5.3.3 Wiring
Pos.
Function
Type
Description
1
AI 0
I
AI0: Analog input AI 0
2
AI 1
I
AI1: Analog input AI 1
3
Analog 0V
I
4M: GND for analog inputs
4
DI 0
I
+0.0: Digital input DI 0 / Counter 0 (A) *
5
DI 1
I
+0.1: Digital input DI 1 / Counter 0 (B) / Frequency 0 *
6
DI 2
I
+0.2: Digital input DI 2
7
DI 3
I
+0.3: Digital input DI 3 / Counter 1 (A) *
8
DI 4
I
+0.4: Digital input DI 4 / Counter 1 (B) / Frequency 1 *
9
DI 5
I
+0.5: Digital input DI 5
10
DI 6
I
+0.6: Digital input DI 6 / Counter 2 (A) *
11
DI 7
I
+0.7: Digital input DI 7 / Counter 2 (B) / Frequency 2 *
12
DI 8
I
+1.0: Digital input DI 8
13
DI 9
I
+1.1: Digital input DI 9 / Counter 3 (A) *
14
DI 10
I
+1.2: Digital input DI 10 / Counter 3 (B) / Frequency 3 *
15
DI 11
I
+1.3: Digital input DI 11 / Gate 3 *
16
DI 12
I
+1.4: Digital input DI 12
17
DI 13
I
+1.5: Digital input DI 13
18
DI 14
I
+1.6: Digital input DI 14
19
DI 15
I
+1.7: Digital input DI 15 / Latch 3 *
20
DC 24V
I
5L+: DC 24V for onboard DI power section supply
21
0 V
I
5M: GND for onboard DI power section supply
*) Max. input frequency 100kHz otherwise 1kHz.
For the analog signals you have to use isolated cables. With this the interferences can be
reduced. The shield of the analog cables should be grounded at both ends. If there are
potential differences between the cables, a potential compensation current can flow,
which could disturb the analog signals. In this case, you should only ground the shield at
one end of the cable.
X4: Connector
Cables for analog signals
VIPA System SLIO
Deployment I/O periphery
Analog input > Wiring
HB300 | CPU | 013-CCF0R00 | en | 16-40
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