The hydraulic station is an independent hydraulic unit. It supplies oil in stages according to requirements. It also controls the direction, pressure, and flow of the hydraulic oil, suitable for various hydraulic machinery where the main unit and hydraulic unit can be separated. After purchase, the user simply connects the hydraulic station to the actuator (cylinder or motor) on the main unit with oil pipes, and the hydraulic machinery can perform various specified actions and work cycles.

The hydraulic station is composed of a pump assembly, an integrated block or valve combination, an oil tank, and an electrical box combination. The functions of each component are:

Pump unit -- Equipped with an electric motor and an oil pump, it serves as the power source for the hydraulic station, converting mechanical energy into the pressure energy of hydraulic oil.

Integrated block – assembled from hydraulic valves and passages. It regulates the direction, pressure, and flow of hydraulic oil.

Valve assembly – Plate valves mounted on a vertical plate, pipe connections at the back, similar to integrated block functionality.

Fuel Tank - A semi-enclosed container, welded flat, equipped with an oil filter screen, air filter, etc., used for storing oil, cooling, and filtering.

Electrical box – comes in two types. One features a terminal board with external wire connections; the other is equipped with a full set of control appliances.

The working principle of the hydraulic station: The motor drives the oil pump to rotate, drawing oil from the oil tank to convert mechanical energy into pressure energy in the hydraulic station. The hydraulic oil, after directional, pressure, and flow adjustments through a manifold (or valve assembly), is channeled through the external pipeline to the hydraulic cylinder or motor of the hydraulic machinery, thereby controlling the direction change, force magnitude, and speed of the liquid motor, propelling various hydraulic machines to perform work.