SC203-100A-002IR-010-01K-05 温度信号调节器

Description

SC203-100A-002IR-010-01K-05 温度信号调节器

SC203-100A-002IR-010-01K-05温度调节器采用微分先行的控制算法,带有外给定和阀位控制功能。可与各类传感器、变送器配合使用,实现对温度、压力、液位、容量、速度等物理量的测量显示并配合各种执行器对电加热设备和电磁、电动阀进行PID调节和控制、报警控制、数据采集等功能。

SC203- 100A-002IR-010-01K-05什么是温度控制?把控制对象的温度操作至需要的温度,这个过程就是温度控制。温 度控制的好坏在对控制对象进行控制的过程中，把温度变化的结果叫控制结果。控制的好就是怎样把控制结果去接近理想的响应。理想的温度控制是 当目标温度变化时(变更设定值、投入电源时的起动)、控制的温度 可以忠实地跟踪。SC203-100A-002IR-010-01K-05现实中， 由于控制对象、温度检测部分、操作部分等有时间延迟，所以，控制部分对延迟返回的温度进行补正动作。SC203-100A-002IR-010-01K-05因此， 产生”上冲”，”下冲” 现象。如果为了得到好的控制结果,把控制动作的增益(响应性)减小，则达到目标温度的时间变长了，或振荡减不下去，甚至变大。把哪个作为好的控制结果?因控制对象的用途以及目的而异，适当的响应性，且振荡少。控制动作的种类。

SC203-100A-002IR-010-01K-05

SC203-100A-002IR-010-01K-05 温度信号调节器

The SC203-100A-002IR-010-01K-05 temperature regulator adopts differential leading control algorithm with external setting and valve position control functions. It can be used with all kinds of sensors and transmitters to realize the measurement and display of physical quantities such as temperature, pressure, liquid level, capacity and speed, and cooperate with various actuators for PID adjustment and control, alarm control, data acquisition and other functions of electric heating equipment and electromagnetic and electric valves.

SC203-100A-002IR-010-01K-05 What is Temperature control? The process of operating the temperature of the control object to the required temperature is temperature control. In the process of controlling the control object, the result of temperature change is called the control result. Good control is how to control the result to get close to the ideal response. The ideal temperature control is that the controlled temperature can be faithfully tracked when the target temperature changes (change of setpoint, starting when power is put in). SC203-100A-002IR-010-01K-05 In reality, due to the time delay of the control object, the temperature detection part, and the operation part, the control part corrects the delayed return temperature. SC203-100A-002IR-010-01K-05 Therefore, the phenomenon of “up flushing” and “down flushing” is generated. If the gain (responsiveness) of the control action is reduced in order to obtain good control results, the time to reach the target temperature becomes longer, or the oscillation cannot be reduced, or even becomes larger. Which is a good control outcome? Depending on the use and purpose of the control object, appropriate responsiveness, and little oscillation. Type of control action.