User manual
Slave Components
- G-Modules (General Purpose)
Product Catalogue
all information for reference only - technical changes reserved - rev. 9
Page 44 of 171
6.2.1.3 Terminal Assignment
Circuit Example Ident.
Ter.
Function Usage internal simplified diagram
(
lower
terminal
row)
0V
1
sep. supply power
GND
24
2
+24V
I1
3
Input 1
switching input
I2
4
Input 2
switching input
I3
5
Input
3
switching input
I4
6
Input
4
switching input
I5
7
Input
5
switching input
I6
8
Input
6
switching input
I7
9
Input
7
switching input
I8
10
Input
8
switching input
0V
11
sep. supply power
GND
24
12
+24V
(
upper
terminal
row
)
0V
13
sep. supply power
GND
24
14
+24V
O1
15
Output 1
switching output
O2
16
Output
2
switching output
O3
17
Output
3
switching output
O4
18
Output
4
switching output
O5
19
Output
5
switching output
O6
20
Output
6
switching output
O7
21
Output
7
switching output
O8
22
Output
8
switching output
0V
23
sep. Supply Power
GND
24
24
+24V
6.2.1.4 LED Indications
Input LED1...8 ........................... status indication of the Input I1...8
Output LED11...18 ..................... status indication of the Output O1...8
Status LED ................................ module status (see 6.1.1)
6.2.1.5 Application Note
In addition to the notes in chapter 4, please regard the following:
The 0V and +24V terminals are connected together. By using them, the module can pass
the supply on to another module.
Each output can supply 250mA but the sum over all outputs of this module cannot exceed
500mA.
All outputs are short circuit save (threshold ca. 350mA) and have a thermal overload pro-
tection.
M
500mA
Polyfuse