The MS series motors are designed and improved by our company based on many years of production practice and French technology, resulting in increased housing strength, enhanced load-bearing capacity of internal dynamic components, and improved contamination resistance. These characteristics provide the series with a high continuous power range. Due to their high mechanical and volumetric efficiencies, as well as reduced internal unit load forces, these motors generate less heat and related negative effects.
The series of hydraulic motors boasts a high pressure capacity, reaching up to 25MPa. They are lightweight, compact, and have a high power-to-weight ratio. With a simple and well-designed structure, as well as the use of bearings with high load capacity, they offer reliable operation, long service life, and low noise. The drive shaft is capable of withstanding radial loads, and the rotation direction is reversible.
The MS02-MSE02 Piston Hydraulic Motor belongs to the MS series of internal-curve multi-acting radial low-speed high-torque hydraulic motors. The specific details are as follows:
This series of motors boasts strong adaptability and can be widely used in various fields such as marine machinery, construction machinery, drilling equipment, mining machinery, cement equipment, heavy metallurgy, military applications, and can also be directly configured for hydrostatic transmissions. The product adopts a modular design as a whole, consisting of an output module, a functional module, a port distribution module, and a braking module. Modules can be selected according to actual needs, reducing mechanical configuration and making the layout more flexible and simpler.
Among them, the output module is supported by double tapered roller bearings, capable of withstanding greater radial and axial forces; the port distribution module adopts internationally advanced end face oil distribution mode and has automatic wear compensation function, which can maintain a higher volumetric efficiency of the hydraulic motor for a long time; the functional module adopts high-performance sliding shoes with high load capacity, low friction, and high temperature resistance, reducing mechanical friction losses. Meanwhile, it adopts a guide rail curve design with no pulsation in output torque and speed, improving the stability and impact resistance of the entire hydraulic motor.
In addition, the application of new composite reinforcement processing technology in hydraulic motors also significantly improves the fatigue resistance, wear resistance, and corrosion resistance of components, overall enhancing the service life of the hydraulic motor.