At its core, this hydraulic motor is available in two different displacement options: 20cc and 50cc.
This variability allows users to choose the appropriate motor size for their specific application, ensuring optimal efficiency and performance. The choice between the 20cc and 50cc displacement models enables flexibility in torque and speed requirements, catering to a wide range of tasks.
The motor features a compact design, making it suitable for applications where space is limited. Its orbital hydraulic motor design is known for its durability and reliability. This design minimizes wear and tear, providing a long service life and reduced maintenance costs. The hydraulic motor's orbital principle also ensures smooth and consistent operation, which is crucial in various industrial settings.
One of the standout features of this motor is its power output, with a 12kW micro motor. This robust micro motor delivers a substantial amount of power, making it well-suited for demanding applications. It can efficiently handle heavy loads and high torque requirements, ensuring that your equipment or machinery can perform even the most challenging tasks.
The hydraulic motor is built to withstand the harsh conditions often encountered in marine environments.
Its design includes corrosion-resistant materials, ensuring it remains functional even when exposed to saltwater and other corrosive elements. This level of durability makes it an excellent choice for marine applications such as winches, steering systems, and anchor drives.
The motor's versatility extends to a wide range of speed and torque settings, offering flexibility for various applications. Whether you need high-speed rotation for a specific task or require high torque for heavy lifting, this hydraulic motor can be adjusted to meet your specific requirements.
The 20cc and 50cc Marine Orbital Hydraulic Motor Hauler, equipped with a 12kW micro motor, is suitable for various marine and industrial applications, including hydraulic winches, cranes, and conveyor systems. Its adaptability and power make it an ideal choice for tasks where precision and reliability are paramount.