Uses For Electric Hydraulic Actuators
Electric Hydraulic Actuator provides hydraulic actuators to be used in accomplishing specific tasks. These mechanical actuators rely on electric motors to create motion and perform the hydraulic function necessary. Because the ability to remotely control a device is often required for safety standards, an electric actuator is desirable. This allows an operator to maintain integrity and continue to monitor output. Automatic settings can enable an entirely robotic setting in situations requiring that option.
The power of hydraulic actuators is preferred in many industrial and mechanical settings. Energy converted by the pressure of the hydraulic fluid is controlled by the amount going into the actuator, creating linear movement. An Electric Hydraulic Actuator is capable of generating great amounts of power for your purposes. Construction and engineering fields rely on hydraulics to lift, crush, push and stop since many brakes are also hydraulic.
Electric hydraulic actuators are designed to remotely control or move a secondary mechanism according to intended output orientations. This can be linear or rotary depending on the specific outcome required in the system. Mechanical actuators tend to be more powerful than electromagnetic types and are typically preferred for high-torque applications.
A great many industries rely on automatic or remotely actuate components for use in areas that pose high risks for workers. Industries such as mining, manufacturing, agriculture, and more have large numbers of components requiring oversight and adjustment from a remote location. An Electric Hydraulic Actuator allows a remote power source to be translated into effective motion, suitable for actuation in the specified direction and range. It can operate independently as a safety mechanism to prevent overload and associated detrimental effects.
Electric hydraulic actuators are practical approaches to fail safe actuation because the electric supply is a self contained unit. The spring return function is achieved by the pressurizing of a spring return cylinder; therefore, the spring action drives the actuator to its original positioning in the event of a power failure. This safety feature is invaluable in a potentially hazardous situation.
Whatever your actuation needs, an Electric Hydraulic Actuator can provide you with the type of hydraulic power your enterprise requires. There is a wide variety of type and designation in the actuator category and you need to know the specifications necessary for optimal results. Applications requiring multiple switching or actuation functions, such as remote locations or hazardous operation environments can rely on multiple types of actuators using various power sources, including high pressure oil, compressed air, and electric motors. Utilizing alternating current or direct current and providing actuation as linear or rotary output, an Electric Hydraulic Actuator can be extremely accurate and precise when stepper motors are used, making them suitable for meticulous engineering needs. Alternately, hydraulic actuators are historically the industry standard for heavy duty output requiring extreme torque and producing 1,000 pounds (454 kg) or more of pressure. Electric actuator technology has advanced to add to the choices available in the field having proven its suitability in many applications.