124 ADV100 • Functions description and parameters list
measure selected in parameter 11010 Refencesunit.
Menu PAR Description UM Type FB BIT Def Min Max Acc Mod
11004 Feedbacksel ENUM Analog inp 1X 0 4174 RWZ FVS
Parameter for selecting the PID feedback reference.
When you select Param digitale the feedback corresponds to the value of parameter 11006 Feedbackval.
0 Digital Param
1600 Analog inp 1X
1650 Analog inp 2X
3700 PID output
3710 Pad 6
3712 Pad 7
3714 Pad 8
3716 Pad 9
3718 Pad 10
3720 Pad 11
3722 Pad 12
3724 Pad 13
3726 Pad 14
3728 Pad 15
3730 Pad 16
4024 FieldbusM->S1
4034 FieldbusM->S2
4044 FieldbusM->S3
4054 FieldbusM->S4
4064 FieldbusM->S5
4074 FieldbusM->S6
4084 FieldbusM->S7
4094 FieldbusM->S8
4104 FieldbusM->S9
4114 FieldbusM->S10
4124 FieldbusM->S11
4134 FieldbusM->S12
4144 FieldbusM->S13
4154 FieldbusM->S14
4164 FieldbusM->S15
4174 FieldbusM->S16
Menu PAR Description UM Type FB BIT Def Min Max Acc Mod
11006 Feedbackval FLOAT 0 0 1 RW FVS
If parameter 11004 Feedbacksel is set to DigitalParam[0] the PID feedback value can be written in this param-
eter. For the other selections of parameter 11004 Feedbacksel it displays the value of the current feedback, scaled
according to parameters 11012 Signalsfullscale and 11014 Signalsoffsetand to the unit of measure selected in
parameter 11010 Refencesunit.
Menu PAR Description UM Type FB BIT Def Min Max Acc Mod
11008 Feedbacksign ENUM Negative 0 1 RW FVS
Selection of the feedback sign.
Negative feedbacks are used for pump pressure control and the error (Pid error) is calculated as: Set point – Feed-
back.
Therefore a reduction in feedback corresponds to an increase in output and thus in drive speed.
Positive feedbacks are used for fan temperature control and the error (Pid error) is calculated as: -Set point + Feed-
back.
Therefore a reduction in feedback corresponds to a reduction in output and thus in drive speed.
0 Negative
1 Positive
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