Unlock application flexibility as you move wastewater or solids up to 3/8” with the FPS FBSE33 Series sump and ultra-light effluent pump. Built with a high-performance 1/3 horsepower motor, cast iron impeller, and all cast iron construction, it’s ideal for residential or light-commercial sump pits or to keep water out of crawl spaces and basements during construction. We also invest in testing that assures quality: before leaving our factory, every pump is wet tested by fully submerging the unit. This ensures you get the performance you need, even in the most challenging jobs.
Franklin’s 8-inch submersible motor is typically used in large demanding water wells requiring high flow rates or deeper installations.
This vertical lineshaft turbine is ideal for commercial, municipal or industrial settings where water supply is readily available in many different sources.
Designed for the NC Series Solids Handling Pumps. Single-phase panels include start components in the panel.
MagForce™ High Efficiency Motors are engineered for high performance, simple startup and incredible long-term cost savings.
The FST submersible turbine pump is used in a variety of commercial, municipal & industrial applications where water supply is available from numerous sources.
The BAS-1P protects single phase motors and includes run status verification, a concealed Hand/Auto switch, lockable on/off switch, and system override mode.
The Cerus® X-Drive Variable Frequency Drive controls and protects motors for the most demanding applications in pump, HVAC and industrial markets.
From deep-set vertical lineshaft turbines delivering up to 2,500 feet of head and axial-flow turbines moving 40,000 gallons per minute to submersible turbines with flows up to 22,000 gallons per minute and heads up to 2,500 feet, Franklin Electric provides a comprehensive range of durable, high-performance pumping solutions engineered to tackle even the toughest applications.
The XS Series was designed with performance, serviceability, and reliability in mind for exceptional performance and low NPSH qualities.