21 following error monitoring (cerr), Following error monitoring (cerr), Function library – Lenze EVS9332xK User Manual
Page 110: Function blocks, Function, Evaluation of the following error, Defenition of the following error limits, Output of status signals, Deactivation of the output

Function library
Function blocks
3.2.21
Following error monitoring (CERR)
3−82
l
EDSVS9332K−EXT EN 4.0
3.2.21
Following error monitoring (CERR)
One function block (CERR1) is available.
Purpose
Following error monitoring with pre−warning stage.
C 1 3 8 0 / 1
C 1 3 8 9 / 1
C E R R 1
C E R R 1 - E R R
C E R R 1 - P H I - I N
C 1 3 8 9 / 2
C 1 3 8 8 / 1
C 1 3 8 8 / 2
C E R R 1 - W A R N
C E R R 1 - L I M
C E R R 1 - W F A C
C E R R 1 - D I S A B L E
C 1 3 8 0 / 2
1
0
0
C 1 3 8 7 / 1
C 1 3 8 6 / 1
C 1 3 8 5 / 1
C 1 3 8 4 / 1
C E R R 1 - W - L I M
Fig. 3−56
Following error monitoring (CERR)
Signal
Source
Note
Name
Type
DIS
DIS format
CFG
List
CERR1−WFAC
a
C1385/1
dec [%]
C1384/1 1
Reduction factor for CERR1−WARN:
+100 % = no reduction
<100 % = reduction
>100 % = increase
CERR1−DISABLE
d
C1387/1
bin
C1386/1 1
HIGH sets CERR1−WARN and CERR1−EER = 0
CERR1−PHI−IN
ph
C1389/1
dec [inc]
C1388/1 4
Input
CERR1−LIM
ph
C1389/2
dec [inc]
C1388/2 4
Switching threshold, the absolute value is generated from the
input value
CERR1−ERR
bin
Input value CERR1−PHI−IN has exceeded the limit CERR1−LIM
CERR1−WARN
bin
Input value CERR1−PHI−IN has exceeded the limit
CERR1−LIM × CERR1−WFAC / 100 %
CERR1−WLIM
ph
Warning limit in inc
Function
l
Evaluation of the following error
l
Defenition of the following error limits
l
Output of status signals
l
Deactivation of the output