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After identifying the problems with “RIO” files, “OMICRON” company decided to implement a new idea.

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According to this idea, a file format named “XRIO” was created

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in which a section named “Relay parameter section” was designed for every relay

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and all relay menus were arranged and addressed exactly the same way as in the relay software.

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Another section -of this file- is “Additional information” which includes -that- necessary information which is not available in the relay software and should be read from its catalogue.

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For example, if you click on “General information” tree diagram on “General” block,

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you can see that “AREVA” is recorded as the “Manufacturer” which is not available in the relay menu but is necessary to complete the device information.

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The important point in getting familiar with “XRio” is that you should know how “XRio” blocks are defined.

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For example, in “Relay Parameter Section” tree diagram and in the “SYSTEM DATA” block,

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, the “Language” parameter is of “Enumeration” type and its value is defined as “English”.

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Now, if the “XRio” file of this relay is opened in “Notepad++”, after opening the “Custom” tag, you can see the “Setting” block,

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“ID_00”  block and parameter with “id=ID_0001”. The “Name”, “ForeignId” and “DataType” of this parameter are “Language”, “0001” and “Enumeration” respectively.

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In the “EnumList” tag, you can see that, four languages including English, French,

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German and Spanish are available as “Value” for this section and in this case “English” has been selected.

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Now, if you return to the “Vebko AMPro Test” software, you can see the exact same information in the “Test Object” section.

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This means that by double-clicking on “Relay Parameter Section” in the tree diagram you can see that its “ID” is defined as “SETTINGS”;

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then by double-clicking on the “System Data” block you can see that its “ForeginID” is defined as “ID_00”.

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In its parameters table, you can see that “Enumeration” is defined as “Type” for the parameters named “Language” and “ForeignID:0001”.

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Also, in the “Value” field there are four languages of English, French,

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German and Spanish available where “English” is selected by default in accordance with the displayed codes.

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After an “XRio” file is loaded, the necessary settings and information of the “Rio” section are completed accordingly

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and the cells whose information is dependent on a formula or parameter from the “XRio” file, are turned purple.

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For example, the value of nominal frequency in the “Nominal Values” block is defined according to a formula from the “Formula” column

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 and if this value is modified manually,the color of the cell changes to pink which means that there is no more a connection between the value of this cell and the formula defined for it.

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-To make the value of this cell again dependent on the formula, right-click on it and select "Recalculate formula"-.

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To find out about that how the nominal frequency (with purple color) is defined, first, you should select it

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and then click on the “Reference Map” icon to view a map of the parameters to which the frequency is dependent.

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By clicking on any of the boxes in this section,

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the parameter that affects the final value of the frequency is displayed which, in here, the frequency is taken from “Fnom”.

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The value of “Fnom” parameter is, itself, based on a formula and is dependent on another parameter

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which by clicking on the “Map” box,you can see that a parameter named “Frequency” is used.

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This means that, since “50” is set as the value for “Nominal Values”,

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the value for “Fnom” is, according to its formula, “50” too and finally the amount of nominal frequency in “Nominal Values”, according to the defined relation, is “50” Hz.

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Now, if you open the “XRio” file in “Notepad++”,

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you can view the path that was used to find the affective parameters in the software in the codes of this file.

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Follow the path “Rio->Device->Nominal Value” in the codes of this file until you find “Fnom”.

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You can see that this parameter has a value of “50” but has a “ValueRefList” whose affective parameters are in the mentioned “Reference”.

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To find this parameter, you need to follow the mentioned path which is “CUSTOM.RIOPLUS.POWERSYSTEMPARAMETERS.FNOM”.

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You can see that type, value, unit and formula of this parameter are mentioned in this path.

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It is mentioned in the formula of this section that if “ID_0009=FIFTY”, the value for this parameter is 50, otherwise it equals 60.

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It is also necessary to define the two phrases “ID_0009” and “FIFTY”.

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To view the definition of these two phrases, you need to open the “ValueRefList” tag. there is a “Value reference list” mentioned for each of these phrases.

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You can see that

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 there is a “Value reference list” mentioned for each of these phrases.

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For “ID_0009” you should follow the path “CUSTOM.SETTINGS.ID_00” and find the value of “ID_0009”.

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In this case, you can see that this parameter is named “Frequencey” and its “ForeginID:0009” and is of the “Enumeration” type.

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Also, in the “EnumList” tag, “50” Hz is defined for “FIFTY” while “60” Hz is defined for “SIXTY”.

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The explained case is a very simple example of defining parameters values of a relay for test.

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An another example, it is possible to select and open the “ZONE P GROUND” block

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from the tree diagram of the distance block and then click on “M3” to view its parameters in the table.

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If the “Reference Map” of the “Angle” parameter is opened, you can see that...

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that this parameter is dependent on many other parameters

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By clicking on any of the available boxes in this “Reference Map”, the given parameter for address is displayed.