Pixsys PL260, User Manual

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SM46
1046
Min. value for Analogue input AI1 linear
SM47 1047 Min. value for Analogue input AI2 linear
SM48 1048 Min. value for Analogue input AI3 linear
SM49
1049
Min. value for Analogue input AI4 linear
SM50 1050 Min. value for Analogue input AI5 linear
SM51 1051 Min. value for Analogue input AI6 linear
SM52
1052
Max. value for Analogue input AI1 linear
SM53 1053 Max. value for Analogue input AI2 linear
SM54
1054
Max. value for Analogue input AI3 linear
SM55 1055 Max. value for Analogue input AI4 linear
SM56 1056 Max. value for Analogue input AI5 linear
SM57
1057
Max. value for Analogue input AI6 linear
Select min. and max. numeric limits for the analogue
conversion of inputs AI configured as V/I (current and
tension). These words are modified using the
instruction RANGE(AIx,Min,Max). Default settings are
0 for min. value and 1000 for max. value. R/W
SM58 1058 Offset calibration Analogue input AI1
SM59
1059
Offset calibration Analogue input AI2
SM60 1060 Offset calibration Analogue input AI3
SM61
1061
Offset calibration Analogue input AI4
SM62
1062
Offset calibration Analogue input AI5
SM63 1063 Offset calibration Analogue input AI6
SM64
1064
Gain calibration Analogue input AI1
SM65 1065 Gain calibration Analogue input AI2
SM66 1066 Gain calibration Analogue input AI3
SM67
1067
Gain calibration Analogue input AI4
SM68 1068 Gain calibration Analogue input AI5
SM69
1069
Gain calibration Analogue input AI6
These words define the calibration of conversion for
AI1..AI6. They are used to correct possible errors of
reading. The formule is as follows:
Value AIx = Value AIx + (Value AIx * Gain calibration
AIx) / 1000 Offset calibration AIx.
At starting all calibration values are set to zero. R/W