NOTICE!
Risk of imprecise and faulty measurements!
Analog signals may be distorted seriously by external electromagnetic influ-
ences.
Use shielded wires when wiring analog signal sources. The cable shield must
be grounded at both ends of the cable. Provide a potential equalisation of a low
resistance to avoid high potential differences between different parts of the
plant.
R1 1.0
R2 1.1
B1 1.2
B2 1.3
FE 1.4
B1 1.5
B2 1.6
FE 1.7
DI0 2.0
DI1 2.1
DI2 2.2
DI3 2.3
DI4 2.4
DI5 2.5
DI6 2.6
DI7 2.7
+
-
AI0 3.0
+
-
AI1 3.1
+
-
AI2 3.2
+
-
AI3 3.3
AO03.5
AO13.6
AI- 3.4
AO-3.7
DC84.0
DC94.1
DC104.2
DC114.3
DC124.4
DC134.5
DC144.6
DC154.7
PTCPTC
1.8
3.82.8
4.8
UP +24 V DC
1.9
3.92.9
4.9
ZP 0 V
+
-
+
-
CS31 Interface
+5 V DC
0 V DC
Fig. 144: Terminal assignment of the CS31 bus module CI592-CS31
The module provides several diagnosis functions
Ä
Chapter 1.7.2.2.9 “Diagnosis”
on page 799.
The measuring ranges are described in the section Measuring Ranges
Ä
Chapter 1.7.2.2.8
“Parameterization” on page 794
Ä
Chapter 1.7.2.2.11 “Measuring Ranges” on page 802:
The meaning of the LEDs is described in the section Status LEDs
Ä
Chapter 1.7.2.2.10 “State
LEDs” on page 801.
Connection of the Digital Inputs
The following figure shows the electrical connection of the digital input DI0. Proceed with the
digital inputs DI1 to DI7 in the same way.
Communication Interface Modules (S500) > CS31
2019/04/173ADR010121, 13, en_US782
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