer high resistance to virtually every industrial chemical, regardless of concentration. ISO compliant – The MDW is dimensionally compliant with the international standard (ISO2858, 3661) and is interchangeable with conventional sealed centrifugal pumps.
• Robust structure – Use of the high strength ductile cast iron external armour is mandatory for heavy duty chemical process applications.
• High casing pressure resistance is achieved with a unique rear casing design preventing stress concentration and incorporating a triple-layer structure (PAT). A special metal shaft is used on the MDW to withstand high radial forces and allow continuous extended operation even under harsh service conditions.
• Back pullout system – The back pullout system allows easy maintenance and inspection without removing pipework. Integrated components and a sealed rear casing support structure enable motor removal safely without chemical leakage.

 The MP Series is the perfect combination of dependability and affordability. With flow rates to 340 GPM and rugged 316 stainless steel construction, the MP Series meets most sub-ANSI applications at a very affordable price. 

 Max. Capacity: Up to 340 GPM 

• Center bearing support prevents shaft deflection
• One piece machined rear casing provides extra strength
• High strength Neodymium or Samarium Cobalt magnets for higher temperatures
• Single gasket seal eliminates multiple leak paths
• Silicon Carbide -D bearings can withstand limited dry run
• NEMA motor provides endless motor options
• Removable impeller for easy maintenance

 The MX Series pumps represent the latest state of the art design in plastic magnetic drive pumps. MX Series has been engineered to meet the most severe operating conditions.

   Max. Capacity: Up to 225 GPM 

• Self-radiating structure – When fitted with a carbon bearing, the MX will allow for brief periods of dry running. The new “self radiating structure” (patented), in addition to the existing proven non-contact principle with front and rear supported spindle, greatly improves the ability to withstand cavitation and running against a closed discharge valve.
• Split volute casing – The MX Series is the first resin magnet pump that uses a split volute pump casing that forms a vortex chamber. The volute limits the liquid flow from the impeller and returns it to the pump, which is efficiently guided to the discharge port to enhance overall efficiency.
• MX Series pumps are highly recommended for use in various production processes such as filtering, spraying, washing, plating, chemical transfer/blending, and etching in surface treatment applications.
• MX utilizes standard NEMA frame motors making them easy to install. (IEC and JIS versions available)
• Non-metallic baseplate will not corrode in hostile environments.

 Iwaki America, the world leader in small magnetically coupled centrifugal pump technology, offers the premier line of non-metallic centrifugal pumps. 

 Max. Capacity: Up to 36 GPM 

• High Efficiencies – Extraordinarily high efficiencies make WMD & MD the clear choice in almost every process, recirculation or transfer application.
• Choose standard alumina ceramic bearing materials and polypropylene, or optional SiC (silicon carbide) and ETFE (fluoropolymer) for your most aggressive or highest purity requirement.
• Do you require compact, quiet, highly efficient pumps for your Laser, Chiller or Blood Analyzer Applications? Iwaki America pumps are compact, offer higher pressure, AND last longer than any traditional offerings.
• Motor Matching – Offering more motor/pump configurations than any other manufacturer easily allows tailored pump applications. Premium, high efficiency motors are used throughout the line. Totally enclosed, permanent split capacitor motors are compact, cool and economical. Tolerance to voltage variation without overheating and 50/60 Hz operation allows the product to be used in a worldwide market. PSC or shaded pole AC motors are standard. Brushed and brushless motors are available for DC applications.

 Since 1986, All-Flo pumps have been built to last. Designed to live up to their name, All-Flo pumps are performance engineered and quality built to provide trouble-free service under the toughest conditions. All of our pumps are 100% factory tested for quality assurance. Our pump’s air mechanism features the fewest moving parts of any pump on the market. With fewer parts to wear and breakdown, the result is reduced risk of disruptions in service and reliable operation. When it comes to simplicity of design, see for yourself how our pump stacks up against competitors. 

 Iwaki Air AODD pumps are engineered for maximum utility. They are portable and easy to install, operate, and maintain. Infinitely variable flow rates and variable discharge pressures can handle a large range of fluids, including corrosive chemicals and flammable liquids. Iwaki Air AODD pumps can run dry, self-prime and dead-head without damaging the pump. Other design elements that distinguish Iwaki Air AODD pumps include body stabilization features to ensure heat resistance, and sound suppression construction to reduce both mechanical noise and compressed air noise. Most important, the lube-free air valve features a non-centering spring specially designed not to stall and is accessible for easy maintenance.

These pumps are built for power. A higher power output means the pump can operate with less applied air pressure compared with many competitor’s pumps – often outperforming pumps that may have a higher listed flow rate.