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SYMAP®
Connection diagram
®
SYMAP
УСТРОЙСТВО УПРАВЛЕНИЯ И ЗАЩИТЫ
ЭЛЕКТРОЭНЕРГЕТИЧЕСКИХ УСТАНОВОК
- Защита
- Управление
- Контроль
SYMAP
®
EC
Приложение 4:
A4 Схемы соединений
F1
F2
F3
M ETERS
ALARM S
PROCESS
F4
I
ENTER
MENU
®
SYMAP - BCG
0
CURRENT
A
kA
%
VOLTAGE
V
kV
%
POW ER
kW
MW
%
FREQ. / PF
co s Hz
F1
F2
F3
M ETERS
ALARM S
PROCESS
F4
®
SYMAP - XG
I
ENTER
MENU
0
F1
F2
F3
M ETERS
ALARM S
PROCESS
T R IP
F4
I
ENTER
MENU
ALARM
SYS. CHECK
0
SYMAP®
Seite ‹#› von 28
SYMAP®
Connection diagram
ВСЕ ПРАВА ЗАЩИЩЕНЫ.
ЗАПРЕЩАЕТСЯ КОПИРОВАНИЕ ЛЮБЫМ СПОСОБОМ ИЛИ ОТКРЫТИЕ
ДОСТУПА ТРЕТЬИМ ЛИЦАМ БЕЗ ПРЕДВАРИТЕЛЬНОГО ПИСЬМЕННОГО
СОГЛАСИЯ.
ЛЮБОЕ НАРУШЕНИЕ БУДЕТ ПРЕСЛЕДОВАТЬСЯ ПО ЗАКОНУ.
СОДЕРЖАНИЕ ДАННОГО РУКОВОДСТВА ТОЛЬКО ДЛЯ
ИНФОРМАЦИОННОГО ПОЛЬЗОВАНИЯ.
СОДЕРЖАНИЕ МОЖЕТ БЫТЬ ИЗМЕНЕНО БЕЗ УВЕДОМЛЕНИЯ, ЧТО НЕ
ДОЛЖНО ТОЛКОВАТЬСЯ КАК СОВЕРШЕНИЕ ПРОТИВОПРАВНЫХ
ДЕЙСТВИЙ СО СТОРОНЫ STUCKE ELEKTRONIK GMBH.
STUCKE ELEKTRONIK GMBH НЕ НЕСЕТ ОТВЕТСТВЕННОСТИ ИЛИ
ОБЯЗАТЕЛЬСТВ ЗА ЛЮБЫЕ ОШИБКИ ИЛИ НЕТОЧНОСТИ, КОТОРЫЕ
МОГУТ ВСТРЕЧАТЬСЯ В НАСТОЯЩЕЙ ДОКУМЕНТАЦИИ.
Version:19.11.2004 Du.
File: Server2000:\CAE\CD_SYMAP_PRÄSENTATION\
PowerPoint_Zeichnungen\SYMAPBC_alle.ppt
Firmware:
-CU:1.10 / 18.08.2004
-MU:1.10 / 10.07.2004
-RU:1.10 / 15.04.2004
SYMAP®
Seite ‹#› von 28
SYMAP®
Connection diagram
Содержание
Page
SYMAP®- BCG
Общее соединение...................................................................................... 5
Судовое применение Низковольтный генератор.................................
6
Измерение и защита Отдельный тр-р тока........................................... 7
Дифференциальный трансформатор с нейтралью.............................. 8
Дифференциальный трансформатор с тремя обмотками................. 9
Общее соединение.....................................................................................
11
Судовое применение Низковольтный генератор................................
12
Подробно о присоединении всех типов SYMAP®................................
13
SYMAP®- EC
Контроль двигателя при низком напряжении.....................................
15
SYMAP®- EC
Контроль двигателя при среднем напряжении...................................
16
SYMAP®- F
Защита фидера при низком напряжении............................................... 17
SYMAP®- F
Контроль двигателя при среднем напряжении...................................
SYMAP®- G
Защита генератора при низком напряжении........................................ 19
SYMAP®- G
Защита генератора при среднем напряжении...................................... 20
SYMAP®- LD
Линейная диф. защита при низком напряжении................................
SYMAP®- LD
Линейная диф. защита при среднем напряжении................................ 22
SYMAP®- M
Защита двигателя при низком напряжении......................................... 23
SYMAP®- M
Защита двигателя при среднем напряжении....................................... 24
SYMAP®- T
Защита трансформатора при низком напряжении.............................. 25
SYMAP®- T
Защита фидера при среднем напряжении.............................................. 26
SYMAP®- Series
Коммуникационный интерфейс (опционально)................................... 27
SYMAP®- Series
Коммуникационный интерфейс (опционально).................................. 28
SYMAP®- XG
SYMAP®
18
21
Seite ‹#› von 28
SYMAP®
SYMAP®
Connection diagram
Seite ‹#› von 28
SYMAP®
Connection diagram
L1
L2
L3
L1 L2 L3
BUS 1
CB
L1
L2 BUS 2
L3
PT
PT
X1
X1
18 20 22
17 U1 UB11 UB12 UB13
23 24 25
UB21 UB22 UB23
X1 = 1/3
X1
PT
19 U2
4mm²
26
Frame
Ground
18
SYMAP®- BCG
19
21 U3
15
16
CT
P1
P2
P1
P2
using of
ZCT see:
F1
M
3~
1 I
2 1
3 I
4 2
5
I3
6
13
IG1
14
G
3~
+
-
50
+
-
51
+
-
52
+
-
53
X 2.4 54
55
56
57
58
16
17
+ 24 V
Analog out 1 4-20 mA
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
+ 24 V
45
+ 24 V
Analog out 2 4-20 mA
Analog out 3 4-20 mA
Analog out 4 4-20 mA
+ 24 V
Analog in 1
Analog in 2
Analog in 3
Analog in 4
4-20 mA
4-20 mA
4-20 mA
4-20 mA
7 ID1
8
9
10 ID2
11
ID3
12
X3 1
Power
supply
CAN1
22 23
H
H
X 2.2
serial communication
CAN2
RS485/422
28 29
26 27
24 25
TxB (-)
2
3
SYMAP®
TxA (+)
L1 (+)
N (-)
+ 24 V 46
47
48
L
P1
P2
Synchr. on
9
10
11
L
P1
CT P2
1
2
6
7
8
ANSI LIST
See:
Users Manual
X1
P1
P2
Shunt 2
12
13
14
15
X 2.4 49
Shunt 1
(Trip)
21
3
4
5
RxB (-)
P2
UG1
RxA (+)
X1
P1
X 2.1
20
Generalconnection
CB
4mm²
Fct. 1 out
Fct. 2 out
Common
Fct. 3 out
Fct. 4 out
Common
Fct. 5 out
Fct. 6 out
Common
Fct. 7 out
Fct. 8 out
Failure Lock
out Relay
X 2.3
Fct. 10 in
Fct. 11 in
Fct. 12 in
Fct. 13 in
Fct. 14 in
Fct. 15 in
Fct. 16 in
Fct. 17 in
Fct. 18 in
Fct. 19 in
Fct. 20 in
Fct. 21 in
Fct. 22 in
Fct. 23 in
X 2.3
Pick up
Input
Drawing
BC-F1
Seite ‹#› von 28
SYMAP®
Connection diagram
L1
L2
L3
CB
4mm²
X1
X1
X1 = 3
17 U1
18
UB11
22
UB13
20
UB12
26
4mm²
18
SYMAP®- BC
19 U2
19
X 2.1
Shunt 1
(Trip)
20
Ship application
Generator low
voltage
21 U3
P2
P1
P2
using of
ZCT see:
F1
9
10
11
12
13
14
15
X 2.4 49
G
3~
+
-
50
+
-
51
+
-
52
+
-
53
X 2.4 54
55
56
57
58
16
17
+ 24 V
Analog out 1 4-20 mA
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
+ 24 V
45
+ 24 V
Analog out 2 4-20 mA
Analog out 3 4-20 mA
Analog out 4 4-20 mA
+ 24 V
Analog in 1
Analog in 2
Analog in 3
Analog in 4
4-20 mA
4-20 mA
4-20 mA
4-20 mA
X1
L1 (+)
N (-)
X3 1
2
3
Power
supply
CAN1
22 23
H
H
X 2.2
SYMAP®
Fct. 1 out
Fct. 2 out
Common
Fct. 3 out
Fct. 4 out
Common
Fct. 5 out
Fct. 6 out
Common
Fct. 7 out
Fct. 8 out
Failure Lock
out Relay
X 2.3
Fct. 10 in
Fct. 11 in
Fct. 12 in
Fct. 13 in
Fct. 14 in
Fct. 15 in
Fct. 16 in
Fct. 17 in
Fct. 18 in
Fct. 19 in
Fct. 20 in
Fct. 21 in
Fct. 22 in
Fct. 23 in
X 2.3
serial communication
CAN2
RS485/422
28 29
26 27
24 25
TxB (-)
for low voltage
400...480V AC
Ship application
+ 24 V 46
47
48
TxA (+)
P1
P2
L
P1
CT
CT P2
7 ID1
8
9
10 ID2
11
ID3
12
L
P1
P2
Synchr. on
6
7
8
ANSI LIST
See:
Users Manual
RxB (-)
CT
P1
1 I
2 1
3 I
4 2
5
I3
6
13
IG1
14
RxA (+)
P2
Shunt 2
1
2
3
4
5
X1
P1
21
Drawing
BC-F2
Seite ‹#› von 28
SYMAP®
Connection diagram
L1
L2
L3
PT
4mm²
CB
X1
X1 = 2
X1
PT
18 20 22
17 U1 UB11 UB12 U B13
26
Frame
Ground
18
19 U2
SYMAP®- BC
19
21 U3
P1
X 1 23
P2
24
P1
CT
I1
I2
25
P1
15
16
P2
C
CT
P1
P2
P1
P2
using of
ZCT see:
F1
G
3~
+
-
50
+
-
51
+
-
52
+
-
53
X 2.4 54
55
56
57
58
16
17
+ 24 V
Analog out 1 4-20 mA
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
+ 24 V
45
+ 24 V
Analog out 2 4-20 mA
Analog out 3 4-20 mA
Analog out 4 4-20 mA
+ 24 V
Analog in 1
Analog in 2
Analog in 3
Analog in 4
4-20 mA
4-20 mA
4-20 mA
4-20 mA
7 I
8 D1
9 I D2
10
11
I D3
12
P1
P2
L1 (+)
N (-)
+ 24 V 46
47
48
X3 1
2
3
H
H
X 2.2
SYMAP®
Fct. 1 out
Fct. 2 out
Common
Fct. 3 out
Fct. 4 out
Common
Fct. 5 out
Fct. 6 out
Common
Fct. 7 out
Fct. 8 out
Failure Lock
out Relay
X 2.3
Fct. 10 in
Fct. 11 in
Fct. 12 in
Fct. 13 in
Fct. 14 in
Fct. 15 in
Fct. 16 in
Fct. 17 in
Fct. 18 in
Fct. 19 in
Fct. 20 in
Fct. 21 in
Fct. 22 in
Fct. 23 in
X 2.3
Power
serial communication
supply CAN1
CAN2
RS485/422
28 29
22 23
26 27
24 25
TxB (-)
P2
TxA (+)
P1
L
CT
Synchr. on
12
13
14
15
L
P2
1
2
9
10
11
X1
P1
Shunt 2
6
7
8
ANSI LIST
See:
Users Manual
1
2 I1
3
4 I2
5
I3
6
13
IG1
14
X 2.4 49
M
3~
IG1
RxB (-)
X1
P1
Shunt 1
(Trip)
21
3
4
5
I3
P2
X 2.1
20
Measure and
protection CT
separate
RxA (+)
P2
4mm²
Drawing
BC-MG1
Seite ‹#› von 28
SYMAP®
Connection diagram
L1
L2
L3
L1 L2 L3
BUS 1
L1
L2
L3
CB
X1
PT
PT
PT
X1
X1
X1 = 5
18 20 22
17 U1 UB11 UB12 UB13
4mm²
23 24 25
UB21 UB22 UB23
26
Frame
Ground
18
19 U2
SYMAP®- BC
19
21 U3
P2
CT
P1
P2
P1
P2
using of
ZCT see:
F1
1 I
2 1
3 I
4 2
5
I3
6
13
IG1
14
1
2
Synchr. on
6
7
8
ANSI LIST
See:
Users Manual
9
10
11
P2
P1
P2
X 2.4 49
N L1 L2 L3
50
+
-
+
-
51
+
-
52
+
-
53
X 2.4 54
55
56
57
58
L1 (+)
N (-)
+ 24 V
Analog out 1 4-20 mA
Analog out 2 4-20 mA
Analog out 3 4-20 mA
Analog out 4 4-20 mA
+ 24 V
Analog in 1
Analog in 2
Analog in 3
Analog in 4
4-20 mA
4-20 mA
4-20 mA
4-20 mA
+ 24 V 46
47
48
X3 1
2
3
Fct. 1 out
Fct. 2 out
Common
Fct. 3 out
Fct. 4 out
Common
Fct. 5 out
Fct. 6 out
Common
Fct. 7 out
Fct. 8 out
Failure Lock
out Relay
X 2.3
Fct. 10 in
Fct. 11 in
Fct. 12 in
Fct. 13 in
Fct. 14 in
Fct. 15 in
Fct. 16 in
Fct. 17 in
Fct. 18 in
Fct. 19 in
Fct. 20 in
Fct. 21 in
Fct. 22 in
Fct. 23 in
X 2.3
Power
serial communication
supply CAN1
CAN2
RS485/422
28 29
22 23
26 27
24 25
H
H
X 2.2
SYMAP®
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
+ 24 V
45
+ 24 V
RxB (-)
P1
RxA (+)
P2
TxB (-)
P1
TxA (+)
CT
16
17
7
8 ID1
9
10 ID2
11
ID3
12
15
IG2
16
L
P2
Shunt 1
(Trip)
Shunt 2
3
4
5
L
P1
X 2.1
21
12
13
14
15
X1
4mm²
20
Transformer
differential with
neutral
X1
P1
BUS 2
Drawing
BC-T1
Seite ‹#› von 28
SYMAP®
L1
L2
L3
L1 L2 L3
BUS 1
CB
Connection diagram
X1
PT
L1
L2
L3
PT
PT
X1
X1
18 20 22
U
17 U1 B11 UB12 UB13
P2
1
2 I1
3 I
4 2
5
I3
6
P1
P2
P1
P2
26
Frame
Ground
19
P2
13
P1
14
P1
P1
16
P2
X 2.4 49
+
FEEDER
OUTGOING2
ID2.2
FEEDER
OUTGOING1
50
-
+
-
51
+
-
52
+
-
53
X 2.4 54
55
56
57
58
L1 (+)
N (-)
ID2.3
+ 24 V
Analog out 1 4-20 mA
Analog out 2 4-20 mA
Analog out 3 4-20 mA
Analog out 4 4-20 mA
+ 24 V
Analog in 1
Analog in 2
Analog in 3
Analog in 4
4-20 mA
4-20 mA
4-20 mA
4-20 mA
+ 24 V 46
47
48
X3 1
2
3
Power
supply
H
H
X 2.2
Fct. 1 out
Fct. 2 out
Common
Fct. 3 out
Fct. 4 out
Common
Fct. 5 out
Fct. 6 out
Common
Fct. 7 out
Fct. 8 out
Failure Lock
out Relay
X 2.3
Fct. 10 in
Fct. 11 in
Fct. 12 in
Fct. 13 in
Fct. 14 in
Fct. 15 in
Fct. 16 in
Fct. 17 in
Fct. 18 in
Fct. 19 in
Fct. 20 in
Fct. 21 in
Fct. 22 in
Fct. 23 in
X 2.3
serial communication
CAN2
RS485/422
28 29
26 27
24 25
L
CAN1
22 23
SYMAP®
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
+ 24 V
45
+ 24 V
15
TxB (-)
P2
ID2.1
TxA (+)
P2
CT
16
17
RxB (-)
P1
RxA (+)
P2
Synchr. on
12
13
14
15
L
CT
Shunt 2
9
10
11
7
I
8 D1.1
9
I
10 D1.2
1
112 ID1.3
P1
Shunt 1
(Trip)
1
2
6
7
8
X1
P2
X 2.1
21
3
4
5
ANSI LIST
See:
Users Manual
P1
4mm²
20
Transformer
differencial
three windings
X1
CT
23 24 25
UB21 UB22 UB23
SYMAP®- BC
21 U3
P1
4mm²
18
19 U2
BUS 2
Drawing
BC-T2
Seite ‹#› von 28
SYMAP®
SYMAP®
Connection diagram
Seite ‹#› von 28
SYMAP®
Connection diagram
L1
L2
L3
L1 L2 L3
BUS 1
L1
L2
L3
PT
PT
X1
X1
BUS 2
X1 = Type 11
CB
X1
PT
10 12 14
U
9 U1 B11 UB12 UB13
4mm²
15 16 17
UB21 UB22 UB23
18
Frame
Ground
18
11 U2
SYMAP®- XG
19
13 U3
CB
CT
P1
P2
P1
P2
using of
ZCT see:
F1
OUTGOING
1 I
2 1
3 I
4 2
5
I3
6
7
IG1
8
9
10
11
50
+
-
51
+
-
52
+
-
53
X 2.4 54
55
56
57
58
Analog out 2 4-20 mA
Analog out 3 4-20 mA
Analog out 4 4-20 mA
+ 24 V
Analog in 1
Analog in 2
Analog in 3
Analog in 4
4-20 mA
4-20 mA
4-20 mA
4-20 mA
+ 24 V 46
47
48
X3 1
Power
supply
H
L
H
X 2.2
Fct. 1 out
Fct. 2 out
Common
Fct. 3 out
Fct. 4 out
Common
Fct. 5 out
Fct. 6 out
Common
Fct. 7 out
Fct. 8 out
Failure Lock
out Relay
X 2.3
Fct. 10 in
Fct. 11 in
Fct. 12 in
Fct. 13 in
Fct. 14 in
Fct. 15 in
Fct. 16 in
Fct. 17 in
Fct. 18 in
Fct. 19 in
Fct. 20 in
Fct. 21 in
Fct. 22 in
Fct. 23 in
X 2.3
serial communication
CAN2
RS485/422
28 29
26 27
24 25
TxB (-)
2
3
CAN1
22 23
SYMAP®
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
+ 24 V
45
+ 24 V
TxA (+)
L1 (+)
N (-)
+ 24 V
Analog out 1 4-20 mA
RxB (-)
-
RxA (+)
+
16
17
L
G
3~
Synchr. on
6
7
8
ANSI LIST
See:
Users Manual
INCOMING
M
3~
Shunt 2
1
2
12
13
14
15
X 2.4 49
Shunt 1
(Trip)
21
3
4
5
X1
P2
X 2.1
20
Generalconnection
P1
4mm²
Drawing
X-F1
Seite ‹#› von 28
SYMAP®
Connection diagram
L1
L2
L3
CB
X1
X1
X1
12
10
9
U1
UB11
14
4mm²
18
UB13
UB12
Frame
Ground
18
11
SYMAP®- XG
U2
19
4mm²
X 2.1
Shunt 1
(Trip)
20
13
Ship application
Generator low
voltage
U3
P2
1 I
2 1
3 I
4 2
5
I3
6
CT
P1
P2
P1
P2
Shunt 2
1
2
Synchr. on
3
4
5
X1
P1
21
6
7
8
ANSI LIST
See:
Users Manual
9
10
11
12
13
14
15
50
+
-
51
+
-
52
+
-
53
X 2.4 54
55
56
57
58
Analog out 3 4-20 mA
Analog out 4 4-20 mA
+ 24 V
Analog in 1
Analog in 2
Analog in 3
Analog in 4
4-20 mA
4-20 mA
4-20 mA
4-20 mA
+ 24 V 46
47
48
X3 1
2
3
Power
supply
H
H
X 2.2
SYMAP®
Fct. 3 out
Fct. 4 out
Common
Fct. 5 out
Fct. 6 out
Common
Fct. 7 out
Fct. 8 out
Failure Lock
out Relay
X 2.3
Fct. 10 in
Fct. 11 in
Fct. 12 in
Fct. 13 in
Fct. 14 in
Fct. 15 in
Fct. 16 in
Fct. 17 in
Fct. 18 in
Fct. 19 in
Fct. 20 in
Fct. 21 in
Fct. 22 in
Fct. 23 in
X 2.3
serial communication
CAN2
RS485/422
28 29
26 27
24 25
L
CAN1
22 23
TxB (-)
L1 (+)
N (-)
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
+ 24 V
45
+ 24 V
Analog out 2 4-20 mA
RxB (-)
-
RxA (+)
+
+ 24 V
Analog out 1 4-20 mA
TxA (+)
For low voltage
400...480V AC
Ship application
X 2.4 49
L
G
3~
16
17
Fct. 1 out
Fct. 2 out
Common
Drawing
X-G1
Seite ‹#› von 28
SYMAP®
Connection diagram
Серии SYMAP® -BC, -BCG, -X, –XG и –Y
X1
1
I
2 1
3
I
4 2
5
I3
6
P1
P2
CT
P1
P2
P1
P2
13
14
IG1
(7)
(8)
USING GROUND CT
X1
1
I
2 1
3
I
4 2
5
I3
6
13
(7)
IG1
14
(8)
P1
P2
P1
CT
P2
P1
P1
P2
ZCT
P2
USING GROUND ZCT
(SGR)
PT
X1
17 (9)
19 (11)
21 (13)
15
U
16
G1
Connection with PT
X1
17 (9)
19 (11)
21 (13)
Connection without PT
Drawing
F1
SYMAP®
Seite ‹#› von 28
SYMAP®
SYMAP®
Connection diagram
Seite ‹#› von 28
SYMAP®
Connection diagram
L1 L2 L3
X1 = 14
X1
SYMAP®- EC
18 4mm²
Ground
X1
Frame
Ground
18
X 2.6
68
19
Fct. 54 in
69
70
20
Fct. 55 in
71
72
Fct. 56 in
1
2
73
74
Emergency Bus
L1
L2
L3
15 U 21
16 U22
17 U23
Fct. 57 in
75
76
Fct. 58 in
77
78
Fct. 59 in
21
OPTIONAL
CB
Engine control
for low Voltage
3
4
5
6
7
8
79
9
10
11
X1
10 U11
12 U12
14 U13
12
13
14
15
ANSI LIST
See:
Users Manual
16
17
GB
9 U1
11 U2
13 U3
X 2.5
60
Fct. 80 out
61
Fct. 81 out
63
64
Fct. 82 out
65
Fct. 83 out
67
62
G
3~
OPTIONAL
X1
66
Common
Common
L1 (+)
Power
supply N (-)
X3 1
2
3
See Page: Communication Interface
(Optional)
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
4mm²
X 2.1
Shunt 1
(Trip)
Shunt 2
Synchr. on
Fct. 1 out
Fct. 2 out
Common
Fct. 3 out
Fct. 4 out
Common
Fct. 5 out
Fct. 6 out
Common
Fct. 7 out
Fct. 8 out
Failure Lock
out Relay
X 2.3
Fct. 10 in
Fct. 11 in
Fct. 12 in
Fct. 13 in
Fct. 14 in
Fct. 15 in
Fct. 16 in
Fct. 17 in
Fct. 18 in
Fct. 19 in
Fct. 20 in
Fct. 21 in
Fct. 22 in
Fct. 23 in
24 V/ DC
From extern
Drawing
Y-EC1
SYMAP®
Seite ‹#› von 28
SYMAP®
Connection diagram
L1 L2 L3
X1 = 14
SYMAP®- EC
X1
18
X1
PT
15 U21
4mm²
Ground
Engine control
for medium Voltage
16 U22
Frame
Ground
4mm²
17 U23
Fct. 54 in
CB
19
69
70
Fct. 55 in
71
72
Fct. 56 in
73
74
Fct. 57 in
75
76
Fct. 58 in
77
78
Fct. 59 in
79
Emergency Bus
L1
L2
L3
18
68
21
1
2
3
4
5
6
7
8
X1
PT
9
10
11
10 U11
12 U12
14 U13
12
13
14
15
ANSI LIST
See:
Users Manual
16
17
GB
Shunt 1
(Trip)
Shunt 2
Synchr. on
Fct. 1 out
Fct. 2 out
Common
Fct. 3 out
Fct. 4 out
Common
Fct. 5 out
Fct. 6 out
Common
Fct. 7 out
Fct. 8 out
Failure Lock
out Relay
X1
PT
9 U1
11 U2
X 2.5
60
Fct. 80 out
61
Fct. 81 out
63
64
Fct. 82 out
65
Fct. 83 out
67
62
OPTIONAL
13 U3
G
3~
X 2.1
20
OPTIONAL
X 2.6
66
L1 (+)
Power
supply N (-)
Common
Common
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
X 2.3
Fct. 10 in
Fct. 11 in
Fct. 12 in
Fct. 13 in
Fct. 14 in
Fct. 15 in
Fct. 16 in
Fct. 17 in
Fct. 18 in
Fct. 19 in
Fct. 20 in
Fct. 21 in
Fct. 22 in
Fct. 23 in
X3 1
2
3
See Page: Communication Interface (Optional)
24 V/ DC
From extern
Drawing
Y-EC2
SYMAP®
Seite ‹#› von 28
SYMAP®
Connection diagram
Emergency Bus
L1
L2
L3
X1 = 11
X1
SYMAP®- F
18
4mm²
Ground
Feeder protection
for low Voltage
18
X 2.6
68
Fct. 54 in
69
70
Fct. 55 in
71
72
Fct. 56 in
73
74
Fct. 57 in
75
76
Fct. 58 in
77
78
Fct. 59 in
19
21
1
2
3
4
5
6
7
8
79
X1
9
10
11
9 U1
11 U2
13 U3
P1
P2
CT
P1
P2
P1
P2
1
2
3
4
5
6
7
8
X 2.5
60
Fct. 80 out
61
Fct. 81 out
63
64
Fct. 82 out
65
Fct. 83 out
67
62
I1
12
13
14
15
ANSI LIST
See:
Users Manual
I2
16
17
I3
66
Common
Common
L1 (+)
Power
supply N (-)
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
X3 1
2
3
X 2.1
Shunt 1
(Trip)
Shunt 2
Synchr. on
Fct. 1 out
Fct. 2 out
Common
Fct. 3 out
Fct. 4 out
Common
Fct. 5 out
Fct. 6 out
Common
Fct. 7 out
Fct. 8 out
Failure Lock
out Relay
I G1
OPTIONAL
X1
4mm²
20
OPTIONAL
CB
Frame
Ground
See Page: Communication Interface (Optional)
X 2.3
Fct. 10 in
Fct. 11 in
Fct. 12 in
Fct. 13 in
Fct. 14 in
Fct. 15 in
Fct. 16 in
Fct. 17 in
Fct. 18 in
Fct. 19 in
Fct. 20 in
Fct. 21 in
Fct. 22 in
Fct. 23 in
24 V/ DC
From extern
Drawing
Y-F1
SYMAP®
Seite ‹#› von 28
SYMAP®
Connection diagram
Emergency Bus
L1
L2
L3
X1 = 11
X1
18 4mm²
SYMAP®- F
Ground
Frame
Ground
Feeder protection
for medium Voltage
18
68
Fct. 54 in
69
70
Fct. 55 in
71
72
Fct. 56 in
73
74
Fct. 57 in
75
76
Fct. 58 in
77
78
CB
Fct. 59 in
19
21
1
2
3
4
5
6
7
8
79
X1
PT
9
10
11
9 U1
11 U2
12
13
14
15
13 U3
X1
15
UG1
16
P2
CT
P1
P2
P1
P2
1
2
3
4
5
6
7
8
X 2.5
60
Fct. 80 out
61
Fct. 81 out
63
64
Fct. 82 out
65
Fct. 83 out
67
62
66
L1 (+)
Power
supply N (-)
ANSI LIST
See:
Users Manual
16
17
I1
I2
I3
I G1
OPTIONAL
X1
P1
Common
Common
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
X3 1
2
3
X 2.1
Shunt 1
(Trip)
20
OPTIONAL
X 2.6
4mm²
See Page: Communication Interface (Optional)
Shunt 2
Synchr. on
Fct. 1 out
Fct. 2 out
Common
Fct. 3 out
Fct. 4 out
Common
Fct. 5 out
Fct. 6 out
Common
Fct. 7 out
Fct. 8 out
Failure Lock
out Relay
X 2.3
Fct. 10 in
Fct. 11 in
Fct. 12 in
Fct. 13 in
Fct. 14 in
Fct. 15 in
Fct. 16 in
Fct. 17 in
Fct. 18 in
Fct. 19 in
Fct. 20 in
Fct. 21 in
Fct. 22 in
Fct. 23 in
24 V/ DC
From extern
Drawing
Y-F2
SYMAP®
Seite ‹#› von 28
SYMAP®
Connection diagram
Emergency Bus
L1
L2
L3
X1 = 11
X1
SYMAP®- G
18 4mm²
X1
10 U11
12 U12
14 U13
68
Fct. 54 in
69
70
Fct. 55 in
71
72
Fct. 56 in
73
74
Fct. 57 in
75
76
Fct. 58 in
77
78
Fct. 59 in
79
GB
Frame
Ground
18
19
21
1
2
3
4
5
6
7
8
9
10
11
X1
9 U1
11 U2
13 U3
P1
P2
CT
P1
P2
P1
P2
1
2
3
4
5
6
7
8
X 2.5
60
Fct. 80 out
61
Fct. 81 out
63
64
Fct. 82 out
65
Fct. 83 out
67
62
12
13
14
15
ANSI LIST
See:
Users Manual
I1
16
17
I2
I3
I G1
OPTIONAL
X1
66
G
3~
Common
Common
L1 (+)
Power
supply N (-)
X3 1
2
3
4mm²
X 2.1
Shunt 1
(Trip)
20
OPTIONAL
X 2.6
Ground
Generator protection
for low Voltage
See Page: Communication Interface (Optional)
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
Shunt 2
Synchr. on
Fct. 1 out
Fct. 2 out
Common
Fct. 3 out
Fct. 4 out
Common
Fct. 5 out
Fct. 6 out
Common
Fct. 7 out
Fct. 8 out
Failure Lock
out Relay
X 2.3
Fct. 10 in
Fct. 11 in
Fct. 12 in
Fct. 13 in
Fct. 14 in
Fct. 15 in
Fct. 16 in
Fct. 17 in
Fct. 18 in
Fct. 19 in
Fct. 20 in
Fct. 21 in
Fct. 22 in
Fct. 23 in
24 V/ DC
From extern
Drawing
Y-G1
SYMAP®
Seite ‹#› von 28
SYMAP®
Connection diagram
Emergency Bus
L1
L2
L3
X1 = 11
X1
PT
10 U11
SYMAP®- G
12 U12
Generator protection
for medium Voltage
X1
18 4mm²
Ground
GB
X 2.6
68
Fct. 54 in
69
70
Fct. 55 in
71
72
Fct. 56 in
73
74
Fct. 57 in
75
76
Fct. 58 in
77
78
Fct. 59 in
79
Frame
Ground
18
19
21
1
2
3
4
5
6
7
8
9
10
11
X1
PT
9 U1
11 U2
13 U3
4mm²
X 2.1
Shunt 1
(Trip)
20
OPTIONAL
14 U13
12
13
14
15
ANSI LIST
See:
Users Manual
16
17
X1
Shunt 2
Synchr. on
Fct. 1 out
Fct. 2 out
Common
Fct. 3 out
Fct. 4 out
Common
Fct. 5 out
Fct. 6 out
Common
Fct. 7 out
Fct. 8 out
Failure Lock
out Relay
15
UG1
X 2.5
60
Fct. 80 out
61
Fct. 81 out
63
64
Fct. 82 out
65
Fct. 83 out
67
62
OPTIONAL
16
66
G
3~
Common
Common
L1 (+)
Power
supply N (-)
X3 1
2
3
See Page: Communication Interface (Optional)
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
X 2.3
Fct. 10 in
Fct. 11 in
Fct. 12 in
Fct. 13 in
Fct. 14 in
Fct. 15 in
Fct. 16 in
Fct. 17 in
Fct. 18 in
Fct. 19 in
Fct. 20 in
Fct. 21 in
Fct. 22 in
Fct. 23 in
24 V/ DC
From extern
Drawing
Y-G2
SYMAP®
Seite ‹#› von 28
SYMAP®
Connection diagram
Emergency Bus
L1
L2
L3
X1 = 11
X1
SYMAP®- LD
18 4mm²
Ground
Line differential
protection
for low Voltage
68
Fct. 54 in
69
70
Fct. 55 in
71
72
Fct. 56 in
73
74
Fct. 57 in
75
76
Fct. 58 in
77
78
Fct. 59 in
79
18
19
21
1
2
3
4
5
6
7
8
9
10
11
X1
9 U1
11 U2
13 U3
P2
CT
P1
P2
P1
P2
1
2
3
4
5
6
7
8
X 2.5
60
Fct. 80 out
61
Fct. 81 out
63
64
Fct. 82 out
65
Fct. 83 out
67
62
12
13
14
15
ANSI LIST
See:
Users Manual
I1
16
17
I2
66
Common
Common
L1 (+)
Power
supply N (-)
X3 1
2
3
X 2.1
Shunt 1
(Trip)
Shunt 2
Synchr. on
Fct. 1 out
Fct. 2 out
Common
Fct. 3 out
Fct. 4 out
Common
Fct. 5 out
Fct. 6 out
Common
Fct. 7 out
Fct. 8 out
Failure Lock
out Relay
I3
I G1
OPTIONAL
X1
P1
4mm²
20
OPTIONAL
CB
X 2.6
Frame
Ground
See Page: Communication Interface (Optional)
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
X 2.3
Fct. 10 in
Fct. 11 in
Fct. 12 in
Fct. 13 in
Fct. 14 in
Fct. 15 in
Fct. 16 in
Fct. 17 in
Fct. 18 in
Fct. 19 in
Fct. 20 in
Fct. 21 in
Fct. 22 in
Fct. 23 in
24 V/ DC
From extern
Drawing
Y-LD1
SYMAP®
Seite ‹#› von 28
SYMAP®
Connection diagram
Emergency Bus
L1
L2
L3
X1 = 11
Fct. 54 in
69
70
Fct. 55 in
71
72
Fct. 56 in
73
74
X1
18 4mm²
Line differential
protection
for medium Voltage
OPTIONAL
68
Ground
Frame
Ground
18
Fct. 57 in
75
76
Fct. 58 in
77
78
21
79
1
2
Fct. 59
in
CB
SYMAP®- LD
X 2.6
19
3
4
5
6
7
8
9 U1
11 U2
9
10
11
13 U3
15
UG1
16
12
13
14
15
ANSI LIST
See:
Users Manual
16
17
P2
CT
P1
P2
P1
P2
1
2
3
4
5
6
7
8
X 2.5
60
Fct. 80 out
61
Fct. 81 out
63
64
Fct. 82 out
65
Fct. 83 out
67
62
I2
I3
I G1
66
L1 (+)
Power
supply N (-)
Common
Common
X3 1
2
3
Shunt 1
(Trip)
Shunt 2
Synchr. on
Fct. 1 out
Fct. 2 out
Common
Fct. 3 out
Fct. 4 out
Common
Fct. 5 out
Fct. 6 out
Common
Fct. 7 out
Fct. 8 out
Failure Lock
out Relay
I1
OPTIONAL
X1
P1
X 2.1
20
X1
PT
4mm²
See Page: Communication Interface (Optional)
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
X 2.3
Fct. 10 in
Fct. 11 in
Fct. 12 in
Fct. 13 in
Fct. 14 in
Fct. 15 in
Fct. 16 in
Fct. 17 in
Fct. 18 in
Fct. 19 in
Fct. 20 in
Fct. 21 in
Fct. 22 in
Fct. 23 in
24 V/ DC
From extern
Drawing
Y-LD2
SYMAP®
Seite ‹#› von 28
SYMAP®
Connection diagram
Emergency Bus
L1
L2
L3
X1 = 11
SYMAP®- M
X1
15 U 21
16 U 22
17 U 23
CB
Ground
Motor protection
for low Voltage
Frame
Ground
18
68
Fct. 54 in
69
70
Fct. 55 in
71
72
Fct. 56 in
73
74
Fct. 57 in
75
76
Fct. 58 in
77
78
Fct. 59 in
79
19
21
1
2
3
4
5
6
7
8
9
10
11
X1
10 U11
12 U12
14 U13
P2
CT
P1
P2
P1
P2
1
2
3
4
5
6
7
8
X 2.5
60
Fct. 80 out
61
Fct. 81 out
63
64
Fct. 82 out
65
Fct. 83 out
67
62
M
3~
12
13
14
15
ANSI LIST
See:
Users Manual
I1
16
17
I2
I3
I G1
OPTIONAL
X1
P1
66
Common
Common
L1 (+)
Power
supply N (-)
X3 1
2
3
4mm²
X 2.1
Shunt 1
(Trip)
20
OPTIONAL
X 2.6
X1
18 4mm²
See Page: Communication Interface (Optional)
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
Shunt 2
Synchr. on
Fct. 1 out
Fct. 2 out
Common
Fct. 3 out
Fct. 4 out
Common
Fct. 5 out
Fct. 6 out
Common
Fct. 7 out
Fct. 8 out
Failure Lock
out Relay
X 2.3
Fct. 10 in
Fct. 11 in
Fct. 12 in
Fct. 13 in
Fct. 14 in
Fct. 15 in
Fct. 16 in
Fct. 17 in
Fct. 18 in
Fct. 19 in
Fct. 20 in
Fct. 21 in
Fct. 22 in
Fct. 23 in
24 V/ DC
From extern
Drawing
Y-M1
SYMAP®
Seite ‹#› von 28
SYMAP®
Connection diagram
Emergency Bus
L1
L2
L3
X1 = 11
X1
PT
10 U11
X1
SYMAP®- M
18 4mm²
Ground
12 U12
14 U13
Frame
Ground
18
X 2.6
68
Fct. 54 in
69
70
Fct. 55 in
71
72
Fct. 56 in
73
74
Fct. 57 in
75
76
Fct. 58 in
77
78
Fct. 59 in
79
19
21
1
2
3
4
5
6
7
8
X1
PT
9 U1
9
10
11
11 U2
13 U3
12
13
14
15
ANSI LIST
See:
Users Manual
15
UG1
16
17
16
X1
P2
CT
P1
P2
P1
P2
X 2.5
60
Fct. 80 out
61
Fct. 81 out
63
64
Fct. 82 out
65
Fct. 83 out
67
62
M
3~
66
L1 (+)
Power
supply N (-)
I1
I2
I3
I G1
OPTIONAL
1
2
3
4
5
6
7
8
P1
Common
Common
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
X3 1
2
3
4mm²
X 2.1
Shunt 1
(Trip)
20
OPTIONAL
CB
Motor protection
for medium Voltage
See Page: Communication Interface (Optional)
Shunt 2
Synchr. on
Fct. 1 out
Fct. 2 out
Common
Fct. 3 out
Fct. 4 out
Common
Fct. 5 out
Fct. 6 out
Common
Fct. 7 out
Fct. 8 out
Failure Lock
out Relay
X 2.3
Fct. 10 in
Fct. 11 in
Fct. 12 in
Fct. 13 in
Fct. 14 in
Fct. 15 in
Fct. 16 in
Fct. 17 in
Fct. 18 in
Fct. 19 in
Fct. 20 in
Fct. 21 in
Fct. 22 in
Fct. 23 in
24 V/ DC
From extern
Drawing
Y-M2
SYMAP®
Seite ‹#› von 28
SYMAP®
Connection diagram
Emergency Bus
L1
L2
L3
X1 = 11
X1
SYMAP®- T
18 4mm²
Ground
Transformer
protection
for low Voltage
Fct. 54 in
69
70
Fct. 55 in
71
72
Fct. 56 in
73
74
Fct. 57 in
75
76
Fct. 58 in
77
78
Fct. 59 in
79
CB
18
68
19
21
1
2
3
4
5
6
7
8
9
10
11
X1
9 U1
11 U2
13 U3
P2
CT
P1
P2
P1
P2
1
2
3
4
5
6
7
8
X 2.5
60
Fct. 80 out
61
Fct. 81 out
63
64
Fct. 82 out
65
Fct. 83 out
67
62
12
13
14
15
ANSI LIST
See:
Users Manual
I1
16
17
I2
I G1
66
Common
Common
L1 (+)
Power
supply N (-)
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
X3 1
2
3
X 2.1
Shunt 1
(Trip)
Shunt 2
Synchr. on
Fct. 1 out
Fct. 2 out
Common
Fct. 3 out
Fct. 4 out
Common
Fct. 5 out
Fct. 6 out
Common
Fct. 7 out
Fct. 8 out
Failure Lock
out Relay
I3
OPTIONAL
X1
P1
4mm²
20
OPTIONAL
X 2.6
Frame
Ground
See Page: Communication Interface (Optional)
X 2.3
Fct. 10 in
Fct. 11 in
Fct. 12 in
Fct. 13 in
Fct. 14 in
Fct. 15 in
Fct. 16 in
Fct. 17 in
Fct. 18 in
Fct. 19 in
Fct. 20 in
Fct. 21 in
Fct. 22 in
Fct. 23 in
24 V/ DC
From extern
Drawing
Y-T1
SYMAP®
Seite ‹#› von 28
SYMAP®
Connection diagram
Emergency Bus
L1
L2
L3
X1 = 11
X1
SYMAP®- T
18 4mm²
Ground
Transformer
protection
for medium Voltage
68
Fct. 54 in
69
70
Fct. 55 in
71
72
Fct. 56 in
73
74
Fct. 57 in
75
76
Fct. 58 in
77
78
Fct. 59 in
79
CB
18
19
21
1
2
3
4
5
6
7
8
X1
PT
9
10
11
9 U1
11 U2
13 U3
12
13
14
15
ANSI LIST
See:
Users Manual
15
16
17
UG1
16
P1
P2
CT
P1
P2
P1
P2
1
2
3
4
5
6
7
8
X 2.5
60
Fct. 80 out
61
Fct. 81 out
63
64
Fct. 82 out
65
Fct. 83 out
67
62
66
L1 (+)
Power
supply N (-)
I1
I2
I3
I G1
OPTIONAL
X1
Common
Common
X3 1
2
3
4mm²
X 2.1
Shunt 1
(Trip)
20
OPTIONAL
X 2.6
Frame
Ground
See Page: Communication Interface (Optional)
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
Shunt 2
Synchr. on
Fct. 1 out
Fct. 2 out
Common
Fct. 3 out
Fct. 4 out
Common
Fct. 5 out
Fct. 6 out
Common
Fct. 7 out
Fct. 8 out
Failure Lock
out Relay
X 2.3
Fct. 10 in
Fct. 11 in
Fct. 12 in
Fct. 13 in
Fct. 14 in
Fct. 15 in
Fct. 16 in
Fct. 17 in
Fct. 18 in
Fct. 19 in
Fct. 20 in
Fct. 21 in
Fct. 22 in
Fct. 23 in
24 V/ DC
From extern
Drawing
Y-T2
SYMAP®
Seite ‹#› von 28
SYMAP®
Connection diagram
Серия SYMAP®- Y
Коммуникационный интерфейс (опционально)
24 25
X3
U
1
2
3
X 2.7
PICKUP
X3
CMA 243- 2
t
47 48
Power L1 (+)
supply N (-)
TxB(-)
Analog
Analog
out
in
4..20 mA 4..20 mA
Power L1 (+)
supply N (-)
55 Frame
GND
X3
X4
1
2
3
4
Fiber optic
Input
0...20mA
PROFIBUS
1
2
3
CMA 243- 3
X4
Power L1 (+)
supply N (-)
28 29
26 27
RxB(-)
22 23
X 2.7
H
55 Frame
GND
CMA 243- 1
RxA(+)
50 54
X 2.7
RS485 OR RS422
CAN2
CAN1
TxA(+)
To PC
RS232
L
1
2
3
H
X3
L
Power L1 (+)
supply N (-)
1
2
3
4
X 34 5
Fiber optic
Fiber optic
PROFIBUS
LD
6
1
2
3
CMA 243- 4
X 35 1
2
Fiber optic
Special
function
Drawing
Y-select1
SYMAP®
Seite ‹#› von 28
SYMAP®
Connection diagram
Коммуникационный интерфейс
(опционально)
Power L1 (+)
supply N (-)
X3
X31
1
2
3
CMA 243- 5
PROFIBUS
RS485
X 34 5
6
Fiber optic
LD
Power L1 (+)
supply N (-)
X3
1
2
3
CMA 243- 6
50 54
Analog
out
4..20 mA
55 Frame
GND
Analog
in
4..20 mA
X4
1
2
3
4
Fiber optic
PROFIBUS
Drawing
Y-select1
SYMAP®
Seite ‹#› von 28
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