3BSE018136R1接口模塊,3BSE018136R1使用指導(dǎo)
運行后，降低了電機功率；
7.兩器壓差運行效果分析
綠色曲線是兩器壓差的測量值；
紅色曲線是煙機入口蝶閥輸出值；
黃色曲線是兩器壓差設(shè)定值；
白色曲線是煙機蝶閥投用自動標(biāo)志；
藍色曲線是煙機大旁通閥輸出值；
紫色曲線是煙機小旁通閥輸出值；
3BSE018136R1淺藍色曲線是煙機大旁通閥自動標(biāo)志；
粉色曲線是煙機小旁通閥自動標(biāo)志；
可以看出，兩器壓差在一定波動范圍內(nèi)不進行調(diào)節(jié)，只有超過一定波動范圍，才會調(diào)節(jié)，這樣極大地穩(wěn)定了兩器壓差。
8.主電機功率節(jié)能效果分析
圖8-1主風(fēng)性能及電機功率控制工藝趨勢
由圖8-1所示，各曲線含義分析如下：
綠色曲線是總管流量的設(shè)定值；
紅色曲線是總管流量的實測值；
黃色曲線是投用主風(fēng)流量性能控制標(biāo)志；
白色曲線是防喘閥的輸出值；
藍色曲線是防喘振盤旋點；
紫色曲線是防喘振的實際工作點；
淺藍色曲線是主風(fēng)機組靜葉輸出值；3BSE018136R1接口模塊
粉色曲線是主電機功率；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
