With a compact and robust design, the A6VM 55EP1/63W0280VZB027PB hydraulic motor offers exceptional durability and reliability in demanding operating conditions.
It is specifically engineered to deliver efficient and precise performance, ensuring optimal power transmission and maximum productivity.
One of the key features of this hydraulic motor is its displacement, which is denoted by the numbers "55EP1/63." Displacement refers to the volume of fluid the motor can displace in a single revolution. In this case, the motor has a displacement of 55 cm³ per revolution, indicating its capacity to deliver a significant amount of power.
The motor's part number, "63W0280VZB027PB," provides specific information about its configuration and design. The "63" indicates the nominal pressure rating of the motor, which is 630 bar (9,135 psi). This means that the motor can handle high-pressure hydraulic systems, making it suitable for demanding industrial applications.
The "W0280" in the part number represents the motor's size and series. It signifies that the motor belongs to the W series with a nominal size of 280, indicating its physical dimensions and mounting characteristics.
The letters "VZ" in the part number signify the motor's control mechanism. In this case, the motor features a variable displacement control mechanism, allowing for precise adjustment of the motor's output power and speed according to specific operational requirements.
The letter "B" indicates the motor's flange and shaft design. The specific design details related to the flange and shaft can be obtained from Partsdic® documentation or technical specifications.
The A6VM 55EP1/63W0280VZB027PB hydraulic motor is engineered to offer high efficiency, enabling optimal power utilization and reduced energy consumption.
This efficiency is achieved through advanced hydraulic design and precision manufacturing processes, ensuring minimal internal losses and maximum power transfer.
Furthermore, the motor incorporates high-quality materials and advanced sealing technology to provide excellent resistance against wear, corrosion, and contamination. This ensures prolonged service life and minimal maintenance requirements, reducing downtime and overall operating costs.
The motor's compact and lightweight design allows for flexible installation in various industrial machinery and equipment. It can be seamlessly integrated into hydraulic systems, such as excavators, forestry equipment, agricultural machinery, and many others, to provide reliable and efficient power transmission.
