Siemens 6RA7086-6KS22

Connectors and binectors 05.05
12-6 SIEMENS AG 6RX1700-0AD76
SIMOREG DC Master Operating Instructions
Connector Description Normalization Function
diag., Sheet
K0208
Oscillation: Output value of function block
16384
=
∧
100%
G128
K0209
Fixed setpoint: Output value of function block
16384
=
∧
100%
G127
Connector selector switches
K0230
Output of connector selector switch 1 [SW 1.9 and later]
1
=
∧
1
G124
K0231
Output of connector selector switch 2 [SW 1.9 and later]
1
=
∧
1
G124
Motorized potentiometer
K0240
Motorized potentiometer output (setpoint from potentiometer)
16384
=
∧
100%
G126
K0241
dy/dt (rise in ramp-function generator output in time period set in P542 +
P465)
16384
=
∧
100%
G126
K0242
Ramp-function generator input in motorized potentiometer (setpoint)
16384
=
∧
100%
G126
Closed-loop field current control, field gating unit
K0250
Firing angle (field)
16384
=
∧
0°
0
=
∧
90°
-16384
=
∧
180°
G166
K0251
Firing angle (field) before limitation
16384
=
∧
0°
0
=
∧
90°
-16384
=
∧
180°
G166
K0252
Precontrol value + field current controller output
(gating unit input)
16384
=
∧
0°
0
=
∧
90°
-16384
=
∧
180°
G166
K0260
Current controller output (field)
16384
=
∧
100%
G166
K0261
Current controller P component (field)
16384
=
∧
100%
G166
K0262
Current controller I component (field)
16384
=
∧
100%
G166
K0263
Current controller setpoint/actual value deviation (field)
16384
=
∧
100%
G166
K0265
Actual value at field current controller input
16384
=
∧
100%
G166
K0266
Absolute internal actual current value (field)
16384
=
∧
100%
G166
K0268
Setpoint at field current controller input
16384
=
∧
100%
G166
K0271
Precontrol output (field)
16384
=
∧
100%
G166
Closed-loop EMF control
K0273
Lowest positive current limit (field)
16384
=
∧
100%
G165
K0274
Lowest negative current limit (field)
16384
=
∧
100%
G165
K0275
Current controller setpoint (field) before standstill field
16384
=
∧
100%
G165
K0276
Current controller setpoint (field) before limitation
16384
=
∧
100%
G165
K0277
Current controller setpoint (field) before summing stage at limiter input
16384
=
∧
100%
G165
K0278
Precontrol value + EMF controller output
16384
=
∧
100%
G165
K0280
EMF controller output
16384
=
∧
100%
G165
K0281
P component of EMF controller
16384
=
∧
100%
G165
K0282
I component of EMF controller
16384
=
∧
100%
G165
K0283
EMF controller, setpoint/actual value deviation
16384
=
∧
100%
G165
K0284
EMF controller, setpoint/actual value deviation after droop
16384
=
∧
100%
G165
K0285
EMF controller actual value
16384
=
∧
P078.001
*
32
π
G165
K0286
Absolute value of actual EMF
16384
=
∧
P078.001
*
32
π
G165
K0287
Signed actual EMF value
16384
=
∧
P078.001
*
32
π
G165
K0288
EMF controller setpoint
16384
=
∧
P078.001
*
32
π
G165