Prophi
®
15T-III
21
- 20 -
=== Actual assignment of outputs ===
Example:
CONTROL-MODE 2 (MIXED-MODE)
set in END STOP to:
4 stages with 3 single- phase capacitors each and
3 stages with 1 three-phase capacitor each
In case of the setting the controller will automatically assign the capacitors according to
the wiring diagram.
This output assignment can always be called up in help-mode AUTO-MODE/ HELP/ page
7...9 and is displayed in the example as follows:
HELP-MODE p. 7/9
HELP-MODE p. 8/9
HELP-MODE p. 9/9
OUTPUT ASSIGNMENT
OUTPUT ASSIGNMENT
OUTPUT ASSIGNMENT
Thy T01 -> L1 -> C1.1
Thy T06 -> L2 -> C1.2
Thy T11 -> L3 -> C1.3
Thy T02 -> L1 -> C2.1
Thy T07 -> L2 -> C2.2
Thy T12 -> L3 -> C2.3
Thy T03 -> L1 -> C3.1
Thy T08 -> L2 -> C3.2
Thy T13 -> L3 -> C3.3
Thy T04 -> L1 -> C4.1
Thy T09 -> L2 -> C4.2
Thy T14 -> L3 -> C4.3
Thy T05 ->
S
-> C1
S
Thy T10 ->
S
-> C2
S
Thy T15 ->
S
-> C3
S
L1 (R)
L2 (S)
L3 (T)
P1 1 2 3 4 5
P2 6 7 8 9 10
P3 11 12 13 14 15
Transistor-
output 1-5
Monitoring
24VDC
Transistor-
output 6-10
Transistor-
output 11-15
PE
N
T1
(T2)
(T3)
(T4)
T6
(T7)
(T8)
(T9)
T11
(T12)
(T13)
(T14)
C1.1
(C2.1)
(C3.1)
(C4.1)
C1.2
(C2.2)
(C3.2)
(C4.2)
C1.3
(C2.3)
(C3.3)
(C4.3)
Aux. voltage
24VDC
C
1.
1 (
C
1 a
t L
1-
N
)
C
1.
2 (
C
1 a
t L
2-
N
)
C
1.
3 (
C
1 a
t L
3-
N
)
C
2.
1 (
C
2 a
t L
1-
N
)
C
2.
2 (
C
2 a
t L
2-
N
)
C
2.
3 (
C
2 a
t L
3-
N
)
C
3.
1 (
C
3 a
t L
1-
N
)
C
4.
1 (
C
4 a
t L
1-
N
)
C
3.
2 (
C
3 a
t L
2-
N
)
C
4.
2 (
C
4 a
t L
2-
N
)
C
3.
3 (
C
3 a
t L
3-
N
)
C
4.
3 (
C
4 a
t L
3-
N
)
C
1
S
(
C
1 3
-p
ha
s.
)
C
2
S
(
C
2 3
-p
ha
s.
)
C
3
S
(
C
3 3
-p
ha
s.
)
3 x Three phase steps
4 x3 Single phase steps
T5
(T10)
(T15)
C1
S
( C2
S
)
( C3
S
)
Output assignment
e.g. TSM-LC-I TSM-LC-N
