這是因?yàn)橛脩粢寻裀ID模塊控制從梯形邏輯狀態(tài)撤出。內(nèi)部參數(shù)字為:PID算法選擇(PIDISA或PIDIND)和增益PID模塊可選擇獨(dú)立項(xiàng)(PID-IND)或標(biāo)準(zhǔn)ISA(PID-ISA)兩種PID算法之-進(jìn)行編。其間算法差別為如何定義積分和微分增益。要弄懂這些內(nèi)容:PIDISA與PIDIND模塊之間的差別標(biāo)準(zhǔn)ISA PID算法(PIDISA),對(duì)每個(gè)比例、微分.積分項(xiàng)加入的比例增益,獨(dú)立項(xiàng)算法僅對(duì)比例增益項(xiàng)加入比例增益。如圖4-2方塊圖所示。否則,兩者算法相同。

HONEYWELL DC5061-0-1A00-?100-00-00211 USPP DC506101A00100?01

HONEYWELL DC5061-0-1A00-?330-00-0211 USPP DC506101A00330?0a

HONEYWELL DC5067-0-1000-?300-00-0211 USPP DC506701000300?00

HONEYWELL STT350-0-EP00-?0000-MB0LP00-0?00-0000-1C NSFP STT3500EP00000?0M

HONEYWELL DC5061-0-0002-?300-00000-000-?0 USPP DC506100002300?00

HONEYWELL 9674402 USPP 9674402

Honeywell 30731724-2 R/I PLC Board Card 307317242 Honey Well

HONEYWELL 30682530-001 NSPP 30682530001

HONEYWELL 30732389-001 USPP 30732389001

HONEYWELL DR4311-30E0-RA?100-0000-0000-?00-000-E0 USPP DR431130E0RA10?00

HONEYWELL RA890F 1346