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Overview

All of Corken’s regenerative turbine pumps are known as a Coro-Flo®. An F-model turbine pump is a frame mount design and requires a baseplate. A frame mount utilizes a direct drive configuration that runs at motor speed and requires a coupling and coupling guard. With a frame mount design, you have the flexibility to choose from a variety of motor types. This turbine pump is designed for liquefied gases such as propane, butane (LPG), agricultural ammonia, natural gas liquids (NGLs), CO2, SO2, refrigerant gases, and many other many more. FF- & FD-models 060, 075, and 150 produce a higher differential pressure than our standard F model pumps and are commonly used in autogas filling stations.

Operating Specifications

  • Flow rates up to 50 gpm (189.3 l/min)
  • Working pressures up to 400 psi (28.6)
  • Differential pressures up to 250 psi (17.2 bar)
  • Temperature range: -25 to 225 °F (-32 to 107 °C)
  • Viscosities up to 400 SSU (88 cSt)
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  • Available in nine pump models
  • Single-stage pump
  • Frame mounted design
  • Frame mount accepts a wider range of motors (1 to 15 hp)
  • Drive options: Direct drive (baseplate, flexible coupling and coupling guard). V-belt drive (baseplate,  adjustable driver slide base, V-belt drive and belt guard)
  • Mechanically sealed with multiple sealing options
  • Available with NPT or ANSI flange connections
  • Approved by Underwriters’ Laboratories (UL) for LPG and agricultural ammonia service
  • Pump case and cover: Ductile iron
  • Impeller: Bronze, ductile iron, steel or stainless steel
  • Shaft: Steel or stainless steel
  • Seal seat: Cast iron, Ni-Resist, ceramic or tungsten carbide
  • Seal sleeve and follower: Aluminum or stainless steel
  • Seal rotor: Carbon only
  • Seal metal parts: Steel only
  • Seal housing: Cadmium plated steel, or stainless steel
  • O-rings: Buna-N, PTFE, Neoprene®, Viton®, ethylene-propylene or Kalrez®. Registered trademarks of DuPont
  • Ideal for low capacity applications that require medium to high head
  • Free-floating has no metal-to-metal contact and minimizes wear between the pump casing, impeller and cover
  • The balanced mechanical seal and sleeve enhance the sealing performance
  • No vibration or pulsation – delivers years of quiet trouble-free service
  • By simply removing the pump cover, you can easily replace the internals without disturbing the piping
  • A frame mount includes two sets of heavy duty ball bearings that provide a long service life
  • Pump nozzles can be rotated into four 90 degree increments
  • Most models have bypass and pressure gauge connections on the outlet nozzle
  • Continuous-duty service
  • Agricultural ammonia
  • Butane
  • Carbon dioxide
  • Foaming blowing agents
  • Gasoline
  • Light oils
  • Pentane
  • Propane
  • Propylene
  • Refrigerant gases
  • Sulfur dioxide
  • Solvents
  • Many more light liquids
  • Cylinder filling
  • Aerosol propellant/filling
  • Liquefied gas transfer
  • Boiler feed (up to 225°F)
  • Vaporizer feed
  • Foam blowing
  • Refrigerant transfer
  • Reflux pump for gas liquids

 

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Overview

All of Corken’s regenerative turbine pumps are known as a Coro-Flo®. The C-model  turbine pump is a close-coupled design that mounts directly to a Corken supplied C-Face motor so no coupling or special alignment procedures are required. With a close coupled design, installation is quick and easy. C-model turbine pumps are designed for low capacity, medium head pumping applications involving liquefied gases such as LPG (propane & butane), CO2, and refrigerant gases. Since the compact,close coupled design is ideal for tight spaces, the C-model Coro-Flo is the pump of choice for dispensing applications like propane cylinder filling stations. Available with NPT or ANSI flange connections.

Operating Specifications

  • Flow rates up to 40 gpm (151.4 l/min)
  • Working pressures up to 400 psi (28.6)
  • Differential pressures up to 125 psi (8.6 bar)
  • Temperature range: -25 to 225 °F (-32 to 107 °C)
  • Viscosities up to 400 SSU (88 cSt)

 

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  • Available in five pump models
  • Single-stage pump
  • Close-coupled design is compatible with a 1, 2 or 3 hp motor
  • Available with a motor mounted or wall mounted starter
  • Mechanically sealed with standard sealing options only
  • Available with NPT or ANSI flange connections
  • Approved by Underwriters’ Laboratories (UL) for LPG and agricultural ammonia service only

 

  • Pump case and cover: Ductile iron
  • Impeller: Bronze only
  • Shaft: Steel only
  • Seal seat: Cast iron only
  • Seal sleeve and follower: Aluminum only
  • Seal rotor: Carbon only
  • Seal metal parts: Steel only
  • Seal housing: Cadmium plated steel only
  • O-rings: Buna-N only

 

  • Ideal for low capacity applications that require medium head
  • Free-floating has no metal-to-metal contact and minimizes wear between the pump casing, impeller and cover
  • The balanced mechancial seal and sleeve enhance the sealing performance
  • No vibration or pulsation – delivers years of quiet trouble-free service
  • Compact, close coupled design eliminates alignment issues and makes installation easy
  • Does not require a coupling and coupling guard so installation costs are minimized
  • By simply removing the pump cover, you can easily replace the internals without disturbing the piping
  • All close coupled motors for a C model pump are equipped with a condensate drain. This feature allows the motor to drain automatically
  • Pump nozzles can be rotated into four 90 degree increments
  • Bypass and pressure gauge connections are provided on the outlet nozzle
  • Continuous-duty service

 

  • Agricultural ammonia
  • Butane
  • Propane
  • Many more liquefied gases

 

  • Propane cylinder filling
  • Liquefied gas transfer
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The D- and F-model sliding vane pumps have a working pressure of 350 psi (25.2 bar) are ideal for low flow applications involving light liquids. Unlike the CP-, CD- and Z-models, they do not have a replaceable cam but you can replace the sideplates. The internal relief valve is adjustable and there are a wide variety of mechanical sealing options. Available in a 1” inlet and a .75” outlet only.

The D-model sliding vane is a bare pump that can be close-coupled to any NEMA 56 or 66 C-face motor. With a close-coupled design, there are no special alignment requirements so installation is quick and easy. An F-model sliding vane pump is a frame mount design that is mounted to a baseplate and requires a coupling and coupling guard.

The D- and F-model pumps are suitable for LPG (propane & butane), agricultural ammonia, and many more liquefied gases as well as light liquids.

Operating Specifications

  • Flow rates up to 6 gpm (23 l/min)
  • Working pressures up to 350 psi (25.2 bar)
  • Differential pressures up to 125 psi (8.6 bar)
  • Temperature range: -25 to 225 °F (-32 to 107 °C)
  • Viscosities up to 400 SSU (88 cSt)

 

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  • Available in one pump size
  • Designed for high pressure applications with a maximum working pressure of 350 psi (25.2 bar)
  • Available in a C-face, direct mount or frame mount design
  • O-ring construction
  • Eight vane design and no vane drivers
  • Mechanically sealed pump with a wide variety of sealing options
  • Available with NPT flanges only
  • Approved by Underwriters’ Laboratories (UL) for LPG and agricultural ammonia service

 

  • Pump casing and heads: Ductile iron
  • Sideplates: Gray iron
  • Rotor: Ductile iron
  • Seal seat: Cast iron, stainless steel. Ni-resist, ceramic and tungsten carbide
  • O-rings: Buna-N, PTFE, Viton®, Neoprene®. Registered trademarks of DuPont
  • Blades: Carbon

 

  • Self-adjusting sliding vanes maximizes pumping performance
  • Cam is not replaceable but the sideplates are reversible and can be replaced
  • Maintenance is simple and cost effective: By simply removing the pump head, you can easily replace the internals without disturbing the piping
  • Can handle small amounts of vapor
  • Adjustable internal relief valve
  • D-model is close coupled so there are no alignment requirements

 

  • Agricultural ammonia
  • Butane
  • CO2
  • Hydrocarbons
  • Propane
  • Refrigerants
  • Many more liquefied gases and light liquids

 

  • Terminal
  • Bulk plant
  • Truck and transport
  • Mobile (trailers & portable skid units)

 

  • Liquefied gases
  • Refined Petroleum Products

 

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Hydraulic Drive Option Overview

When an electric motor drive is not a preferred option, misalignment has been an issue, or you have limited space, the hydraulic drive is a great solution. This option allows for direct mounting of a hydraulic motor and forms a compact alignment. The hydraulic drive option is available with the CP-, CD-, PT-, PZ- and Z-model product groups. The hydraulic drive configuration is designated by the lettter “H” within the model number. The model numbers for our hydraulic drive sliding vane pumps begin with CPH, CDH, PTH, PZH and ZH. The operating specifications for the hydraulic models are the same as the standard CP-, CD-, PT-, PZ- and Z-models. For details on the operating specifications, refer to the pages containing our standard models.

 

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  • Available with foot mount designs (CP-, CD-, PT-, PZ-, and Z-model pumps). The hydraulic versions are designated by CPH, CDH, PTH, and PZH.
  • Compatible with the Z-model truck mount designs (ZH200, ZH3200 & ZH4200)
  • Six vanes/blades design with vane drivers
  • Mechanically sealed pump with a wide variety of sealing options
  • Depending on the model, available with NPT or ANSI flanges
  • Pump casing and heads: Gray iron or ductile iron.
  • Cam and sideplates: Gray iron
  • Rotor and flanges: Ductile iron
  • Seal seat: Gray iron, stainless steel or Ni-resist
  • O-rings: Buna-N, PTFE, Viton®, Neoprene®1
  • Blades: Advanced polymers
  • Eliminates the need for an electric motor
  • Self-adjusting sliding vanes maximizes performance
  • Cam and sideplates can be replaced. Sideplates are reversible
  • Maintenance is simple and cost effective: By simply removing the pump head, you can easily replace the internals without disturbing the piping
  • Can handle small amounts of vapor
  • Excellent suction lift is great for clearing suction and discharge lines
  • Aviation fuels
  • Fuel oils
  • Lube oils
  • Solvents
  • Liquefied gases
  • Many more light liquids
  • Terminal
  • Bulk plant
  • Truck and Transport
  • Mobile (trailers & portable skid units)
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Z-Model Sliding Vane Pump Overview

The Z-Series Coro-Vane® pumps, the newest line of sliding vane pumps offered by Corken, are designed with our patented needle roller thrust bearing rated for 4,000 lbs. The needle roller thrust bearings protects the pump against dynamic impact loads imposed on the pump by the drive system. Premature failures due to axial thrust loads are minimized on truck applications. They have O-ring construction throughout and are rated for 400 psi (28.6 bar) working pressure. Since the Z-models sliding vane pumps are used primarily in LPG (propane & butane) and agricultural ammonia applications, the non-adjustable internal relief valve is pre-set at the factory.

When the application requirements are suitable, Z-model pumps are a great option for many other liquefied gases with high vapor pressures such as natural gas liquids (NGLs), refrigerants, CO2, and many more. Applications include bulk pump transfer, propane delivery truck and transport. Available in 2”, 2.5”, 3” and 4” sizes.

Operating Specifications

  • Flow rates up to 385 gpm (1,457 l/min)
  • Working pressures up to 400 psi (27.6 bar)
  • Differential pressures up to 125 psi (8.6 bar)
  • Temperature range: -25 to 225 °F (-32 to 107 °C)
  • Viscosities up to 20,000 SSU (4,250 cSt)

 

  • Available in five pump sizes
  • Designed for high pressure applications with a maximum working pressure of 400 psi (28.6 bar)
  • Available in foot and truck mounted designs
  • O-ring construction
  • Six vanes/blades design with vane drivers
  • Mechanically sealed pump with two sealing options
  • Depending on the model, available with NPT or ANSI flanges
  • Approved by Underwriters’ Laboratories (UL) for LPG and agricultural ammonia service
  • Hydraulic drive option available

 

  • Pump casing and heads: Ductile iron
  • Cam and sideplates: Gray iron
  • Rotor and flanges: Ductile iron
  • Seal seat: Gray iron or Ni-resist
  • O-rings: Buna-N, PTFE, Viton®, Neoprene®. Registered trademark of DuPont
  • Blades: Advanced polymers

 

  • Self-adjusting sliding vanes maximizes performance
  • Cam and sideplates can be replaced. Sideplates are reversible
  • Maintenance is simple and cost effective: By simply removing the pump head, you can easily replace the internals without disturbing the piping
  • Can handle small amounts of vapor
  • Excellent suction lift is great for clearing suction and discharge lines
  • Internal relief valve is pre-set at the factory and is not adjustable
  • Agricultural ammonia
  • Butane
  • Propane
  • Many more liqueifed gases
  • Terminal
  • Bulk plant
  • Truck and Transport
  • Mobile (trailers & portable skid units)

 

Overview

Corken’s standard model LPG sliding vane pumps are know as a Coro-Vane and are used for propane, butane, and agricultural ammonia. They are rated for a maximum working pressure of 400 psi (27.6 bar) and have O-ring construction throughout. The internal relief valve is pre-set at the factory and is not adjustable. They are available with one standard mechanical seal approved for propane, butane and agricultural ammonia. Applications include bulk pump transfer, propane delivery truck and transport. Available in 2” and 3” sizes.

Operating Specifications

  • Flow rates up to 195 gpm (738 l/min)
  • Working pressures up to 400 psi (27.6)
  • Differential pressures up to 125 psi (8.6 bar)
  • Temperature range: -25 to 225 °F (-32 to 107 °C)

 

  • Available in three pump sizes
  • Designed for high pressure applications with a maximum working pressure of 400 psi (28.6 bar)
  • Foot mounted design is available with a single shaft only for stationary applications
  • O-ring construction and no gaskets
  • Ten vane design with without vane drivers
  • Mechanically sealed pump
  • Drive options includes a V-belt drive or gear reduced direct drive
  • Depending on the model, available with NPT or ANSI flanges
  • Approved by Underwriters’ Laboratories (UL) for LPG and agricultural ammonia service only
  • Pump casing and heads: Ductile iron
  • Cam and sideplates: Gray iron
  • Rotor and flanges: Ductile iron
  • Seal seat: Stainless steel or Ni-resist
  • O-rings: Buna-N, Neoprene®. Registered trademark of DuPont
  • Vanes: Advanced polymers
  • Self-adjusting sliding vanes maximizes performance
  • Cam and sideplates can be replaced. Sideplates are reversible
  • Maintenance is simple and cost effective: By simply removing the pump head, you can easily replace the internals without disturbing the piping
  • Can handle small amounts of vapor so they are ideal for liquefied gases
  • Excellent suction lift is great for clearing suction and discharge lines
  • Internal relief valve is pre-set at the factory and is not adjustable
  • Agricultural ammonia
  • Butane
  • Propane
  • Terminals
  • Bulk plant
  • Mobile (trailers & portable skid units)

SC-Model Side Channel Pump Overview

The SC-model side channel pump is a mechanically sealed design and is the standard seal option for propane, butane, and agricultural ammonia service. There are three mechanical seal options (single unbalanced, single balanced, and double balanced) and two material options for the seal face and seal seat. The side channel pump is a self-priming design so it is ideal for applications with a low net positive suction head (NPSH) such as pumping from a small underground tank. Additionally, the multi-stage configuration enables the side channel pump to reach higher than normal differential pressures. The feature makes it a great fit for high different applications like propane carousel cylinder filling station, aerosol filling stations, vaporizer feed, selective catalytic reduction (SCR) applications.

Suitable for liquefied gases like ammonia, pentane, propane, propylene, propylene oxide, refrigerants, vinly toluene, and liquids with low vapory pressures like gasoline, glycol, methanol, mineral spirits, naptha, water, soda ash, solvents, and many more. Available with ANSI flange connections only.

Operating Specifications

  • Flow rates up to 185 gpm (700 l/min)
  • Working pressures up to 580 psi (40 bar)
  • Differential pressures up to 250 psi (17.2 bar)
  • Temperature range: -40 to 428 °F (-40 to 220 °C)
  • Viscosities up to 1,050 SSU (230 cSt)

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  • Available in six pump sizes
  • Direct drive configuration
  • Modular construction
  • Multi-stage turbine design
  • Mechanically sealed pump with a wide variety of sealing options
  • Available with ANSI and DIN flanges (steel weld adapters available on the SC10 series only)
  • Pump case: ductile iron, stainless steel and cast iron
  • Impeller: bronze, steel, stainless steel
  • Shaft: iron and stainless steel
  • Stage case bushing: bronze and carbon
  • Seal face: carbon graphite, aluminum oxide and silicon carbide
  • Seal seat: aluminum oxide, carbon graphite and silicon carbide
  • O-rings: viton, PTFE and ethylene propylene
  • Free-floating impeller design has no metal-to-metal contact and minimizes wear between the pump casing and impeller
  • Self priming, multistage design eliminates vibration and pulsation
  • Flexible modular construction is available in one to eight stages
  • Single or double seal configurations
  • Balanced or unbalanced seal configurations
  • Proprietary centrifugal impeller ensures efficient transfer even at low NPSH conditions
  • Bearings are available come with optional configurations, extra clearance options and special cooling  connections for high temperature service
  • Continuous duty service provides a long service life
  • Agricultural ammonia
  • Butane
  • Propane
  • And many more
  • Cylinder filling
  • Vaporizer feed
  • Boiler feed
  • Trailer loading and unloading
  • Bulk loading and unloading
  • Aerosol filling/charging
  • Selective Catalytic Reduction (SCR)
  • Refrigerant transfer
  • Liquefied gas transfer
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Corken’s side channel pump is a unique self-priming pumping technology. The design of a side-channel pump is similar to a regenerative turbine pump in that the impeller makes regenerative passes through the liquid. However, the actual design of the impeller and casing, and principles of operation differ greatly. Unlike other pump designs, the side channel pump can accommodate the transfer of liquid and gas mixtures with up to 50% entraIned gas. This feature greatly reduces the possibility air or vapor locking that can occur in other pump designs. A special suction impeller lowers the NPSH requirement for the pump. We offer several models of side channel pumps for wide range of differential pressures and capacities. The SC model side channel pumps are available with mechanical seal option only. Ideal for high differential pressure applications involving LPG (propane & butane), agricultural ammonia, natural gas liquid (NGLs) and many more.

SC-Model Side Channel Pump

  • Mechanically sealed design
  • Available with several seal types and a wide variety of seal face/seal seat materials
  • Ideal for low net positive suction head (NPSH) and high differential pressure applications
  • Available with ANSI flange connections only
  • Single or double seals available

 

  • Operating Specifications

    • Flow rates up to 185 gpm (700 l/min)
    • Working pressures up to 580 psi (40 bar)
    • Differential pressures up to 250 psi (17.2 bar)
    • Temperature range: -40 to 428 °F (-40 to 220 °C)
    • Viscosities up to 1,050 SSU (230 cSt)

    Learn More >>

Corken’s regenerative turbine pump is known as a Coro-Flo® and has a strong reputation in the LPG industry for being a long lasting pump. The free-floating impeller minimized wear and delivers years of trouble free service. The Coro-Flo turbine pump is a continuous duty pump and is an excellent choice for lower flows and moderate to high differential pressures. The liquid is circulated between the teeth of an impeller that rotates between the pump casing and head. Since the Coro-Flo is designed with a free-floating impeller, there is no metal-to-metal contact so maintenance requirements are minimized.

We offer several models of regenerative turbine pumps with a wide range of differential pressures and capacities. Each product group below is designed for a specific capacity and mounting configuration. While each model is ideal for LPG (propane & butane) and agricultural ammonia, they are well suitable for numerous other liquefied gases as well. To find a regenerative turbine pump for your application, select one of models listed below.

C- & CF-Model Turbine Pumps 

  • Designed primarily for LPG applications
  • Close-coupled design that mounts directly to a Corken supplied C-Face motor
  • No coupling is required so installation is quick and easy

 

Operating Specifications

  • Flow rates up to 40 gpm (151.4 l/min)
  • Working pressures up to 400 psi (27.7 bar)
  • Differential pressures up to 125 psi (8.6 bar)
  • Temperature range: -25 to 225 °F (-32 to 107 °C)
  • Viscosities up to 400 SSU (88 cSt)

Learn More >>

F-, FD- & FF-Model Turbine Pumps

  • Frame mount design is a direct drive configuration that mounts to a baseplate
  • Utilizes a coupling and coupling guard
  • Flexibility to choose from a variety of motor types

 

Operating Specifications

  • Flow rates up to 50 gpm (189.3 l/min)
  • Working pressures up to 400 psi (27.6 bar)
  • Differential pressures up to 250 psi (17.2 bar)
  • Temperature range: -25 to 225 °F (-32 to 107 °C)
  • Viscosities up to 400 SSU (88 cSt)

Learn More >>

HDP Turbine Pump Packages

  • Ideal for high differential pressure (HDP) applications
  • Available in a frame mount (FF-Model) or a direct mount (DLF-Model) only
  • A frame mount utilizes a coupling, coupling guard, and mounts to a baseplate
  • A direct mount supports both the pump and the motor and eliminates the need for a coupling guard, baseplate, and alignment issues

 

Operating Specifications

  • Flow rates up to 50 gpm (189.3 l/min)
  • Working pressures up to 400 psi (27.6 bar)
  • Differential pressures up to 250 psi (17.2 bar)
  • Temperature range: -25 to 225 °F (-32 to 107 °C)
  • Viscosities up to 400 SSU (88 cSt)

Learn More >>

DS- & DSF-Model Turbine pumps

  • Direct mount is made for a standard, two pole C-Face motor with a 4.5″ rabbet diameter
  • Fits 56C, 143TC and 145TC
  • Frame supports both the pump and motor so they can be directly coupled
  • Eliminates the coupling guard, baseplate, and alignment issues

 

Operating Specifications

  • Flow rates up to 40 gpm (151.4 l/min)
  • Working pressures up to 400 psi (27.6 bar)
  • Differential pressures up to 125 psi (8.6 bar)
  • Temperature range: -25 to 225 °F (-32 to 107 °C)
  • Viscosities up to 400 SSU (88 cSt)

Learn More >>

DL-, DLD- & DLF-Model Turbine pumps

  • Direct mount is made for a standard, two pole C-Face motor with an 8.5″ rabbet diameter
  • Fits 182TC, 184TC, 213TC and 215TC motor frames
  • Frame supports both the pump and motor so they can be directly coupled
  • Eliminates the coupling guard, baseplate, and alignment issues

 

Operating Specifications

  • Flow rates up to 40 gpm (151.4 l/min)
  • Working pressures up to 400 psi (27.6 bar)
  • Differential pressures up to 250 psi (17.2 bar)
  • Temperature range: -25 to 225 °F (-32 to 107 °C)
  • Viscosities up to 400 SSU (88 cSt)

Learn More >>

 

Corken’s positive displacement sliding vane pump, known as a Coro-Vane®, is an excellent choice for propane, butane, and  agricultural ammonia applications. The self-adjusting sliding vanes improve the pumping efficiency and help extend the life of the pump. On the standard LPG and Z-model pumps, the cam and sideplates are replaceable. The rotor, cam, sideplates, seals, and bearings are easily replaced by simply removing the pump cover. All of our propane, butane, and agricultural ammonia sliding vane pumps are equipped with a non-adjustable internal relief valve that is pre-set at the factory.

While each product group listed below is ideal for propane, butane, and agricultural ammonia, they are well suitable for numerous other liquefied gases. To find a sliding vane pump for your LPG or agricultural ammonia application, select from the following product groups.

Standard Model Sliding vane Pumps

  • Designed for propane, butane and ammonia
  • O-ring construction throughout the pump
  • Internal relief valve is pre-set at the factory and is not adjustable
  • Standard mechanical sealing option only

 

Operating Specifications

  • Flow rates up to 195 gpm (738 l/min)
  • Working pressures up to 400 psi (27.6)
  • Differential pressures up to 125 psi (8.6 bar)
  • Temperature range: -25 to 225 °F (-32 to 107 °C)
  • Viscosities up to 20,000 SSU (4,250 cSt)

Learn More >>

Hydraulic Option for Sliding Vane Pumps

  • Ideal for applications with limited space
  • Eliminates alignment issues
  • Forms a compact alignment
  • Available with the CP-, CD-, PT-, PZ- and Z- model pumps only

 

Operating Specifications

  • Flow rates up to 400 gpm (1,514 l/min)
  • Working pressures up to 400 psi (27.6)
  • Differential pressures up to 125 psi (8.6 bar)
  • Temperature range: -25 to 225 °F (-32 to 107 °C)
  • Viscosities up to 20,000 SSU (4,250 cSt)

Learn More >>

Z-Model Sliding Vane Pumps

  • Designed primarily for propane, butane, and ammonia applications
  • Internal relief valve is pre-set at the factory and is not adjustable
  • Newest sliding-vane pumps offered by Corken
  • Fewer mechanical sealing options than the CP- and CD-models

 

Operating Specifications

  • Flow rates up to 385 gpm (1,457 l/min)
  • Working pressures up to 400 psi (27.6)
  • Differential pressures up to 125 psi (8.6 bar)
  • Temperature range: -25 to 225 °F (-32 to 107 °C)
  • Viscosities up to 20,000 SSU (4,250 cSt)

Learn More >>

D- & F-Models Sliding vane Pumps

  • Ideal for low flow applications involving light liquids
  • Unlike the CP-, CD- and Z-models, they do not have a replaceable cam/liner but you can replace the sideplates
  • Adjustable internal relief valve
  • Multiple mechanical sealing options

 

Operating Specifications

  • Flow rates up to 6 gpm (23 l/min)
  • Working pressures up to 350 psi (25.2)
  • Differential pressures up to 125 psi (8.6 bar)
  • Temperature range: -25 to 225 °F (-32 to 107 °C)
  • Viscosities up to 400 SSU (88 cSt)

Learn More >>