Eaton Cuttler-Hammer Digitrip 1150V, Инструкция по эксплуатации

Страница: 45 / 82

Effective 11/2003
Page 45
I.L. 66A7535H02
Appendix C Typical Breaker Master Connection Diagram
SE
E N
O
T
E
9
K5
-2
K5
-4
K5
-1
K5
-5
K5
-3
K5
-6
K5
-7
K4
-1
K4
-2
K4
-3
B-18
B-17
B-16
B2
K1
-6
H1
F
IE
L
D
W
IR
IN
G
OF
C
U
R
R
EN
T
SEN
SOR
S
F
O
R
F
IXED
BR
E
A
KE
R
S
R
E
QU
IR
ES
A
M
AXI
M
U
M
L
E
N
G
T
H
OF
12
F
EET
(3
.6
6
M
E
T
E
R
S
) O
F
#1
4
A
W
G
WI
R
E
.
N
O
TE
: S
E
E
DE
T
A
IL
O
N
RI
G
H
T
F
O
R
DR
A
W
O
U
T B
R
E
A
K
E
R
IN
F
O
RM
A
T
IO
N
.
R/
1
F
IEL
D
W
IR
IN
G
O
F
EXT
ER
N
A
L VOL
T
A
G
E
TR
A
N
S
F
O
R
M
E
R
S
A
L
L
B
L
C
W
IRE
L
E
N
G
HT
M
A
X
IMU
M F
O
R
D
R
A
W
OU
T
GEAR
IS 1
0
F
EET
(3
.05 M
E
T
E
R
S
)
#
14
A
W
G
X1
R/
1
X1
H1
R/
1
H1
X1
H1
X1
CSA2
A-19
CSA1 A-4
WH
T
WH
T
10:
1
BR
N
10
:1
AC
T
C
CSB1
CSB2
CSC1
A-5
A-20
A-6
CSC2
A-21
K1
-5
K1
-4
C1 C2
D
R
A
W
OU
T
GEAR
U
M
BILI
C
A
L
C
A
BL
EI
N
G
(A
DD
IT
IO
NA
L 2
F
E
E
T
)
J0
-1
7
J0
-4
0
J0
-4
1
J0
-1
8
J0
-1
9
J0
-4
2
GF
_
S
GN
D
B-
6
B-
2
PT V A
PT VB
PT VC
IN
C
O
M
N
50:
1 o
r
100:
1,
200:
1
B-
1
GF
SE
N
S
OR
S
ZE
R
O
S
E
Q
X1
B-
4
B-
5
IN
C
O
M
P
X2 X1
SEE N
O
T
E
3
B-
7
B-
9
B-
8
SE
E N
O
T
E
4
ZO
N
E
_
IN
ZO
N
E
_
O
UT
ZO
N
E
_
C
O
M
J0
-3
4
GF
_S
GN
D
/OF
F
WH
T
10
:1
AC
TA
AC
T
B
RE
D
J7 J8 J6
PT
M
O
D
U
LE
K1
-7
K1
-8
B1
A2
K1
-9
A
1
J9
-2
J9
-3
Vb Vc
J9
-1
Va
BL
AC
K
TA
+
BL
A
C
K
10:
1
AC
T
N
24
O
H
M
K1-
3
S
T
-
K1-
2
S
T
1
DG
ND
K1-
1
K2-
8
K2-
9
N2 N1
I1
-8
J0
-2
7
J0
-4
3
J0
-2
0
J0
-4
5
J0
-2
1
J0
-4
4
J0
-2
2
I1
-9
J0
-2
J0
-9
J0
-1
0
J0
-1
1
I1
-4
I1
-7
I1
-5
I1
-3
I1
-6
I1
-2
J0
-2
8
J0
-3
0
J0
-3
1
J0
-3
3
J0
-3
2
D
IG
IT
R
IP
115
0V
, 115
0V
i
PLU
G
RA
TI
NG
J0
-3
9
J0
-3
7
J0
-1
4
I1
-1
J0
-1
5
J0
-3
8
J0
-1
6
J0
-3
J0
-4
J0
-4
6
J0
-2
3
J0
-2
4
J0
-8
J0
-4
7
J0
-7
CO
N
N
E
C
T
O
R
OU
T
P
U
T-
BO
A
R
D
IN
T
E
R
F
AC
E
OU
T
P
U
T
+
R
ESET
_L
A
T
SET
_LA
T
DA
L
M
BR
OW
N
WH
IT
E
Aux
.Sw
itc
h
52
b
A
LL
B
C
L
Z_
O
U
T
Z_
IN
Z_
CO
M
K2-
7
K2-
6
K2-
5
K2-
4
K2-
2
K2-
3
K2-
1
J0
-1
2
J0
-5
J0
-6
J0
-2
9
J0
-3
6
J0
-1
3
J0
-3
5
J0
-1
J0
-2
6
J0
-2
5
CC
_D
RV
L
O
_A
LM
EAR
T
H
S
W
A B
U
S
1
A B
U
S
2
AC AC
19 16
20 18
B-
3
0
B-
29
MO
T
O
R
-
UV
R
UV
R
10
9 13 15 11
14 17 12
7 5 3
8 6 4
SEE N
O
T
E
9
RE
S
IS
T
O
R
AC AC
AC AC
UV
R
ST
A
u
xilia
ry
S
w
itc
h
es
1
2
P2-
2
(W
HE
N R
E
Q
.)
52
a
P2
-1
A-
2
5
B-
27
B-
28
B-
26
B-
25
B-
24
B-
23
B-
22
B-
21
A-
29
B-
19
B-
20
A-
30
A-
2
7
A-
28
A-
2
6
B-
10
ST
A-
2
3
A-
2
4
B-
11
ST
A-
7
A-
8
B-
14
PC
B
SEE NO
TE
2
SEE
N
O
T
E
6
MO
T
O
R
+
SW
IT
C
H
M
O
TO
R
CU
T-
O
F
F
(W
HE
N RE
Q
.)
B
R
ID
G
E
R
E
C
T
IF
IE
R
E
L
EC
T
R
IC
OPER
A
T
OR
MO
T
O
R
(O
P
T.
)
SEE N
O
T
E
8
SC
OT
S
1
(O
P
T.
)
K2 MO
DU
LE
1150 P
O
W
E
R
R
E
L
A
Y
SE
E N
O
T
E
5
K4
r
K4
s
SEE
N
O
T
E
7
J5
-4
J5
-1
J5
-2
J5
-3
SR
-L
C
S
J5
-6
J5
-5
SR
B-
15
A-
16
O
T
S1_M
AKE
OT
S1
_
C
OM
O
T
S1_BR
E
A
K
A-
3
A-
2
A-
1
A-
11
A-
15
A-
14
A-
10
A
T
R_
RE
L
_
C
O
M
AT
R
_
V
_
C
O
M
AT
R
_
V
O
LT
A
G
E
AT
R
_A
LA
R
M
AT
R
_
L
A
T
C
H
1
A-
9
K3 K1
L0
2
CC1 CC2
P1
-1
J5
-8
J5
-7
(1
)
J5
-9
J5
-1
0
(4
)
(3
)
B-
13
A-
18
A-
17
B-
12
A-
13
B-
3
SR
INCO
M
CL
O
S
E
SR
A B
U
S
N
A B
U
S
P
E
A
RT
H_
S
W