FBBB-Electro-Hydraulic Actuator Motor

FBBB-Electro-Hydraulic Actuator Motor is a power unit for electro-hydraulic cylinders. It converts electric energy into mechanical energy to drive the oil pump, which builds pressure in hydraulic fluid and pushes the piston of the cylinder to perform linear reciprocating motion. It is suitable for various industrial automation applications requiring precise control and high thrust.

General Machinery Industry: Hydraulic Pump


This motor is a power source specifically tailored for electro-hydraulic cylinder drive systems; by efficiently converting electrical energy into mechanical energy, it drives an oil pump to generate hydraulic pressure, thereby enabling the precise linear reciprocating motion of the electro-hydraulic cylinder's piston.
As the core component of integrated electro-hydraulic systems, this motor demonstrates exceptional compatibility and is widely utilized in hydraulic pump systems across the general machinery industry. Its rated power output ranges from 1100W to 3600W; at a frequency of 50Hz, its rated speed remains within the range of 2788 to 2842 RPM, providing a stable and robust power output for hydraulic systems.
Designed to accommodate the alternating intermittent and continuous operational cycles typical of hydraulic applications, this motor supports multiple duty cycles—specifically S1, S2, and S3. This flexibility allows it to seamlessly adapt to diverse operating conditions, ranging from prolonged periods of constant load to short-duration, frequent start-stop cycles. With an ingress protection rating of IP54/IP55—and insulation class options extending up to Class H—the motor ensures exceptional electrical safety and reliability, even within the oil-laden and high-humidity environments characteristic of hydraulic operations.
To meet the integration requirements of electro-hydraulic cylinders from various brands and models, this motor offers an extensive array of customization options. Users can specify the shaft connection method to match their specific mechanical interfaces, while also selecting from a range of special accessories such as metal cable glands, cable connectors, and extended lead wires. This "custom-on-demand" capability makes it an ideal choice for industrial automation scenarios requiring precise thrust control and linear motion execution.