The A6VM series motors are axial piston motors that utilize the bent axis design.
This design enables them to deliver high torque and rotational speed while maintaining compact dimensions. They are known for their excellent power-to-weight ratio, making them suitable for applications where weight and space are crucial factors.
Starting with the A6VM28, this motor offers a displacement of 28 cm³/rev. It is capable of providing a maximum continuous pressure of up to 450 bar, with a peak pressure of 500 bar. The maximum rotational speed of the A6VM28 is around 4800 rpm, allowing for fast and efficient operation. It is commonly used in smaller machinery and equipment, such as mini excavators, skid-steer loaders, and small industrial machines.
Moving up the series, the A6VM80 offers a displacement of 80 cm³/rev. It has a higher maximum continuous pressure of 500 bar, with a peak pressure of 550 bar. The motor can achieve a maximum rotational speed of approximately 4200 rpm. With its increased displacement, the A6VM80 is suitable for medium-sized applications, including agricultural machinery, medium-sized excavators, and material handling equipment.
The A6VM107, with a displacement of 107 cm³/rev, is designed for larger-scale applications.
It provides a maximum continuous pressure of 450 bar and a peak pressure of 500 bar. This motor can operate at a maximum rotational speed of around 3600 rpm. Its higher displacement and pressure capabilities make it suitable for larger excavators, forestry machinery, and heavy-duty industrial equipment.
Lastly, the A6VM140 is the largest motor in the A6VM series, offering a displacement of 140 cm³/rev. It provides a maximum continuous pressure of 400 bar and a peak pressure of 450 bar. The motor can achieve a maximum rotational speed of approximately 3000 rpm. Due to its size and power, the A6VM140 is commonly used in heavy-duty applications, such as large excavators, drilling rigs, and mining equipment.
All A6VM series motors are designed for efficiency and reliability. They feature high-quality materials and precision engineering to ensure optimal performance and durability. These motors are equipped with sophisticated control mechanisms that allow for precise speed and torque control, making them suitable for applications that require accurate and responsive operation.
