Engineering unit converter
    Use the engineering unit converter to convert raw data values into scaled values based on a range of customizable values.
     TIP: 
    For example, the engineering unit converter can transform values from 0 to 65.535 supplied by a temperature sensor into corresponding values on a scale from -20 to +70. The input of an engineering unit converter is generally a dynamic link to an imported tag.
Properties
      
  | Property | Description | 
|---|---|
| Raw min | Minimum raw data value. | 
| Raw max | Maximum raw data value. | 
| Scaled min | Minimum converted value. | 
| Scaled max | Maximum converted value. | 
| Mode | The direction of the dynamic link:
         
 | 
     IMPORTANT: 
    The converter does not operate if you do not specify values in the 
Raw min
 and Raw max
 properties and there is no dynamic link for the input variable.| If... | Then... | 
|---|---|
| Raw minand Raw maxproperties are not set. | The converter assumes that there is an analog variable set in the input via a dynamic link.  Raw minand Raw maxare set to Low limitand High limitof the input analog variable respectively. | 
| Raw minand Raw maxproperties are set. | The converter considers  Raw minand Raw maxproperties and ignores any Low limitand High limitvalues of the analog variable input. | 
| Only  Raw minor Raw maxproperty is set. | The converter assumes that there is an analog variable set in the input via a dynamic link and ignores the  Raw minand Raw maxproperties. Raw minand Raw maxare set to Low limitand High limitof the input analog variable respectively. | 
Source
      A variable that contains a raw value to be converted.
Output
      A scaled value based on the configured linear conversion.
Example
      
engineering unit
engineering unit converter
    
Provide Feedback
 Read from the source node to the parent.
Read from the source node to the parent. Write from the parent to the source node.
Write from the parent to the source node. Read from the source node to the parent and write from the parent to the source node.
Read from the source node to the parent and write from the parent to the source node.