Hirschmann iFLEX TRS 14, User Manual, Page: 28 / 37

Configuration
5.4 Setting the signal range
After preselecting the signal outputs (current/voltage) via the jumpers (see chapter 4.4), it is then
also necessary to select the signal range.
An overview of the possible signal outputs for the different types of sensor can be found in the table
below. The signal outputs are all preconfigured in the factory to signal range
B
(current 4 to 20mA).
ƒ Select a desired signal range and note the assigned letter A to D
Signal range Type of sensor Output signal Error from
fSENS KMD-xxx-W1 load cell 0…2,5V [0…45000 lb] 5V
gSENS WGF-W1 angle sensor -3,125…-1,875V [0…90°] -3,14V
gSENS WGS-W1 inclination sensor 0,5…4,5V [-15…+15°] 5V
A
(voltage)
iSENS WSS-W1 anemometer 1,8…9,0V [0…50 mph] 9V
fSENS KMD-xxx-W1 load cell 4…20mA [0…45000 lb] 24mA
gSENS WGF-W1 angle sensor 20…4mA [0…90°] 24mA
gSENS WGS-W1 inclination sensor 4…20mA [-15…+15°] 24mA
B
(current)
standard
iSENS WSS-W1 anemometer 4…20 mA [0…50 mph] 24mA
fSENS KMD-xxx-W1 load cell 1,8…9,0V [0…45000 lb] 9V
gSENS WGF-W1 angle sensor 1,8…9,0V [0…90°] 9V
gSENS WGS-W1 inclination sensor (not defined) -
C
(voltage)
iSENS WSS-W1 anemometer 1,8…9,0V [0…50 mph] 9V
fSENS KMD-xxx-W1 load cell 0…2,5V [0…45000 lb] 5V
gSENS WGF-W1 angle sensor +3,125…+1,875V [0…90°] 3,14V
gSENS WGS-W1 inclination sensor (not defined) -
D
(voltage)
iSENS WSS-W1 anemometer 1,8…9,0V [0…50 mph] 9V
Table 3
Overview of signal ranges
Conversion:
1 lb(US) = 0,453kg 1 mph = 1,61 km/h
© 2010 Hirschmann Automation and Control GmbH · Branch Office Ettlingen · E-mail: info.ecs@hirschmann.de
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21-810-19-0003_421830_en (Rev A).doc / 2010-08-31 / Issue A / rk.