For the structure of the electric actuator, this broad definition is to drive the energy through a straight line or rotation drive, and under the control of the signal, it can be intuitively used. This actuator can make certain planning for liquid gas, even electricity or other energy sources, so as to ensure the driving role of its device. There won't be any trouble.

Among them, AUMA electric actuator is a common electric actuator, which is used in various industries. It's an integral part of the boat, driving the ship. There are many actuators, and AUMA electric actuators are widely used because this type of equipment has many advantages over other types. The energy access is convenient, and the signal can be transmitted from one end to the other in a short time, which is convenient for centralized control. Moreover, it is a device with very high sensitivity, high operating accuracy, long transmission distance, very convenient to use with electric regulation instruments, and no complex equipment for wiring and installation.

In addition, the AUMA electric actuator rarely runs off course during operation, and the output thrust or torque is generally the same. When controlling the various parameters, it is very precise, and there will be no unbalanced force in the medium. Therefore, compared with the pneumatic actuator, it has higher control accuracy. If used with a servo amplifier, it is more convenient to set the cut-off signal valve position, and the positive and negative effects are also more convenient to interchange. In addition, if the equipment goes wrong, it will still stay in place, and it is more convenient to maintain.

AUMA electric actuator is very easy to use and maintain, and the application effect is obvious. Therefore, the application of this equipment in ships is also one of the most used equipment in many shipbuilding enterprises. The electric actuator is mainly composed of a servo amplifier and an actuator, and an operator can be connected in series. The servo amplifier receives the control signal from the controller and compares it with the feedback signal of the output displacement of the electric actuator. If there is a deviation, the difference is amplified by the power to drive the two-phase servo motor rotation. Then it is decelerated by the reducer to drive the output shaft to change the rotation Angle.

If the difference is positive, the servo motor turns forward and the output shaft Angle increases. If the difference is negative, the servo motor reverses and the rotation Angle of the output shaft decreases. When the difference is zero, the servo amplifier output contact signal stops the motor, and then the output shaft stabilizes at the Angle corresponding to the input signal. This position feedback structure can make the linear relationship between the input current and the output displacement better.

To sum up, the AUMA electric actuator is a new generation of angular travel electric actuator, which uses worm gear and worm deceleration mechanism and has locking function. Using high-strength glass lens sintering process, the window opening is more beautiful and smooth, and the electric limit makes the electric limit adjustment more simple and accurate.