Axial piston pumps

DAIKIN axial piston pumps

 

 

J-V Series variable displacement axial piston pumps

 

 

Open circuit, 6 sizes from 8cc to 70cc

Thanks to their swashplate design, J-V series pumps are built for open circuit systems where flow adjustment or regulation is required. These pumps are specifically engineered for stationary industrial applications.

 

Key Features:

• Exceptionally low noise levels across the entire pressure range, thanks to specially designed bearings and mechanisms.
• Fast response time and high repeatability accuracy for both pressure and flow, helping reduce machine cycle times and boosting reliability.
• Easy oil filling without disassembling the pump from the production line, thanks to an additional filler screw.

 

 

 

J-VZ Series variable displacement axial piston pumps

 

Open circuit 5 sizes from 50cc to 130cc

Like the J-V series, these pumps are designed for open circuit systems with adjustable or regulated flow, specifically for stationary industrial use.

 

Key Features:

• Low noise levels across all pressure ranges, achieved with specially designed bearings and mechanisms.
• Fast response and excellent repeatability for pressure and flow control, reducing machine cycle times and improving operational reliability.
• Oil can be filled without dismantling the pump from the production line, thanks to an extra filler screw.
• Mechanical flow adjustment to fine-tune output to suit specific applications.
• Simple design for easy maintenance.

 

 

 

J-RP Series axial piston rotor pumps

 

 

Open circuit, 4 sizes from 8cc to 38cc

This variable displacement pump is fully integrated into an electric motor, making it an ideal space-saving solution for machine tool applications.

 

Key Features:

• Lower assembly costs — no need for couplings or mounting brackets.
• Up to 40% space saving compared to conventional setups.
• Allows for a smaller oil reservoir.
• Reduced weight.
• No external leakage.
• Noise level reduction by 10 to 15 dB.
• Up to 50% reduced pressure pulsations.