Procon V3D Series, Руководство программиста

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H - I - J
PROGRAMMER’S MANUAL
V8.94.11-
- 22 -
The modifying signals of variable value (analogue IN or motorised potentiometer) can modify he reference signal
according to the following relationship
K=
lower
[
%
]
+upper
[
%
]
100 %
Normal modification: modified reference signal [%] = reference signal [%] - lower [%] + modification [%] x K
Inverse modification: modified reference signal [%] = reference signal [%] + lower [%] - modification [%] x K
Discrete modification (digital input, virtual input or PID extender):
n = number of the active units
Normal modification: modified reference signal [%] = reference signal [%] + n x discrete value [%]
Inverse modification: modified reference signal [%] = reference signal [%] - n x discrete value [%]
PID regulation
Submenu Explanation, further submenus Values Default setting Unit
1-10
PID settings
Serves for selecting the PID parameter set to be used.
1-10-1 selection
In regulation mode this PID parameter setting will
be valid.
PID1
PID2
PID3
PID4
frequency-dep. PID1
1-10-2 change-over points
The change-over frequencies of the PID regulators, if frequency depending PID regulation has
been selected. The change-over is implemented with hysteresis to avoid possible swingings.
1-10-2-1 switch-over to PID2
0,1 - 1000,0 20,0 Hz
1-10-2-2 switch-over to PID3
0,1 - 1000,0 30,0 Hz
1-10-2-3 switch-over to PID4
0,1 - 1000,0 40,0 Hz
1-10-2-4 hysteresis
0,0 - 10,0 1,0 Hz
1-11
PID 1 data
Setting of the regulation parameters
(Proportional regulation can be implemented if Ti is programmed to “N”)
1-11-1 Ap proportional gain
0,00 - 120,00 0,50
1-11-2 Ti integration time
N
0,01 - 2000,0 1,00 s
1-11-3 Td differentiation time
10 - 20000 10 ms
1-11-4 Ad diff. element overdriving factor
0,00 - 9,99 0,00
1-12
PID 2 data
The setting is the same as that of item 1-11 PID 1 data
1-13
PID 3 data
1-14
PID 4 data