Hydraulic system

Classification: Hydraulic system

Technical Parameters:

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  • Product Description:
    The hydraulic system uses liquid (such as oil) as a working medium, converts mechanical energy into liquid kinetic energy through a hydraulic pump, and then controls the flow, pressure and direction of the liquid through valves, and then drives actuators such as hydraulic cylinders or hydraulic motors. A system that realizes precise control of external devices. The hydraulic system has the advantages of flexible conversion ratio, high control precision and large output force.


    The main components of the hydraulic system include:
    Hydraulic Pump: A device used to convert mechanical energy into kinetic energy of a fluid, usually driven by an electric motor or internal combustion engine.
    Oil tank: A container for storing hydraulic oil, which also plays the role of heat dissipation and liquid purification.
    Hydraulic cylinder or hydraulic motor: an actuator that converts fluid kinetic energy into mechanical energy for driving external equipment.
    Valves: Used to control the flow, pressure and direction of hydraulic oil to achieve precise control of actuators.
    Pipeline: A channel that connects various components and transmits hydraulic oil.
    Hydraulic oil: as the liquid of energy transmission medium, special hydraulic oil with good pressure resistance, lubricity and stability is usually selected.



    Application fields:
    Widely used in construction machinery, heavy equipment, aerospace and industrial automation and other fields. Some common application areas:
    Construction machinery: Excavators, loaders, rollers, cranes and other equipment use hydraulic systems to control the movement of arms, buckets and other components.
    Industrial equipment: Hydraulic systems in injection molding machines, presses, stamping presses, etc. are used for precise power transmission and control.
    Ships: The hydraulic system is used on ships to control the movements of rudders, windlasses, booms and other components.
    Agricultural machinery: Hydraulic systems are used in agricultural machinery such as harvesters and tractors for power transmission and control.
    Energy industry: Hydraulic systems play a key role in oil, natural gas, hydraulic and other energy extraction and transmission equipment.

    Hydraulic systems are widely used in many industries due to their efficient and precise power transmission, control capabilities and reliability.

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