Introducing the FlexiBase™: Faster Installs, Smarter Support for Agricultural Pumps

When it comes to agricultural pumping systems, speed and ease count—whether you're installing, servicing, or aligning equipment in the field. That’s why Cornell Pump has introduced a smart new solution: the FlexiBase™ adjustable pump base, designed to simplify installations, enhance stability, and improve overall pump performance.

Built for Versatility 

The FlexiBase is engineered to support a broad range of motor frames (324–405TCZ, 40HP to 125HP), and it’s fully compatible with Cornell’s popular RB, H, and HH Series pumps. This makes it an ideal platform for many of the most common agricultural water transfer and irrigation applications. 

Precision Meets Convenience 

Unlike traditional mounting solutions, the FlexiBase features adjustable vertical height, allowing you to precisely align your motor and pump to the piping and foundation. This adjustment helps ensure optimum hydraulic performance while reducing the risk of misalignment that can lead to vibration, wear, or seal failure. 

Key Benefits: 

  • Quick Installation: Integrated fork pockets and pre-drilled bolt holes allow for fast, safe placement and secure mounting. 
  • Reduced Labor Time: Pre-bolted pump and base options eliminate guesswork and cut installation hours. 
  • Improved Equipment Longevity: The rigid base reduces operational stress on pump and motor, minimizing maintenance needs. 
  • Enhanced Safety: Solid alignment ensures smooth starts and protects personnel from unexpected system issues. 

Ready When You Are 

The FlexiBase (Model BMR443A-A00) is available now, either as a standalone base or pre-installed with a pump, saving your team time and effort during system build-out or service. 

 

Efficiency, Reliability, Robustness—Cornell Pump delivers on all three with the FlexiBase. See the FlexiBase flyer here.

Share the Post:

Related Posts

The Crucial Role of Metallurgy in Mining: Combatting Wear and Corrosion

In the world of mining, few factors impact equipment performance and lifespan more than wear and corrosion. Pumps, in particular, face a relentless barrage of abrasive slurries and chemically aggressive fluids that can prematurely degrade internal components. That’s why metallurgy isn’t just a minor detail; it’s a decisive factor in mining pump system reliability and cost of ownership.

Read More