3BSE018136R1接口模块,3BSE018136R1使用指导
运行后，降低了电机功率；
7.两器压差运行效果分析
绿色曲线是两器压差的测量值；
红色曲线是烟机入口蝶阀输出值；
黄色曲线是两器压差设定值；
白色曲线是烟机蝶阀投用自动标志；
蓝色曲线是烟机大旁通阀输出值；
紫色曲线是烟机小旁通阀输出值；
3BSE018136R1浅蓝色曲线是烟机大旁通阀自动标志；
粉色曲线是烟机小旁通阀自动标志；
可以看出，两器压差在一定波动范围内不进行调节，只有超过一定波动范围，才会调节，这样极大地稳定了两器压差。
8.主电机功率节能效果分析
图8-1主风性能及电机功率控制工艺趋势
由图8-1所示，各曲线含义分析如下：
绿色曲线是总管流量的设定值；
红色曲线是总管流量的实测值；
黄色曲线是投用主风流量性能控制标志；
白色曲线是防喘阀的输出值；
蓝色曲线是防喘振盘旋点；
紫色曲线是防喘振的实际工作点；
浅蓝色曲线是主风机组静叶输出值；3BSE018136R1接口模块
粉色曲线是主电机功率；to it here, and the materials are everywhere). But at present, in the field of industrial control, especially at the bottom of the control system, PID control algorithm still dominates the market, occupying about 80% of the market share. Of course, the PID control algorithm mentioned here is not a fixed PID in chivalry. Isn't it about multidisciplinary integration now? People have absorbed the advantages of other "advanced" control laws in PID control laws, and many novel controllers have emerged, such as self-tuning PID, expert adaptive PID, predictive PID, fuzzy PID, neural network PID, nonlinear PID and other new PID controllers. As for the so-called variant PID algorithm, such as "weakening differential in case of limit", differential first, integral separation "Bangbang + PID", etc., it is no longer an advanced control mode. Most manufacturers of controllers will take some more or less. As for how to realize neural network PID, fuzzy PID
