The drawings are for reference only. If necessary, please contact us to request a drawing. Customizable

The drawings are for reference only. If necessary, please contact us to request a drawing. Customizable

The drawings are for reference only. If necessary, please contact us to request a drawing. Customizable

The drawings are for reference only. If necessary, please contact us to request a drawing. Customizable

OMS(E)18 Hydraulic MotorThe OMS(E)18 orbital hydraulic motor offers an 18 cc/rev displacement, delivering high torque at low speeds for the most demanding hydraulic drive applications. Its robust design ensures reliable performance in continuous-duty cycles across mobile and stationary industrial systems.Key Specifications Displacement: 18 cc/rev...

OMS(E)11 Hydraulic MotorThe OMS(E)11 is a high-performance orbital hydraulic motor with an 11 cc/rev displacement. It provides substantial torque output at low rotational speeds, making it well-suited for heavy-duty mobile equipment and industrial drive applications requiring reliable, continuous-duty performance.Key Specifications Displacement: 11 cc/rev Type:...

OMS(E)08 Hydraulic MotorThe OMS(E)08 orbital hydraulic motor features an 8 cc/rev displacement, delivering higher torque output while maintaining a compact form factor. Engineered for demanding mobile and industrial applications, it offers excellent efficiency and long service life under continuous operating conditions.Key Specifications Displacement: 8...

OMS(E)05 Hydraulic MotorThe OMS(E)05 is a low-speed, high-torque orbital hydraulic motor with a displacement of 5 cc/rev. Built for reliability in continuous-duty cycles, it provides smooth and efficient power transmission in a compact envelope, suitable for a wide range of mobile and stationary hydraulic...

OMS(E)02 Hydraulic MotorThe OMS(E)02 is a low-speed, high-torque orbital hydraulic motor designed for demanding industrial and mobile applications. With a displacement of 2 cc/rev, it delivers precise, smooth rotation under high-pressure conditions, making it ideal for compact drive systems where space and reliability are...