A Hydraulic Geroler Motor utilizes the Geroler mechanism and hydraulic fluid to convert fluid energy into mechanical energy, enabling it to drive various types of machinery. It includes a housing, rotor, straight shaft, and a set of Geroler gears. The housing contains the hydraulic fluid and provides support for the other components. The rotor is connected to the output shaft and rotates within the housing. The Geroler gears, consisting of an inner rotor and an outer rotor, are responsible for converting the hydraulic pressure into mechanical power.
Attributes:
• Withstands high pressures and temperatures, ensuring optimal functionality
• Provided with maximum continuous speed of 191rpm and intermittent speed of 287rpm
• Withstands the vibrations and forces that are generated during operation
Applications:
A Hydraulic Geroler Motor is used to generate the necessary torque and rotational motion, which is transferred to the driven equipment, minimizing fluid leakages and ensuring efficient power transmission.