PV4000-11 Series Pressure Compensated Pumps


7.3 to 13.2 gpm (27,6 to 49,9 L/min) at 1800 rpm
Rated: 6 000 psi (420 bar), Maximum: 10 000 psi (700 bar)

  • Integral pressure compensation for energy efficient performance.
  • Contamination tolerant, for operation in dirty environments.
  • A wide range of fluid compatibility, for reliable operation with low-lubricity, low viscosity fluids.
  • Shaft Options: Standard keyed.
  • Seal Options: Standard Nitrile. Optional Fluorocarbon, or EPR seals for use with some phosphate ester fluids.
Pump ModelsTheoretical Displacement
CI/Rev | CC/Rev
Flow at 1500 rpm
U.S. gpm | L/min
Flow at 1800 rpm
U.S. gpm | L/min
Rated Pressure
psi | bar
Maximum Pressure
Maximum Pressure
Rated Speed
Max. Speed
Standard Models:
High Pressure Models:

Pump Selection Notes

  1. Please contact the Dynex sales department for a complete model code to order these pumps.
  2. Output flows are based on typical performance at rated pressure with pressurized inlet where required. PV4000 Series pumps with ports for standard S.A.E. fittings are not recommended for operation above 8000 psi (560 bar). Contact the fitting manufacturer for the pressure rating of the fitting.
  3. These models are for clockwise rotation (viewed from shaft end).

PV4000-11 Series Pressure Compensated- Checkball Piston Pumps – Engineering specifications.

Pump Application Guide – An overview of the advantages of checkball pump design in mobile, industrial and marine applications.

Checkball Pumps Service, Installation and Operating Instructions.

Checkball Pumps (all) – Complete specifications for all models.

Inside Checkball Pump Video Screenshot

Inside the Checkball Hydraulic Pump:
Design and Operating Advantages

An introduction to Dynex checkball hydraulic pumps and their unique design which allows them to operate reliably with a wide range of fluids at high pressures.

Split-Flow Pump Video Screenshot

Split-Flow Hydraulic Pumps for Simplified Circuits

Learn how Dynex hydraulic pumps, with Split-Flow technology, can simplify multiple-function hydraulic systems. With their ability to provide multiple flows from one pump, multiple pumps in a system can be replaced by one Dynex multiple-outlet pump.