146 ADV200 • Functions description and parameters list
632 Reference skip band rpm 876 Mpot top lim rpm X
640 Dig speed ref 1 rpm X 878 Mpot bottom lim rpm X
642 Dig speed ref 2 rpm X 894 Mpot output mon rpm
660 Speed ref 1 mon rpm X 910 Jog setpoint rpm
662 Speed ref 2 mon rpm X 920 Jog output mon rpm
670 Speed ref top lim rpm X 930 Reference 0 thr rpm
672 Speed ref bottom lim rpm X 940 Speed 0 thr rpm
680 Full scale speed rpm 950 Speed threshold 1 rpm
760 Ramp outmon rpm X 952 Speed threshold 2 rpm
800 Multi reference 0 rpm X 962 Set speed error rpm
802 Multi reference 1 rpm X 968 Dig set speed ref rpm
804 Multi reference 2 rpm X 970 Speed threshold 3 rpm
806 Multi reference 3 rpm X 972 Speed thr hysteresis rpm
808 Multi reference 4 rpm X
If a function factor is set, all the parameters in the above table are converted into user units.
Calculation of the minimum and maximum values of parameters “Dim factor num” and “Dim factor den”
Calculation of the minimum and maximum values of parameters “Dim factor num” and “Dim factor den”.
Limits must be included when setting the values of PAR 3900 Dim factor num and PAR 3902 Dim factor den to pre-
vent the internal variables of the drive moving out of range.
Fixed limits for each of the two parameters cannot be deîšżned since it is the ratio between the two that must be limited
and because this limit also depends on parameter 680 Full scale speed.
There is the possibility of an overow depending on the order in which the two
parameters PAR 3900 Dim factor num and PAR 3902 Dim factor den are set and their initial value.
The conditions in which an overow could occur are described in the table below.
Initial value Values to be set Order Overflow
Den = 1 Num = 1 Den 30 – Num 10 Num – Den No
Den = 1 Num = 1 Den 30 – Num 10 Den – Num Si
Den = 30 Num = 10 Den 1 – Num 1 Num – Den Si
Den = 30 Num = 10 Den 1 – Num 1 Den – Num No
If an overow occurs when setting one of the two parameters, the other parameter is automatically set to the same
value so that the conversion value is equal to 1.
Sent via the conîšżgurator
If the parameters are sent by the GF-eXpress congurator, they are written in a set order and an intermediate overow
could occur while setting valid values.
If the value of the rst parameter sent by the congurator generates an overow, the second parameter is set to the
same value as the îšżrst (this temporarily forces the dimension factor to 1); when the second parameter is written the
dimension factor returns to the correct value.
Changing the end of scale speed