The PV0/PV series hydraulic pumps are axial piston pumps with a swashplate design.
They are known for their compact size, high power density, and exceptional performance. These pumps can operate at pressures up to 280 bar (4,000 psi), making them suitable for demanding industrial and mobile hydraulic systems.
Starting with the PV016, this pump has a maximum displacement of 16 cc/rev (0.98 in³/rev) and is capable of delivering a maximum flow rate of 47 liters per minute (12.4 gallons per minute). It is designed for applications that require moderate hydraulic power.
Moving on to the PV020, it offers a displacement of 20 cc/rev (1.22 in³/rev) and a maximum flow rate of 59 liters per minute (15.6 gallons per minute). This pump is suitable for applications that demand slightly higher hydraulic power than the PV016.
The PV032 pump, with a displacement of 32 cc/rev (1.95 in³/rev), can deliver a maximum flow rate of 94 liters per minute (24.8 gallons per minute). This pump is commonly used in a wide range of hydraulic systems, including industrial machinery and mobile equipment.
If higher power is required, the PV040 pump might be the ideal choice. It has a displacement of 40 cc/rev (2.44 in³/rev) and can provide a maximum flow rate of 119 liters per minute (31.4 gallons per minute). This pump is designed to handle demanding hydraulic applications.
Next, the PV046 pump offers a displacement of 46 cc/rev (2.81 in³/rev) and a maximum flow rate of 137 liters per minute (36.2 gallons per minute).
It is suitable for applications that require even higher hydraulic power and flow rates.
Finally, the PV063 pump, with a displacement of 63 cc/rev (3.85 in³/rev), can deliver a maximum flow rate of 188 liters per minute (49.7 gallons per minute). This pump is the most powerful in the PV0/PV series and is often used in heavy-duty hydraulic systems.
All pumps in the PV0/PV series are designed for continuous operation and offer excellent efficiency. They feature a rugged construction with high-quality materials, ensuring durability and long service life. The swashplate design allows for precise control of the pump output, making it easy to adjust the flow rate and pressure according to specific requirements.
Additionally, these pumps have a variety of options and configurations available, including different shaft types, mounting flanges, and porting arrangements. This versatility enables them to be integrated into various hydraulic systems seamlessly.