Shop

  • Out of stock
    Overview for gear pump. SHURflo self-priming, positive displacement, external rotary gear pumps are ideal for a wide range of light-duty industrial, marine, agricultural, and commercial applications, providing a nearly pulseless flow and are designed specifically for reduced speed operations. Some models include an internal pressure relief valve. Limited self-priming capability on packing seal types. Pillow block shaft assembly is required when pulley driven. Motors are not included. Uses: For use with non-particulate and non-abrasive fluids compatible with pump wet-end construction component materials.
    • Flows to 24.8 GPM
    • Max. RPM: 1725
    • Max. PSI: 100
    • Suction lift to 19.5 ft.
    • Maximum viscosity of 100,000 SSU at reduced speed (max. input torque of 45 -160 in.-lbs.)
    • Temperature ranges from -20 to 280° F
    • Seals – Viton lip or Kevlar®/Teflon® packing type
    • Bushings – Steel, bronze or carbon/graphite
    • Maximum working pressure: 130 PSI
    • Pumps can operate bi-directionally (reversible). In the opposite rotation, the pump pressure relief valve, if equipped, will not function.
      *THIS PRODUCT SHIPS DIRECTLY FROM THE FACTORY.  PLEASE CONTACT US FOR PRICING AND AVAILABILITY.*
  • Out of stock
    Overview for gear pump. SHURflo self-priming, positive displacement, external rotary gear pumps are ideal for a wide range of light-duty industrial, marine, agricultural, and commercial applications, providing a nearly pulseless flow and are designed specifically for reduced speed operations. Some models include an internal pressure relief valve. Limited self-priming capability on packing seal types. Pillow block shaft assembly is required when pulley driven. Motors are not included. Uses: For use with non-particulate and non-abrasive fluids compatible with pump wet-end construction component materials.
    • Flows to 24.8 GPM
    • Max. RPM: 1725
    • Max. PSI: 100
    • Suction lift to 19.5 ft.
    • Maximum viscosity of 100,000 SSU at reduced speed (max. input torque of 45 -160 in.-lbs.)
    • Temperature ranges from -20 to 280° F
    • Seals – Viton lip or Kevlar®/Teflon® packing type
    • Bushings – Steel, bronze or carbon/graphite
    • Maximum working pressure: 130 PSI
    • Pumps can operate bi-directionally (reversible). In the opposite rotation, the pump pressure relief valve, if equipped, will not function.
      *THIS PRODUCT SHIPS DIRECTLY FROM THE FACTORY.  PLEASE CONTACT US FOR PRICING AND AVAILABILITY.*
  • Optional 3″ heat sink can be installed in heavy or continuous-duty applications where extra cooling is required.  Mounts to a standard Shurflo motor to assist in cooling the pump.
  • Strainer In-Line, 1/2" Hose Barb Inlet, 1/2" NPSM Outlet, #50 Stainless Steel Mesh Screen
  • Strainer In-Line, 1/2" NPSM Inlet, 1/2" NPSM Outlet, #50 Stainless Steel Mesh Screen
  • 1/2"-14 NPT Female x 1/2" Hose Barb Straight Polypropylene
  • 1/2"-14 NPT Female x 1/2" Hose Barb Elbow Polypropylene
  • 1/2"-14 NPT Female x 3/4" Hose Barb Elbow Polypropylene
  • Overview for Magnetic Drive Pumps. A sealless magnet drive pump uses magnet torque to transmit energy from the motor to the impeller. A magnet coupling is formed using an inner, or driven magnet, attached to the impeller and an outer, or drive magnet, attached to the motor shaft. This design eliminates mechanical shaft seals or packing, since there is no direct connection between the motor shaft and the impeller. The front and rear casings, sealed with a static o-ring, form the pump or liquid end. The magnetic field is transmitted from the drive magnet through the rear casing to the driven magnet that is attached to the impeller. The combined coupling torque of the drive magnet and impeller magnet provides the driving power to the fluid being pumped
    • Twin bearing system handles thrust loads, extends service life
    • Hollow rotating spindle/internal cooling circuit reduces bearing temperature
    • Compact design
    • Quiet energy efficient design
    • Other sizes, voltages and material available
    • Few moving parts for easy maintenance
      *THIS PRODUCT SHIPS DIRECTLY FROM THE FACTORY.  PLEASE CONTACT US FOR SPECIAL PRICING AND AVAILABILITY.*
  • Overview for Magnetic Drive Pumps. A sealless magnet drive pump uses magnet torque to transmit energy from the motor to the impeller. A magnet coupling is formed using an inner, or driven magnet, attached to the impeller and an outer, or drive magnet, attached to the motor shaft. This design eliminates mechanical shaft seals or packing, since there is no direct connection between the motor shaft and the impeller. The front and rear casings, sealed with a static o-ring, form the pump or liquid end. The magnetic field is transmitted from the drive magnet through the rear casing to the driven magnet that is attached to the impeller. The combined coupling torque of the drive magnet and impeller magnet provides the driving power to the fluid being pumped
    • Twin bearing system handles thrust loads, extends service life
    • Hollow rotating spindle/internal cooling circuit reduces bearing temperature
    • Compact design
    • Quiet energy efficient design
    • Other sizes, voltages and material available
    • Few moving parts for easy maintenance
      *THIS PRODUCT SHIPS DIRECTLY FROM THE FACTORY.  PLEASE CONTACT US FOR SPECIAL PRICING AND AVAILABILITY.*
  • Overview for Magnetic Drive Pumps. A sealless magnet drive pump uses magnet torque to transmit energy from the motor to the impeller. A magnet coupling is formed using an inner, or driven magnet, attached to the impeller and an outer, or drive magnet, attached to the motor shaft. This design eliminates mechanical shaft seals or packing, since there is no direct connection between the motor shaft and the impeller. The front and rear casings, sealed with a static o-ring, form the pump or liquid end. The magnetic field is transmitted from the drive magnet through the rear casing to the driven magnet that is attached to the impeller. The combined coupling torque of the drive magnet and impeller magnet provides the driving power to the fluid being pumped
    • Twin bearing system handles thrust loads, extends service life
    • Hollow rotating spindle/internal cooling circuit reduces bearing temperature
    • Compact design
    • Quiet energy efficient design
    • Other sizes, voltages and material available
    • Few moving parts for easy maintenance
      *THIS PRODUCT SHIPS DIRECTLY FROM THE FACTORY.  PLEASE CONTACT US FOR SPECIAL PRICING AND AVAILABILITY.*
  • Overview for Magnetic Drive Pumps. A sealless magnet drive pump uses magnet torque to transmit energy from the motor to the impeller. A magnet coupling is formed using an inner, or driven magnet, attached to the impeller and an outer, or drive magnet, attached to the motor shaft. This design eliminates mechanical shaft seals or packing, since there is no direct connection between the motor shaft and the impeller. The front and rear casings, sealed with a static o-ring, form the pump or liquid end. The magnetic field is transmitted from the drive magnet through the rear casing to the driven magnet that is attached to the impeller. The combined coupling torque of the drive magnet and impeller magnet provides the driving power to the fluid being pumped
    • Twin bearing system handles thrust loads, extends service life
    • Hollow rotating spindle/internal cooling circuit reduces bearing temperature
    • Compact design
    • Quiet energy efficient design
    • Other sizes, voltages and material available
    • Few moving parts for easy maintenance
      *THIS PRODUCT SHIPS DIRECTLY FROM THE FACTORY.  PLEASE CONTACT US FOR SPECIAL PRICING AND AVAILABILITY.*

Title

Go to Top