130 Appendix WAGO-I/O-SYSTEM 750750-632 Proportional Valve ModuleManualVersion 1.3.0, valid from FW/HW-Version 01/0111.4.2.9 Tables 68, 69 (Current Controller, Valve 1, Valve 2)Tables 68 and 69 are identically structured. As an example, Table 68 will beexplained for Valve 1 here.Table 96: Parameters, Table 68 (Current Controller, Valve 1)Register Name,TypeBitsExplanationValue/Range(Default)Description0 CC_PID_ENABLE,UINT160 0 = OFF1 = ON(Default: 1)Activation of the PIDcontroller1 … 2 (Default: 0) (reserved)3 CC_KP,UINT160 … 15 (Default:3000)PID Controller (Pproportion)4 CC_KI,UINT160 … 15 (Default:1000)Control PID (I proportion)5 (Default:1000)(reserved)6 (Default: 2) (reserved)7 … 9 (Default: 0) (reserved)10 (Default: 1) (reserved)11 (Default: 1) (reserved)11.4.2.10 Tables 72, 73 (Process Variables, Valve 1, Valve 2)Tables 72 and 73 are identically structured. As an example, Table 72 will beexplained for Valve 1 here.Table 97: Parameters, Table 72 (Process Variables, Valve 1)Register Name,TypeBitsExplanationValue/Range(Default)Description0 … 17 (variable) (reserved)18 PV_018,INT16Signal ADC value1 LSB = 0.1 mA.The measured value filteris active.19 PV_019,INT16Signal PLC actual value in0.01% of the nominalvalueThe measured value filteris active.20 PV_020,INT16Signal ADC value1 LSB = 0.1 mA.The measured value filteris not active.21 PV_021,INT16Signal PLC actual value in0.01% of the nominalvalueThe measured value filteris not active.Pos : 120 /Serie 750 (WAGO-I/O-SYST EM)/Anhang/Zahl endarstell ung 750- 0632 @ 16\mod_1379936209100_21.doc x @ 132490 @ 233 @ 1