Franklin Electric Variable Frequency Drive – Cerus X Drive
Engineered for both variable and constant torque applications, the CERUS® X-Drive is Franklin Electric’s all-in-one solution for a variety of markets.
The drive features application-specific firmware with enhanced configurations that control and protect motors for the most demanding applications in the Industrial and HVAC markets, ideal for new installations and retrofits or optimization of submersible pumping systems.
Franklin Electric Variable Frequency Drive – Drive-Tech PRO
The Drive-Tech PRO controller is a variable frequency drive exclusively for three-phase surface pump systems.
The simple interface allows the user to set up and navigate the intuitive menus to set the control set points of their application.
Utilizes advanced electronics to protect the motor and enhance the performance of standard pumps used in residential and commercial applications. Its simple installation allows for mounting directly on the motors or on the wall.
Franklin Electric Variable Frequency Drive – SubDrive Connect Plus Series
Franklin Electric’s SubDrive Connect Plus™ variable frequency drive (VFD) is engineered to provide simple yet powerful constant pressure solutions for water pumping systems in a variety of submersible applications using three-phase motors.
Ideal for new installations and retrofits or optimization of submersible pumping systems
Franklin Electric Variable Speed Drive – SubDrive Utility Series
The new SubDrive Utility converts single-phase 2-wire and 3-wire submersible pumping systems into constant pressure systems. Compact design, for indoor and outdoor use.
This system provides constant water pressure, no matter how many devices are open at the same time.
The innovation and quality of its design make troubleshooting easy and system maintenance very simple compared to all-in-one units.
FST Series Turbine Type Pump
The select design of pumps built entirely in cast and machined stainless steel drives the confidence and efficiency of your pumping systems, even when handling aggressive fluids and operating in extreme environmental conditions.
Its robust hydraulic components give it maximum resistance to wear from abrasion and corrosion and give it a wide advantage over stamped stainless steel pumps.
