MasterFlo Pump, Inc.

Versa-Matic® enhances the standard of pumping performance with the next generation in Elima-Matic® technology. As the name suggests, Elima-Matic pumps virtually eliminate pumping problems to keep your operations running smoothly. Elima-Matic pumps are available in a variety of plastic and metal materials, such as polypropylene, acetal, aluminum, and stainless steel. Sizes range from 14" to 3" and specialty features are available, including clamped design, bolted design, split manifold, and side discharge. E6 14" Pumps E8 38" Pumps E5 12" Pumps E1 1" Pumps E4 1-12" Pumps E2 2" Pumps E3 3" Pumps

• SeriesG4 - 45 INLET DESIGN

The high-efficiency G4 progressing cavity pump’s 45°inlet lowers friction loss and provides for gentler handling of the product. Fluid Type High solids Benefits Universal joint that is out of the fluid flow path for unobstructed flow to the pump cavity inlet Lower overall system pressure Constant, non-pulsating flow imparts less stress on piping machinery and drive systems Patented auger feed on the rotor head smoothly stuffs product directly into the cavity without obstruction Rotor configuration is designed to enhance flow of high solids content materials and optimize volumetric efficiency Typical Applications Pharmaceutical pastes Heavy petroleum sludges Plasticizers Municipal sludge in excess of 30% solids Paper stock in excess of 12% solids

End-Suction Centrifugal Pumps The E, F & G Series pumps are designed to provde a wide range of pumping performance for nearly every application. Constructed of cast iron and equipped with standard NEMA electric motors, these pumps are engineered for long life and easy maintenance. With sizes to cover most pumping requirements, E, F and G Series Pumps can be mounted in any position vertically, horizontally or any angle in between. The back pull-out design permits removal of the pump assembly without disturbing the pipe connections.

• Series811 ANSI

811 ANSI Centrifugal Pumps Griswold’s line of 811 ANSI Pumps is engineered for flexibility and durability. The 811 is available in a wide range of sizes, capacities and materials to fit virtually any process fluid application. With over 30 selections and multiple design options, we’ve got your application covered—for abrasive and corrosive substances, and capacities ranging from 4 through 4000 gallons per minute. Griswold maintains strict quality assurance programs to ensure that our entire product line is manufactured to the highest standard for engineered tolerances.

Compact C Pump delivers reliable performance to the maximum duty requirements of your application in a compact package. Features include suction lift capability up to 28 feet, positive displacement for process control, and variable speed for accurate dosing. Features Available in cast iron or stainless steel, with a choice of rotor and stator materials High pressure long haul pumping, eliminating the need for a series of pumps when pumping over long distances or with high head requirements Available in standard geometry or extended pitch Gentle pumping action minimizes shear and crush damage Inspection cover available for applications where rag content is a problem The pump can be supplied with a square inlet and conveyor to assist viscous slurries into the pumping element Low running speeds - ideal for abrasive applications Typical Applications Domestic and industrial effluents Sludge Milk curds, sauces, fruit juices Industrial chemicals Detergents Coating clays Gypsum and silicate Paper stocks Agriculture slurries Hydrated lime slurry Starch slurries

• Series2000WB

The 2000WB close coupled pump is specifically designed for lower pressure, lower flow applications that do not require the full features and benefits of the 2000G1 pump. The 2000WB model features a traditional close coupled design where the loads are supported by the gear reducer bearings. This design reduces the overall stress that can occur in the gear reducer. The 2000WB is specifically designed for applications that require the transfer of highly viscous fluids and solids where a close coupled configuration is preferred, but the robustness of a gear joint is desired. Features and Benefits Traditional close coupled design No shaft bearings Thrust and radial loads supported by the bearings in the gear reducer Typical Applications Municipal Wastewater Treatment Pulp and Paper Oil and Gas Food Waste Petrochemical