Fanklin VR Series Centrifugal Inline Booster Pumps

Description

The Franklin VR Series Centrifugal Inline Booster Pump is one of the many great products Mather Pump Service sells. Franklin is a nationally recognized leader in the manufacturing of motors and pumps.

We know Franklin’s products to be of the highest quality, and most innovative technology. The VR series delivers efficiency and superior performance in even the most demanding of applications.

This product performs well with water supply and pressure boosting, booster stations, water treatment, filtration systems, reverse osmosis systems, car wash systems, irrigation and agricultural applications, cooling towers, car wash systems, boosting pressure in hotels and other buildings, and many more!

Call Mather Pump Service today and our professional and friendly staff will happily assist you in finding the right pump for you, and answering any questions you may have.

Features:

• Superior durability, efficiency, and performance over a wide variety of applications.
• Rugged NEMA motor mounting with oversized ball bearings ensure long operating life in the toughest jobs
• Silicon Carbide/Carbon/EPDM/SS mechanical seal for superior sealing of motor to water.
• In-line suction and discharge with round ANSI flanges fit widest range of applications and provide convenient, compact installation.
• Heavy-duty cast iron discharge housing and motor bracket for long life.
• Stainless steel shell, shaft coupling and pump shaft for increased durability.
• Top access to mechanical seal for easy replacement of seal without disturbing the plumbing or disassembling the pump.
• Standard thrust motors which are available through normal distribution channels.
• Unique design allowing rotation of either suction or discharge in 90 degree increments for optimum installation flexibility.
• Tie-rod construction for easy disassembly and service to impeller stack.
• Maximum water temperature is 120 °F / 49 °C.
• Maximum operating pressure is 150 psi.
• 2-inch NPT suction x 2-inch NPT discharge.