DL Series High Temperature Inline Pumps

DL Series High Temperature Inline Pumps


Our Dean DL Series High Temperature Inline Pumps are designed for high temperature chemical process applications. With corrosion-resistant construction materials, space-saving configurations, and a close-coupled design that eliminates alignment issues, the DL Series High Temperature Inline Pump is engineered for maximum operational performance, reliability, and durability for dependable service.

The DL Series High Temperature Inline Pump offers simple installation and easy maintenance, while delivering maximum service life in seven available sizes and corrosion-resistant material construction.

Across the globe, industries rely on Dean pumps for durability and dependability. We provide our clients with the best chemical process and high-temperature metallic centrifugal pumps on the market. They are manufactured with precise attention to detail and can withstand the most caustic chemicals and the most severe temperatures.

Dean pumps are unparalleled at harnessing kinetic energy to move hazardous liquids efficiently and safely during the crucial steps of the transportation process. Our products are strong enough to handle enormous rotational stress, heat, pH, and any other difficulties faced when transporting dangerous liquids.

Whatever your need, Dean can provide a solution with a vast selection of primary products and pump systems. Employ one of our ANSI chemical process pumps, vertical inline pumps, air cooled high-temperature pumps, and heavy-duty high-temperature pumps for any situation. Dean has the best solution for you and delivers the best customer service in the business. See for yourself why Dean pumps are used by some of the largest companies worldwide.

Features & Benefits

  • Capacities to 800 GPM (182 m3/hr)
  • Custom designs in 7 sizes to meet your specific application needs
  • Premium quality corrosion resistant construction materials – Ductile iron or 316 stainless steel
  • Heads to 550 feet (167 m)
  • Pumping temperatures to 550° F (288° C)
  • Working pressures to 275 PSIG (1,896 kPa)
  • Space saving design
  • Fully open impeller
  • Proprietary motor design
  • Low Total Cost of Ownership
  • High value and long life
  • Low maintenance and easy installation process
  • Quality tested for optimal performance and casting soundness
  • Chemical Processing
  • Refinery
  • Utility
  • Oil and Gas
  • Transfer

Indianapolis, IN, USA

Phone: +1 (317) 293-2930

Toll-Free: (800) 801-9265


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