Intelligent Control of Electric Actuators in the Process Industry
2026-07-18
Electric actuators play a vital role in intelligent control in the process industry. As motor-driven device, electric actuators can automatically control mechanical equipment according to control signals, providing strong technical support for industrial automation.
High-Precision Transmission
Firstly, electric actuators can achieve high-precision transmission with extremely low hysteresis. Their integrated structure help avoiding the clearance caused by keyed connections. And the high-precision transmission personality enables electric actuators to accurately execute control commands and achieve precise operation in process industry applications.
Intelligent Digital Control
Secondly, electric actuators feature intelligent digital control functions. The control module is integrated into the actuator body, no needs for an external positioner. This allows the actuator to perform function, such as digital setting, digital calibration, and self-diagnosis. With highly accurate control, electric actuators can respond precisely to various process changes, ensuring the stability and reliability of the production process.
On-site Operation & Portfolio
In addition, electric actuators are also equipped with on-site digital display and manual operation functions. The digital display on the control module can show the actuator real-time position, while the buttons on the control module allow operators to perform local operation. This direct operation method makes electric actuators easier to use and helps improve production efficiency.
Product Range & Manual Adjustability
Our current product portfolio covers torque ratings up to 1000nm torque and 2000 nm torque, and all our high torque actuators- 200nm and 400nm are both equipped with manual valve adjustment capability, ensuring reliable on-site operation.
Configuration & Safety Measures
Meanwhile, the menu setting function provides more convenience for intelligent control in process industry applications. Through the menu keys, users can configure the actuator's control mode, control accuracy, and protection measures. This flexibility enables actuators to adapt to diverse process requirements and control demands.
In the aspect of safety, electric actuators ensure stable operation in the process industry through the 1500V withstand voltage testing, F-class insulated motors, and other safety measures. In addition, their maintenance-free design, no lubrication requirement, waterproof and rust-resistant performance, and installation at any angle further enhance convenience and operational reliability.
Conclusion
In conclusion, electric actuators play a key role in intelligent control in the process industry. Their high-precision transmission, intelligent digital control, on-site operation, and flexible configuration enable them to meet various complex process and control requirements, providing strong support for industrial automation and intelligent manufacturing. With continuous technological development, electric actuators will play an even more important role in the process industry and promote further industrial upgrading and development.
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