Firstly, let's discuss the A4VG71 hydraulic pump. This model is known for its compact design and exceptional power-to-weight ratio.
It offers a maximum displacement of 71 cm³/rev and is capable of providing a continuous operating pressure of up to 350 bar. The A4VG71 is suitable for various applications, including mobile machinery, construction equipment, and material handling systems. It delivers excellent efficiency, ensuring optimal power transfer and reduced energy consumption.
Next, we have the A4VG90 hydraulic pump. With a displacement of 90 cm³/rev, this model offers increased power and flow capabilities compared to the A4VG71. It can handle higher operating pressures, reaching up to 400 bar. The A4VG90 pump is commonly used in heavy-duty applications such as mining equipment, forestry machinery, and agricultural machinery. It delivers reliable performance even under extreme conditions and provides precise control for enhanced productivity.
Moving on to the A4VG125 hydraulic pump, this model is characterized by its higher displacement of 125 cm³/rev.
It is designed to deliver substantial flow rates and handle demanding hydraulic systems. The A4VG125 pump offers a maximum operating pressure of 450 bar, making it suitable for applications that require high power and efficiency. It finds applications in industries like marine, oil and gas, and material handling, where reliable and robust hydraulic systems are crucial.
Lastly, the A4VG180 hydraulic pump is the largest model in this series, featuring a displacement of 180 cm³/rev. It is designed to handle heavy loads and high-pressure requirements. With an operating pressure of up to 500 bar, the A4VG180 pump is ideal for applications that demand significant power and precise control. It is commonly used in large-scale construction machinery, mining equipment, and industrial automation systems.
All the A4VG series hydraulic pumps are equipped with advanced features to enhance their performance and reliability. These include high-quality materials, efficient sealing systems, and advanced control mechanisms. They are designed to withstand harsh operating conditions, ensuring long service life and minimal maintenance requirements.
