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17. Appendix A
1. Acyclic parameter table Thyro-S; Thyro-A; -C01; -C02; -C03; -C05
Table A: Thyro-S.., Thyro-A.., Thyro-A-C01; -C02; -C03; -C05 controller parameters slot 1-8
Controller parameter
Index Symbol
1
I_TYP
2
U_TYP
3
P_TYP
6
BETR
7
AN1
8
SST
9
SDN
10
T0
11
MP
12
TSMAX
13
TSMIN
14
V_IE
15
H_IE
16
RE
17
TI_1
18
KP_1
19
KR_1
20
V_IE_2
21
UEMA
22
IEMA
23
PMA
24
SW_ENABLE
27
SW_REGLER
28
OF_1
29
FA_1
30
SPG_MIN
31
SPG_MAX
32
UN_S
33
RELAIS_CTRL_2
34
LASTBRUCH_MIN_ABS Load fault, minimum value
36
SYNC_ADR
37
IMAB
38
STA_RE
39
STE_RE
40
41
MOSI_FA
42
DAC_1_CTRL
44
VERS_T
45
VERS_M
46
VERS_J
48
49
RELAIS_CTRL
50
56
MITTEL
84
TEMP
109
MITTEL_2
110
OF_2
111
FA_2
112
DAC_2_CTRL
115
MITTEL_3
116
OF_3
117
FA_3
118
DAC_3_CTRL
119
U_MIN
120
U_MAX
121
I_MIN
122
I_MAX
123
P_MIN
124
P_MAX
Name
Controller type current
Controller supply voltage
Controller type output power
Operating mode
Phase angle of 1st half wave
Soft start duration (given)
Soft stop duration (given)
Cycle period duration
Minimum interval
Maximum cycle turn on time
Minimum cycle turn on time
Front pulse stop
Back pulse stop
Control (analog output value)
PI controller, I part
PI controller, P part
PI controller, counter P part
Front pulse stop phase 2
Effective voltage setpoint maximum
Effective current setpoint maximum
Power setpoint maximum
Setpoint activation
Setpoint x2.4
Actual value output offset 1
Scale end value actual value output 1
Mains voltage monitoring min.
Mains voltage monitoring max.
Undercurrent monitoring
Relay configuration 2
Synchro cycle address
Pulse switch-off in case of failure
Control start controller analog setpoint
Control end controller analog setpoint
Configuration 3A
Peak current value limit
Analog output configuration 1
Version day
Version month
Version year
Controller inhibit
Relay configuration 1
Save
Averaging analog output 1
Temperature
Averaging analog output 2
Actual value output offset 2
Scale end value actual value output 2
Analog output configuration 2
Averaging analog output 3
Actual value output offset 3
Scale end value actual value output 3
Analog output configuration 3
Voltage limit minimum
Voltage limit maximum
Current limit minimum
Current limit maximum
Power limit minimum
Power limit maximum
Data type
Value range
u16
0...
u16
0...1000
u32
0...
u16
0...3
u16
0...180
u16
0...1000
u16
0...1000
u16
0...1000
u16
0...10
u16
1...T0
u16
0...T0
u16
0...180
u16
0...180
u16
0...8
u16
0= aus 0...65535
u16
0= aus 0...65535
u16
0...65535
u16
0...180
u16
0...
u16
0...
u32
0...
u16
0...3
u16
0...4096
u16
0...4096
u16
0...4096
u16
0...1000
u16
0...1000
u16
0...1
u16
0...65535
u16
0...4505
u16
0...65535
u16
0...65535
u16
0...65535
u16
0...65535
u16
u16
0...4096
u16
0...10
u16
1...31
u16
1...12
u16
0...9999
u16
0...1
u16
0...65535
u16
0...1
u16
0...65535
u16
-50...150
u16
0...65535
u16
0...4096
u16
0...4096
u16
0...10
u16
0...65535
u16
0...4096
u16
0...4096
u16
0...10
u16
0...65535
u16
0...65535
u16
0...65535
u16
0...65535
u32
0...
u32
0...
36
Combo-opt.
Reserved, TAKT, VAR, QTM
U
2, U
, I
2, I
, reserved, real power,
load
load eff
load
load eff
reserved, reserved, without regulation
Bit0=1 setpoint x2.4 active, Bit1=1 setpoint
master active
on, off
bit coded
bit coded
bit coded
on, off
bit coded
off, save
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