Analog Input scaling in Delta PLC

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Scaling analog input signals in a Delta PLC involves mapping the raw analog input values from sensors or other devices into meaningful engineering units. This process is essential for interpreting the data correctly within your control system. Here are the general steps to scale analog input signals in a Delta PLC

00:00 intro
01:10 Analog Input in Delta PLC
04:37 Floating Point value
07:06 Analog Scaling

Define scaling constants or variables to map the raw analog input values to engineering units. You typically need to use linear scaling, represented by the equation.



PID WITH ANALOG I/O


#ScaledValue = (RawValue - RawMin) * (EngMax - EngMin) / (RawMax - RawMin) + EngMin
Where:
#ScaledValue is the scaled/converted value in engineering units.
#RawValue is the raw analog input value.
#RawMin and #RawMax are the minimum and maximum values of the raw input signal.
#EngMin and #EngMax are the minimum and maximum values in engineering units.

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Disclaimer:
All the software interfaces shown in the video are for educational purposes only, & this are downloaded by the ENTERNET search. The look can vary/differ based on change in version but the process/ procedure/ steps more or less remain the same.
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