Generally speaking, we must first determine the working pressure level in the system software work, and then basically determine the motor's exhaust volume based on the load undertaken. The torque formula of a hydraulic motor is: T=(pv*mechanical energy)/(2*3.14). The actual meaning of the motor torque is its ability to rotate the load.
As the driving source of the system software, the motor is calculated from the load, and finally it is clear. How much torque and speed the actuator must have, and then calculate the transmission mechanism, and finally determine the specification and model of the actuator.

The working pressure of the motor casing and pump oil is regulated. Outdoor Power Equipments Generally, the working pressure of the pump oil exceeds the working pressure of the casing, then the plunger pump will run on the motor stator ring. If the working pressure of the casing exceeds the working pressure of the pump oil , The plunger pump will be pushed away from the stator ring of the motor, and the oil return holes will be replaced with high pressure ports. The high working pressure will hit the plunger pump against the stator ring of the motor, causing humming noise. There are many dents on the stator ring, so the motor will soon fail.

Cycloid hydraulic motor is about how to reverse the motor rotor pair, the stator motor rotor pair is the relative position of the motor rotor and the valve plate is not correct, the cycloid hydraulic motor is divided into shaft distribution and inner hole distribution.