Worthington HDXN Between Bearings Pumps

Worthington HDXN Between Bearings Pumps designed for industrial efficiency and performance.

IntroductionFeaturesDocumentation

Worthington HDXN Between Bearings Pumps designed for industrial efficiency and performance.Worthington HDXN Between Bearings Pumps-Radially Split, Single Case

The Worthington HDXN is a radially split single case pump built for reliable performance in heavy-duty services such as power generation general industry and refinery circulation systems. Classified as an API 610 BB2 type, the HDXN is designed to deliver long-term stability and high mechanical strength under high-pressure and high-temperature conditions.

Its between bearings design ensures excellent rotor alignment and shaft stiffness, reducing vibration and extending bearing and seal life. With a centerline-mounted casing for thermal balance and easy access for inspection, the HDXN supports consistent uptime even in cyclic or continuous-duty operations. It is available in various metallurgy options for compatibility with a wide range of fluids and system conditions.

Worthington HDXN Between Bearings Pumps Application

  • Central line Supported heavy duty construction ensures optimal functioning at extreme temperatures and pressures.
  • The double suction impeller structure reduces the necessary NPSH.
  • The twin volute enclosure decreases both radial load and shaft deflection.

Operating Parameter

ISO13709 / API610 (BB2)

Flows to: 3200 m3/h (14080gpm)
Heads to: 470 m (1542 ft)
Pressures to: 44 bar (639 psi)
Temperatures to: 430°C (806°F)

Size Range: 4 to 16 inch

Pressure Class Range: Pressure to 44 bar ( 639psi)

Seating Material:

  • S5
  • S6
  • S8
  • C6
  • A7
  • A8

Industries

  • Oil & Gas
    • Upstream Exploration & Production
    • Midstream Transportation
    • Downstream Processing

Are you ready to increase your industrial output? The Worthington HDXN Between Bearings Pumps is built to withstand extreme circumstances, ensuring dependability and efficiency. Get in touch right now to optimize your procedures.