2
2
2
8
8
8
.
.
.
C
C
C
O
O
O
N
N
N
N
N
N
E
E
E
C
C
C
T
T
T
I
I
I
O
O
O
N
N
N
S
S
S
J2 SERIAL (9-pole female)
RS232
RS422
2
Rx
7
Rx-
3
Tx
9
Rx+
5
Gnd
4
Tx+
8
Cts
6
Tx-
1
Rts
For RS485:
short-circuit RX+ with TX+ and RX- with TX-
J1 LOAD CELLS (9-pole male)
1
– Power supply (Blue)
NB (for
2
– Reference (Black)
connection
4
+Reference (White)
with 4 wires use
5
+ Power supply (Red)
U-bolts between
6
– Signal (Green)
A+R+ and A-R-)
9
+ Signal (Yellow)
The shield can be connected to the metal part of the connector.
With cell input adapter
with terminal block use
the connection at the side:
For V or mA input:
3
–S = –V or –mA
4
+S = +V or +mA
Link between 1+2, 4+5
M1 Power supply
L Line + Vdc
N Line – Gnd
M2 Input/output
1
Set 1 relay Out
2
Set 2 relay Out
3
Common relay 1 and 2
4
Set 3 relay Out
5
Set 4 relay Out
6
Common relay 3 and 4
7
In1 = Auto-tare
8
In2= Auto-tare cancellation
9
In3 = Activates function (Peak or
Hold) / Printing
10
In4 = Deactivates function (Peak
or Hold)
11
In5 = Weight lock
12
Common input
1 2 3 4 5 6
N
e
ro
-R
B
lu
-A
V
e
rd
e
-S
G
ia
llo
+
S
R
o
s
s
o
+
A
B
ia
n
c
o
+
R
M3 Input / Analogue terminal block
1
Bit 1 Input (1)
2
Bit 2 Input (2)
3
Bit 3 Input (4)
4
Bit 4 Input (8)
5
inputs
6
Common - inputs
7
Analogue
8
Analogue output –
J1 Load Cell
J2 Seriale
M1 Alim.
M2 IN/OUT
S
e
t
1
S
e
t
2
C
o
m
1
-2
S
e
t
3
S
e
t
4
C
o
m
3
-4
L
+
N
-
In
4
In
5
C
o
m
In
3
In
2
In
1
Mod. SD
1 2 3 4 5 6 7 8 9 10 11 12
R1 R2
R3 R4
B
it
1
B
it
2
B
it
3
B
it
4
A
L
+
A
L
-
A
n
+
A
n
-
M3 IN/ANALOG
39/41
Summary of Contents for ROBOPAC ECOPLAT
Page 22: ...22 41 ...