1 00:00:22,858 --> 00:00:25,162 To further study the “XRio Converter” file, 2 00:00:25,187 --> 00:00:31,088 by clicking on “Import from list” icon on the “Load XRio and Rio file from list” page, 3 00:00:31,113 --> 00:00:36,545 an “XRio Converter” file related to the “AREVA MiCOM P441” is loaded. 4 00:00:36,570 --> 00:00:42,638 After the “XRio Converter” is loaded, it is possible to export this file from the software separately. 5 00:00:42,663 --> 00:00:49,463 To do this, by clicking on “File” menu, you can export the “XRio Converter” in forms of with or without formula. 6 00:00:49,488 --> 00:00:52,602 In this part, for a better understanding, first, 7 00:00:52,627 --> 00:00:57,441 export the “XRio Converter” file without formula by using the “Export without formula….” 8 00:00:57,466 --> 00:01:01,741 Then, the same “XRio Converter” file is loaded in the software without formula. 9 00:01:01,766 --> 00:01:08,883 By opening the “XRio Converter” in notepad++, you can see that this file is written in the form of an “xml” format. 10 00:01:08,908 --> 00:01:13,577 In the subset of "XRio", the version and language of the file are defined. 11 00:01:13,602 --> 00:01:20,972 It is then observed that the "XRio Converter" without formula consists of two main parts of "Rio Converter" and "Rio Type". 12 00:01:21,001 --> 00:01:23,485 By opening the “Rio Converter” section, 13 00:01:23,510 --> 00:01:27,559 you can see that this section consists of another section named “Properties” 14 00:01:27,589 --> 00:01:30,346 where information about date and time are mentioned. 15 00:01:30,371 --> 00:01:37,189 In fact, the style of this type of coding is “xml” where each section opens and closes with a tag. 16 00:01:37,214 --> 00:01:46,074 For example, “XRio” tag is opened here and again closed in the end and the “ 00:01:47,279 also, 18 00:01:47,304 --> 00:01:52,673 it is possible to open or close the “Rio Converter” tag by clicking on the square next to it. 19 00:01:52,712 --> 00:01:59,404 The “ScriptReference” tag is opened and closed in the same line because there is a “/>” sign in the end. 20 00:01:59,429 --> 00:02:01,910 The second part which is the “Rio Type” tag, 21 00:02:01,935 --> 00:02:07,217 contains fixed information of the relay and is the same “Rio” file as described before. 22 00:02:07,242 --> 00:02:08,416 By opening this tab, 23 00:02:08,441 --> 00:02:13,009 it is observed that the “Rio” tag consists of “DEVICE”, “DISTANCE”, “OVERCURRENT”, 24 00:02:13,034 --> 00:02:18,139 and “CBCONFIGURATION” blocks which are originated from the relay specifications. 25 00:02:18,164 --> 00:02:23,757 These blocks are the “xml” model of the “Rio” file which is included in the “XRio Converter”. 26 00:02:23,782 --> 00:02:27,136 As it is written, the “Rio” tag is of the “Block” kind. 27 00:02:27,161 --> 00:02:31,944 By opening this block it is observed that the “Rio” block consists of other blocks. 28 00:02:31,969 --> 00:02:37,509 By opening the first tag it is observed that this tag, whose name is “DEVICE” is, too, of the “Block” kind. 29 00:02:37,534 --> 00:02:41,540 this block there is a “NAMEPLATE” which is, also, of the “Block” kind. 30 00:02:41,565 --> 00:02:48,030 By opening this block it is observed that inside this block there is a “DEVICEMODEL” which is of the “Parameter” kind. 31 00:02:48,055 --> 00:02:54,920 This means that this block has a “value” of “P441 P442 P444”. 32 00:02:54,945 --> 00:03:00,245 Likewise, there are other parameters including “MANUFACTURER”, “DEVICETYPE”, etc. 33 00:03:00,270 --> 00:03:01,653 in the “NAMEPLATE” block. 34 00:03:01,678 --> 00:03:07,872 This information can be observed in the “Vebko AMPro Test” software after entering the “XRio Converter”. 35 00:03:07,897 --> 00:03:12,707 The information related to “XRio” file is available in the “Test Object” window. 36 00:03:12,732 --> 00:03:18,714 In the tree diagram of this section is the “XRio” block and its subsets -similar to the “Rio” Block-. 37 00:03:18,739 --> 00:03:23,501 Likewise, the “Device” block and its subsets are -similar to the “Name Plate” block-. 38 00:03:23,533 --> 00:03:28,481 In the “Name Plate” block the parameters mentioned in “XRio” are entered in the table. 39 00:03:28,506 --> 00:03:36,016 For example, the “DEVICE MODEL” parameter which has the value of “P441 P442 P444”, 40 00:03:36,041 --> 00:03:38,524 is displayed in the “Value” column of this table. 41 00:03:38,571 --> 00:03:39,905 As another example, 42 00:03:39,930 --> 00:03:46,244 in the “Rio” block in the “XRio” file and in the path of “DISTANCE” and “PROTECTEDOBJECT” blocks, 43 00:03:46,269 --> 00:03:52,935 it is observed that the value of “LINE” is entered for “PT connection” with “ID”:”PTCONN”. 44 00:03:52,960 --> 00:03:58,468 If you follow the same path in the “Test Object” window in the “Vebko AMPro Test” software, 45 00:03:58,509 --> 00:04:01,493 namely the “Distance” directory in the “Rio” block, 46 00:04:01,518 --> 00:04:09,338 you can see in the “Protected Object” table that for a parameter with “ID” :”PTCONN” in the “Value” column, 47 00:04:09,363 --> 00:04:14,706 “at line” is entered while in the “XRio Converter”, “Line” was entered as the value. 48 00:04:14,731 --> 00:04:22,969 The reason for the difference in values of the“Vebko AMPro Test” software and the “XRio Converter” is that the codes written in the “Rio” section, 49 00:04:22,994 --> 00:04:31,173 receive the values from “XRio Converter” and then enter the corresponding values for different parameters in accordance with design of the codes, 50 00:04:31,198 --> 00:04:39,121 which is here “Line” for a parameter with “ID”:”PTCONN” in the “XRio” corresponds to “at line” in “Rio”. 51 00:04:39,146 --> 00:04:44,854 In “Vebko AMPro Test” software, there are columns like “Name”, “Description”, etc. 52 00:04:44,894 --> 00:04:50,497 for each parameter which provides the user with information about the intended parameter 53 00:04:50,522 --> 00:04:54,853 and there may be no code for these sections in the “XRio Converter”. 54 00:04:54,880 --> 00:05:01,447 Initialization of these columns in the "Rio" is in the way that according to the code written by the programer, 55 00:05:01,472 --> 00:05:08,068 wherever in the "ID" column the phrase "PTCONN" is written, its name is "PT Connection" 56 00:05:08,093 --> 00:05:13,371 and "Potential transformer connection side" is entered as described in the "Description" column for it. 57 00:05:13,396 --> 00:05:20,348 Also, the programer coded other columns like “Type” has mentioned it in the code to be displayed in the “Rio” section. 58 00:05:20,373 --> 00:05:27,329 For the mentioned parameter it is “Enumeration” which means that it is selective and the user can select a value from 59 00:05:27,354 --> 00:05:29,669 the drop-down field in the “Value” column. 60 00:05:30,668 --> 00:05:35,784 It should be noted that for every piece of information in the “Custom” part which is not fixed, 61 00:05:35,809 --> 00:05:38,916 its code must be written in “XRio”. 62 00:05:39,058 --> 00:05:42,321 This will be more explained in future videos. 63 00:05:42,346 --> 00:05:47,494 Another point is that the “User Interface” mode is included in “Rio” section. 64 00:05:47,519 --> 00:05:53,467 This means that by double-clicking on any block of the subsets of “Rio”, for example, “Device” block, 65 00:05:53,498 --> 00:05:59,831 the “Device Setting” page opens where all parameters of the subset of this block can be observed and changed. 66 00:05:59,856 --> 00:06:04,703 These changes are, simultaneously, recorded in parameters table as well. 67 00:06:04,728 --> 00:06:07,907 But, if you double-click on any block other than “Rio”, 68 00:06:07,932 --> 00:06:13,064 a series of information about “ID” of the block as well as its name are displayed.