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5 - Installation
C
onnections of the signals to the main board
Each cable which must be connected to the connectors of the commu-
nication and control signals must pass through the two service cable
glands
06
(shown in the picture).
The available cable glands are two M20s that can take a cable with a
diameter of 7 mm to 13 mm. Two-hole gaskets are supplied for insertion
in the cable gland, which allow two separate cables with cross-section of
up to 5 mm to go through.
The signal cables are connected to the main board
05
inside the inverter
by means of the terminal connectors supplied.
S
erial Connection Communication (RS485)
On the inverter there is a RS485 communication line, dedicated to con-
necting the inverter to monitoring devices or to carrying out “daisy-chain”
(“in-out”) connections of multiple inverters.
The RS485 connecting cables can use both the terminal connectors a14
as well as the RJ45 connectors to be connected to the dedicated port
a12.
Connection of the conductors using the terminal connectors a14
(+T/R, -T/R, RTN and LNK)
.
The LNK connection must be used for connecting the shielding boot(s)
of the cable(s).
Connection of conductors with RJ45 connectors a12
The RJ45 connectors (A) and (B) available for the RS485 communica-
tion, are equivalent to each other and can be used interchangeably for
the arrival or for the output of the line in realising the daisy chain connec-
tion of the inverters.
The same is true for connections made using the terminal connectors
a14.
RS485 CARD
J24
RS485(B)
17
1
18
J15 1
J16
2
J6 1
RS485
T/R
T/R
RTN
LNK
J14
BT1
CR2032
WIND REM
WT
WT
R
R
RS485(A)
J13
ALARM
N.C.
N.O.
C
TERM. 120
ON
OFF
S3
17
MEMORY CARD
J4
18
K4
J23
S1
1
S2
2
N
1
L
2
MOV3
3
MOV4
J25
RED
GFI
GFI
BLACK
W4
W3
WHITE
GND_MODE
W2
GRID
MOV2
J10
3
+IN
4
J20
F1
J5
1
5
2
9
6
14
11
J9
DC IN
-IN
1
-IN
2
J19
J7
1
MOV1
+IN
J17
J18
J8
1
IN
OUT
a14
a12
RS485
R
RTN
LNK
WIN
D REM
WT
WT
R
R