Analog Input Modules
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8.9.8 Value representation process automation (NE 43), 16 bit representation
The hexadecimal value transmitted by the module has to be interpreted as decimal value, which
corresponds, if multiplied with a defined factor, to the analog value.
Example:
1,184606 mA Underflow at DIA
Measured value under-
range ON
-4865 ECFF
0.0000 mA -6912 E500
Input current: 15.02 mA
Process value:
dec. 15020
hex. 3AAC
0…20 mA unipolar Diagnostics dec. hex.
Current value I
M
= (dec. value × 0,001) mA
approx. 22 mA Overcurrent atDIA
Overcurrent ON
22000 55F0
21.008 mA Overflow 21008 5210
20,496 mA atDIA
Measured value over-
range ON
20496 5010
20.016mA 20016 4E30
20.000 mA
nominal range
20000 4E20
… … …
10.000 mA 10000 2710
… … …
0.016 mA 16 0010
0.0000 mA 0 0000
4…20 mA bipolar Diagnostics dec. hex.
Current value I
M
= (dec. value × 5,787 × 10
-4
) mA