Chapter 13 Built-in Analog Function
(16) Average value setting
(a) Set to range of 4 ~ 16,000 as time average value.
(b) Set to range of 2 ~ 64,000 as count average value.
(c) Set to range of 2 ~ 100 as moving average value.
(d) Set to range of 1~ 99 as weighted average value.
(e)
If average process method is set to 0(sampling process) and average value is set to 0, the input channel will not
do average process, and sampling value will be output.
(f) _01_AD0_AVGVAL(%UW0.1.18) : Input channel 0 Average value.
_01_AD1_AVGVAL(%UW0.1.19) : Input channel 1 Average value.
Input channel 0 average value
%UW0.1.18
Input channel 1 average value
%UW0.1.19
Bit15 Bit4
Bit13 Bit12 Bit11 Bit10 Bit9 Bit8 Bit7 Bit6
Bit5 Bit4 Bit3 Bit2 Bit1 Bit0
(17) Hold last value setting
(a) In case that hold last value function is set at the same time, if the invalid value is come, the late valid value will
only be retained. For example, firstly, it is operated with 4~20mA. Secondly, 10mA comes in. Finally, the signal is
immediately falling down to 3mA without falling down the current continually. In this case, relevant channels will
retain the output value of 10mA.
(b) When this function is set, digital output value related with actual range of analog input is only shown. Refer to
the actual range of the analog from "chapter 13.3".
(c) For the detailed usage, refer to chapter 13.5.5 Hold Last Value Function.
(d) Setting of hold last value is as below.
_01_AD0_HOLDVAL(%UX0.1.320) : Input channel 0 hold effective conversion value setting.
_01_AD1_HOLDVAL(%UX0.1.321) : Input channel 1 hold effective conversion value setting.
Channel setting
Bit On (1) : Permission
Bit Off (0) : Prohibition
- -
Input channel 0
Input channel 1
------ - --- - -- -
Bit15 Bit4 Bit13 Bit12 Bit11 Bit10 Bit9 Bit8 Bit7 Bit6 Bit5 Bit4 Bit3 Bit2 Bit1 Bit0
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