What are the scenarios that require the use of process control actuators?

High precision and consistency

      An important feature of process control actuators is their highly accurate and consistent positioning performance.In a closed-loop process control system, the variability of the process factors is an important factor that leads to bias in the control loop. The greater the accuracy and consistency, the greater the degree of control exerted over the process and the more consistency in the final target output is ensured. A typical example is industrial combustion, where the key objectives are to improve combustion efficiency and ensure thermal consistency. For industrial combustion, when an actuator controls the flow and proportioning of fuel and air, the control of the gases must be precise and consistent in order to ensure complete and efficient combustion. This ensures full combustion and achieves higher thermal efficiency. At the same time, fuel waste is reduced, exhaust emissions are minimized and environmental requirements are met.

continuous adjustment

      Another important feature of process control actuators is the ability to provide continuous regulation. Many industries and applications require process control actuators because of the need for continuous regulation. This type of flow control solutions should have the ability to continuously regulate, can not sacrifice accuracy and consistency in the case of withstand the high demands of long-time operation, the process control actuators put forward specific requirements is to realize the energization of sustained rate of 100% and high-frequency regulation under the long life cycle. In food and beverage production, process control actuators with high accuracy and consistency, and continuously adjustable, are required for high-precision control of raw material ratios.

rapid response

      Process control actuators should also be characterized by a fast response. In flow control systems with air or high-pressure liquids as the medium, the rapidity of the change of the medium parameter during the control process makes the whole closed-loop process very dynamic. Therefore, in this application case, it is necessary to match the process control actuator with fast response characteristics. The basic requirement is that the response time of the actuator is 1/10 or less of the dynamic response time of the entire closed-loop process.