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X

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XR

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XRi

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XRio

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XRio 

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XRio C

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XRio Co

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XRio Con

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XRio Conv

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XRio Conve

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XRio Conver

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XRio Convert

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XRio Converte

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XRio Converter

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XRio Converter 

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XRio Converter F

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XRio Converter Fo

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XRio Converter For

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XRio Converter Form

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XRio Converter Formu

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XRio Converter Formul

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XRio Converter Formula

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XRio Converter Formula 

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XRio Converter Formula W

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XRio Converter Formula Wr

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XRio Converter Formula Wri

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XRio Converter Formula Writ

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XRio Converter Formula Writi

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XRio Converter Formula Writin

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XRio Converter Formula Writing

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XRio Converter Formula Writing

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To write the “XRio Converter” file, it is necessary to get familiar with some concepts.

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To begin, load “XRio Converter” of “7SJ62” relay in “Test Object” window.

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By clicking on “50” block in the path of “50/51 Overcur”,

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“Setting Group A” and “Relay Parameter Section” on tree diagram of the “XRio Converter” file, parameters of the “50” block are displayed.

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Description of a block’s specifications:

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By double-clicking on “50” block, the “Rio Parameter Viewer” window opens; you can find “ID”,

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“Name” and “Description” of a block in “General Settings” section.

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Also, it is possible to specify a “Comment” and “Foreign ID” in every block.

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In the “Enabled” section you can see whether a block is enabled and if its dependent on a formula.

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By clicking on “…” option, “XRio Formula Editor” window opens.

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On the right of this window, a formula is written for this block.

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“References” section includes “Ref. Enums” and “Ref. Params” sections and whether the “50” block is enabled depends on parameters and the “Enumerations” added in this section.

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To add a parameter, click on “+” option and select a parameter from the “XRio” tree diagram on the “Add Ref. Param” window; its details are displayed in the “Details” section.

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Details include “Name”, “ID”, “Description”, “Value”, “Data Type”, RefParam Name” and “RefEnum Name”.

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“Ref Enums” of this parameter are displayed in the form of a tree diagram at the bottom of the page. 

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By clicking on “Add RefParam” and “Add RefEnum” options respectively, the selected parameter and its “RefEnum” are added to the “References” section.

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After adding the parameters to the “References” section, the formula should be entered on the right side by using the “ID” of the added parameters

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Also, you can use the toolbar available on this page to write the formula.

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In the “Result” section, the final formula along with the type of acceptable data and the result of this formula are displayed.

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After writing the formula, you should click on “Test” option. If the formula is written correctly, a notification “Test was successful” is displayed.

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Description of a parameter’s specifications:

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If you double-click on one of the parameters from the “State” column, for example, “50-3 PICKUP” parameter, the “Rio Parameter Viewer” window opens.
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In the “General Setting” section, just like the “Block” section’s description, the same info, such as “Foreign ID” and “ID” are displayed but this time for a parameter.

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In the "Enabled" section the activeness and inactiveness of the parameter are also expressed

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The difference is that this time there are “Value Properties” and “Display Properties” sections as well.

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In the “Value Properties” section, the value of a parameter as well as its type and maximum / minimum allowed values are mentioned.

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Also, it is possible to depend on the value of a parameter on another parameter by using the formula.
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In this case, its formula is displayed in the “Formula” field which is exactly similar to the “Block” section.

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If the value of a parameter depends on another parameter, its cell is purple.

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In “Display Properties” section, the settings related to how the value of a parameter is displayed are set.

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In the “Unit” field, the unit of the parameter and in the “Digits after decimal” field, the number of decimals displayed in the “Value” field are specified.

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In the “Multiplier” field, it is possible to specify a coefficient for unit of the parameters.

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For example, if unit A is specified, by selecting coefficient K, this parameter is displayed in kilo amperes.

