Both fixed and variable displacement models make up this range of axial piston pumps. Their high performance ratings and efficiencies are achieved with a variety of hydraulic fluids. Fixed displacement models are noted for their volumetric and mechanical efficiencies.
Variable displacement models can closely match pressure and/or flow demand with a control selected from: Pressure compensator with or without a remote control facility.
Pressure compensator with adjustable displacement control.
Load sensing compensator.
Mechanical (lever) control.
Handwheel control
Both fixed and variable displacement models make up this range of axial piston pumps. Their high performance ratings and efficiencies are achieved with a variety of hydraulic fluids. Fixed displacement models are noted for their volumetric and mechanical efficiencies.
Variable displacement models can closely match pressure and/or flow demand with a control selected from: Pressure compensator with or without a remote control facility.
Pressure compensator with adjustable displacement control.
Load sensing compensator.
Mechanical (lever) control.
Handwheel control
Both fixed and variable displacement models make up this range of axial piston pumps. Their high performance ratings and efficiencies are achieved with a variety of hydraulic fluids. Fixed displacement models are noted for their volumetric and mechanical efficiencies.
Variable displacement models can closely match pressure and/or flow demand with a control selected from: Pressure compensator with or without a remote control facility.
Pressure compensator with adjustable displacement control.
Load sensing compensator.
Mechanical (lever) control.
Handwheel control
Both fixed and variable displacement models make up this range of axial piston pumps. Their high performance ratings and efficiencies are achieved with a variety of hydraulic fluids. Fixed displacement models are noted for their volumetric and mechanical efficiencies.
Variable displacement models can closely match pressure and/or flow demand with a control selected from: Pressure compensator with or without a remote control facility.
Pressure compensator with adjustable displacement control.
Load sensing compensator.
Mechanical (lever) control.
Handwheel control
Both fixed and variable displacement models make up this range of axial piston pumps. Their high performance ratings and efficiencies are achieved with a variety of hydraulic fluids. Fixed displacement models are noted for their volumetric and mechanical efficiencies.
Variable displacement models can closely match pressure and/or flow demand with a control selected from: Pressure compensator with or without a remote control facility.
Pressure compensator with adjustable displacement control.
Load sensing compensator.
Mechanical (lever) control.
Handwheel control
Both fixed and variable displacement models make up this range of axial piston pumps. Their high performance ratings and efficiencies are achieved with a variety of hydraulic fluids. Fixed displacement models are noted for their volumetric and mechanical efficiencies.
Variable displacement models can closely match pressure and/or flow demand with a control selected from: Pressure compensator with or without a remote control facility.
Pressure compensator with adjustable displacement control.
Load sensing compensator.
Mechanical (lever) control.
Handwheel control
Both fixed and variable displacement models make up this range of axial piston pumps. Their high performance ratings and efficiencies are achieved with a variety of hydraulic fluids. Fixed displacement models are noted for their volumetric and mechanical efficiencies.
Variable displacement models can closely match pressure and/or flow demand with a control selected from: Pressure compensator with or without a remote control facility.
Pressure compensator with adjustable displacement control.
Load sensing compensator.
Mechanical (lever) control.
Handwheel control
Both fixed and variable displacement models make up this range of axial piston pumps. Their high performance ratings and efficiencies are achieved with a variety of hydraulic fluids. Fixed displacement models are noted for their volumetric and mechanical efficiencies.
Variable displacement models can closely match pressure and/or flow demand with a control selected from: Pressure compensator with or without a remote control facility.
Pressure compensator with adjustable displacement control.
Load sensing compensator.
Mechanical (lever) control.
Handwheel control
PVQ piston pumps are in-line, variable displacement units and are available in nine sizes. Displacement is varied by means of pressure and/or flow compensator controls. An impressive assortment of control options offers maximum operating flexibility
These valves allow free flow in one direction in the line in which the check valve element(s) is (are) located; flow in the opposite direction is not possible.
The Size 8 Directional Control Valve serves as a control valve package. It offers directional control, pilot pressure reducers, pilot chokes, and main stage stroke adjustment to control the flow.
The valves are generally used to control large flows up to 700 l/min (185 USgpm) at 350 bar (5000 psi) and provide low pressure drops.
The Size 8 Directional Control Valve serves as a control valve package. It offers directional control, pilot pressure reducers, pilot chokes, and main stage stroke adjustment to control the flow.
The valves are generally used to control large flows up to 700 l/min (185 USgpm) at 350 bar (5000 psi) and provide low pressure drops.