USER MANUAL SWG
Page 50 of 129
3
At this point the operator selects the measurement item, which should be
transmitted. At the chart below, the typical measurements items are counted.
Basically, all measurement-channels, which can be measured, can be selected
at this point.
4
5
This point shows, which unit the transmit signal have. This point cannot be
changed.
6
Here the operator entering the equivalent measurement value, for a current of
4 mA.
6
Here the operator entering the equivalent measurement value, for a current of
20 mA. The IO module will create the linear relation.
7
Leave the menu. Alternate push
F2
.
Example: Read 4-20 mA signal from an external temperature sensor
An operator wants to read an external temperature sensor signal inside a
SWG100. The temperature sensor gives a 4-20 mA signal out and needs
a 7-30
VDC power source
. It will use
a two-wire transducer
. The temperature range is
between
-
.
After the sensor is connected to the IO-module correctly, the sensor
must be configured at the SWG100.
•
Open the menu: AUX-input configuration. This menu can be
found at the path: Extras/AUX-input.
T
U
12
V
D
C
Power supply for transducer
SWG
10
0
Fi
el
d
Load: 50 Ohm
Summary of Contents for SWG 100 SYNGAS
Page 1: ...SWG 100 SYNGAS USER MANUAL ...
Page 12: ...USER MANUAL SWG Page 12 of 129 11 H3PO4 inlet G1 8 inner thread ...
Page 24: ...USER MANUAL SWG Page 24 of 129 ...
Page 32: ...USER MANUAL SWG ...
Page 63: ...USER MANUAL SWG Page 63 of 129 Detail A Alarm Relais ...
Page 89: ...USER MANUAL SWG Page 89 of 129 8 3 Description of the analyser 1 1 1 1 2 ...
Page 99: ...USER MANUAL SWG Page 99 of 129 ...
Page 110: ...USER MANUAL SWG Page 110 of 129 12 Appendix ...
Page 114: ...USER MANUAL SWG Page 114 of 129 ...
Page 116: ...USER MANUAL SWG Page 116 of 129 Positions of the components 3 4 ...
Page 127: ...USER MANUAL SWG Page 127 of 129 ...
Page 129: ...USER MANUAL SWG Page 129 of 129 ...