Servohüdraulilised

Servohüdraulilised refers to a type of hydraulic system that uses a servo valve to precisely control the flow and pressure of hydraulic fluid. This allows for highly accurate and dynamic control of actuators, such as cylinders or motors. The servo valve acts as a proportional control element, receiving an electrical signal and translating it into a specific hydraulic output. This closed-loop system typically incorporates feedback mechanisms, like position or pressure sensors, to monitor the actuator's state and adjust the servo valve accordingly. This continuous adjustment ensures the system can rapidly respond to changing demands and maintain a desired operational parameter. Servohüdraulilised systems are employed in applications where precise movement, high speed, and significant force are required, such as in industrial automation, robotics, aerospace, and advanced manufacturing. Their ability to achieve high dynamic performance and accuracy makes them suitable for tasks involving complex motions, accurate positioning, and force control. The advantages include high power density, stiffness, and responsiveness, though they can be more complex and costly than simpler hydraulic or electric systems.