Beiben 2638 cargo truck with 10 T crane

The hydraulic system of the Beiben 2638 crane truck operates in three main steps to efficiently lift and maneuver heavy loads.

Step 1: Hydraulic Fluid Flow
The process begins with the activation of the truck's engine, which powers the hydraulic pump. The pump then pressurizes the hydraulic fluid stored in the reservoir tank. Once pressurized, the fluid flows through hydraulic hoses and tubes towards the crane's control valve.

Step 2: Cylinder Activation
When the operator activates the crane controls, the control valve directs the pressurized hydraulic fluid towards the appropriate hydraulic cylinders. These cylinders are responsible for extending or retracting the crane's boom and manipulating the load. As the fluid enters the cylinders, it forces the piston inside to move in the desired direction, thus extending or retracting the crane's arm accordingly.

Step 3: Load Manipulation
As the crane's hydraulic cylinders extend or retract, they exert force on the load being lifted. This force is carefully controlled by the operator through the crane's control system, allowing for precise positioning of the load. The hydraulic system plays a crucial role in enabling the crane to lift heavy objects with ease and accuracy.

Overall, the Beiben 2638 crane truck's hydraulic system plays a vital role in ensuring the smooth operation of the crane and the safe handling of heavy loads. Its efficient design and precise control capabilities make it an essential component of the truck's overall functionality.