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3 HARDWARE
3.2WIRING
POSITIVE WATTS
A
B
C
1
2
3
4
5
GE Multilin
TYPICAL CONFIGURATION
THE AC SIGNAL PATH IS CONFIGURABLE
F1a
IA5
F1b
IA
F1c
IA1
F2a
IB5
F2b
IB
F2c
IB1
F3a
IC5
F3b
IC
IC
F3c
IC1
F4a
IG5
F4b
IG
F4c
IG1
F5a
IA5
F5b
IA
IA
F5c
IA1
GE Consumer & Industrial
Multilin
F6a
IB5
F6b
IB
F35
MULTIPLE FEEDER MANAGEMENT RELAY
F6c
IB1
F7a
IC5
F7b
IC
F7c
IC1
F8a
IG5
F8b
IG
F8c
IG1
M1a
IA5
M1b
IA
M1c
IA1
M2a
IB5
M2b
IB
M2c
IB1
M3a
IC5
M3b
IC
M3c
IC1
M4a
IG5
M4b
IG
M4c
IG1
RS-232
DB-9
M5a
IA5
(front)
M5b
IA
M5c
IA1
M6a
IB5
M6b
IB
M6c
IB1
M7a
IC5
M7b
IC
M7c
IC1
M8a
IG5
M8b
IG
M8c
IG1
U1a
IA5
U1b
IA
U1c
IA1
U2a
IB5
U2b
IB
U2c
IB1
U3a
IC5
U3b
IC
U3c
IC1
IG5
U4a
U4b
IG
U4c
IG1
U5a
VA
U5c
VA
U6a
VB
U6c
VB
U7a
VC
U7c
VC
CONTACTS SHOWN
WITH NO
U8a
VX
CONTROL POWER
U8c
VX
MODULE ARRANGEMENT
X
W
V
U
T
S
R
P
N
M
6
8
6
8
Inputs/
CT/VT
Inputs/
CT
outputs
outputs
U5a
VA
(Rear View)
U5c
VA
U6a
VB
U6c
VB
U7a
VC
U7c
VC
Figure 3–11: TYPICAL WIRING DIAGRAM
F35 Multiple Feeder Protection System
TC
P1a
1
I
P1
P1b
V
P1c
P2a
I
P2
P2b
V
P2c
P3a
I
P3b
P3
TC
2
V
P3c
P4a
I
P4
P4b
V
P4c
CONTACT INPUT P5a
P5a
CONTACT INPUT P5c
P5c
CONTACT INPUT P6a
P6a
CONTACT INPUT P6c
P6c
COMMON P5b
P5b
CONTACT INPUT P7a
P7a
CONTACT INPUT P7c
P7c
CONTACT INPUT P8a
P8a
CONTACT INPUT P8c
P8c
COMMON P7b
P7b
SURGE
P8b
H1a
I
H1
H1b
V
H1c
H2a
I
H2
H2b
V
H2c
H3a
I
H3
H3b
V
H3c
H4a
I
H4
H4b
V
H4c
CONTACT INPUT H5a
H5a
CONTACT INPUT H5c
H5c
UR
CONTACT INPUT H6a
H6a
1
CONTACT INPUT H6c
H6c
TXD
2
COMMON H5b
H5b
3
RXD
CONTACT INPUT H7a
H7a
4
CONTACT INPUT H7c
H7c
SGND
5
CONTACT INPUT H8a
6
H8a
CONTACT INPUT H8c
H8c
7
COMMON H7b
H7b
8
9
SURGE
H8b
9 PIN
CONNECTOR
W1a
I
W1
W1b
V
W1c
W2a
I
W2
W2b
V
W2c
W3a
I
W3
W3b
V
W3c
W4a
I
W4b
W4
V
W4c
CONTACT INPUT W5a
W5a
CONTACT INPUT W5c
W5c
CONTACT INPUT W6a
W6a
W6c
CONTACT INPUT W6c
COMMON W5b
W5b
CONTACT INPUT W7a
W7a
CONTACT INPUT W7c
W7c
CONTACT INPUT W8a
W8a
CONTACT INPUT W8c
W8c
COMMON W7b
W7b
SURGE
W8b
B1b
CRITICAL
B1a
FAILURE
B2b
48 VDC
B3a
OUTPUT
B3b
HI
B5b
CONTROL
LO
B6b
POWER
B6a
SURGE
B8a
FILTER
B8b
10BaseFL
Tx1
NORMAL
Rx1
10BaseFL
COM
Tx2
ALTERNATE
1
Rx2
10BaseT
D1a
RS485
D2a
COM 2
D3a
com
D4b
IRIG-B
D4a
Input
BNC
IRIG-B
BNC
Output
832767A4.CDR
No. 10AWG
Minimum
L
K
J
H
G
F
D
B
6
8
9
1
MODULES MUST BE
Inputs/
CT
CPU
Power
GROUNDED IF
outputs
Supply
TERMINAL IS
PROVIDED
3.2 WIRING
3.2.1 TYPICAL WIRING
This diagram is based on the following order code:
F35-H00-HCH-F8H-H6G-M8H-P6G-U8F-W6G
This diagram provides an example of how the device
is wired, not specifically how to wire the device.
Please refer to the Instruction Manual for additional
details on wiring based on various configurations.
COMPUTER
1 8
3
2
RXD
3
2
TXD
4
20
5
7
SGND
6
6
7
4
8
5
9
22
25 PIN
CONNECTOR
DC
AC or DC
*
Fibre
Optic
Shielded
Ground at
twisted pairs
Remote
Device
Co-axial *
Co-axial
Co-axial
Co-axial * - For IRIG-B Input
only use one
terminal as input
GROUND BUS
3-9
3
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