Hitachi HSC-2100 Hardware Manual page 54

2.13 Model LWO600 Output Module (12 to 24 VDC Transistor Output,
32 Points [Sink])
Item
Output points
Insulation method
Rated output voltage
Output voltage range
Maximum output current
Maximum rush current
Residual voltage
Leakage current
OFF→ON
Response time
ON→OFF
Internal
12 VDC
consumption
5 VDC
current
Externally supplied voltage /
current
Points per common
Insulation withstand voltage
Connection
Applicable
cable size
External wiring
Tightening
torque
Maximum
wiring
length
Operation indication
Mass
(*1) Use the same power supply for both the load and external power.
(*2) The response time may increase to around one second if an inductive (L) load is used in
place of the resistive (R) load.
Load
L
A
L
Fuse 12-24 VDC
L
B
L
32
Photocoupler
12 to 24 VDC (*1)
10 to 28 VDC
0.3 A per point
2 A, 10 ms or less
1.5 V or lower
0.1 mA or less
0.2 ms or less
0.3 ms or less (resistive load) (*2)
16 mA × n, where n is the number of points in ON state.
25 mA
10 to 28 VDC, 30 mA + 4 mA × n, where n is the number of
points in ON state.
16
1,500 VAC, 1 minute (between external terminal and ground)
40-point terminal block connector (Connector screw type:
M3)
2
0.5 to 1.25 mm
0.6 to 0.8 N·m
200 m
LED (lit when the module is powered on)
510 g
A1
+V
A2 0
Fuse
A19 F
A10 C0
+ -
A20 C1
Voltage
regulator
circuit
B1 +V
B2 0
B19 F
B10 C0
+ -
B20 C1
Voltage
regulator
circuit
2 SPECIFICATIONS OF INDIVIDUAL MODULES
Specification
2-17
LWO600 DO
A B
0 8 0 8
1 9 1 9
2 A 2 A
3 B 3 B
4 C 4 C
5 D 5 D
6 E 6 E
7 F 7 F
D.OUTPUT
DC12-24V
B
A
+V
B1
+V
A1
0
B2
0
A2
1
B3
1
A3
2
B4
2
A4
3
B5
3
A5
4
B6
4
A6
5
B7
5
A7
6
B8
6
A8
7
B9
7
A9
C0
B10
C0
A10
NOT
B11
USED
NOT
A11
USED
8
B12
8
A12
9
B13
9
A13
A
B14
A
A14
B
B15
B
A15
C
B16
C
A16
D
B17
D
A17
E
B18
E
A18
F
B19
F
A19
C1
B20
C1
A20
HITACHI