What is the main structure of a hydraulic motor?

Due to the working pressure oil effect, the unbalanced bearing force causes the motor rotor to cause the rotation distance. The output rotation distance of the vane hydraulic motor is related to the exhaust volume of the hydraulic motor and the pressure difference between the hydraulic motor inlet and outlet holes, and its speed ratio is determined by the total flow size of the hydraulic motor. Because the hydraulic motor is generally specified to be able to reverse the front, so the leaf of the blade hydraulic motor to be placed axially, hydraulic motor manufacturers in order to better make the root of the leaf from beginning to end through the working pressure oil, in the back, pressure oil cavity through the passage of the root of the leaf should be set this product, in order to better ensure that the leaf hydraulic motor in the working pressure oil through the person can all operate normally, it is essential to make the tip of the leaf and the motor stator inner surface layer inseparable to ensure excellent sealing, so the leaf root should be set torque yellow. The leaf hydraulic motor is small in size, small in flipping inertia force, dexterous in posture, and can be used in places with high commutation frequency; However, the amount of leakage is very large, and it is not chaotic when working at low speeds. Therefore, vane hydraulic motors are generally used in places with high speed ratio, small rotation distance and flexible posture.