Elektrohüdraulilised

Elektrohüdraulilised refers to a system or device that uses both electrical and hydraulic components to achieve a specific function. In such systems, electrical signals are typically used to control the flow or pressure of hydraulic fluid, which in turn generates mechanical motion or force. This integration allows for precise control over powerful hydraulic actuators.

Common applications of electrohydraulic systems include industrial automation, robotics, and heavy machinery. For instance, in a manufacturing setting, an electrical control system might send signals to an electrohydraulic valve, which then directs hydraulic fluid to move a robotic arm or operate a press. The electrical component provides the intelligence and command, while the hydraulic component delivers the necessary power and force.

The advantages of electrohydraulic systems often include high power density, rapid response times, and the ability to handle heavy loads. They offer a good balance between the flexibility and precision of electrical control and the brute force capabilities of hydraulics. However, they can also be more complex and require maintenance for both electrical and hydraulic subsystems. The term encompasses a wide range of technologies where the synergy between electricity and hydraulics is crucial for operation.