1 00:00:23,101 --> 00:00:23,143 I 2 00:00:23,144 --> 00:00:23,187 In 3 00:00:23,188 --> 00:00:23,230 Int 4 00:00:23,231 --> 00:00:23,273 Intr 5 00:00:23,274 --> 00:00:23,316 Intro 6 00:00:23,317 --> 00:00:23,360 Introd 7 00:00:23,361 --> 00:00:23,403 Introdu 8 00:00:23,404 --> 00:00:23,446 Introduc 9 00:00:23,447 --> 00:00:23,489 Introduct 10 00:00:23,490 --> 00:00:23,533 Introducti 11 00:00:23,534 --> 00:00:23,576 Introductio 12 00:00:23,577 --> 00:00:23,619 Introduction 13 00:00:23,620 --> 00:00:23,662 Introduction 14 00:00:23,663 --> 00:00:23,706 Introduction t 15 00:00:23,707 --> 00:00:23,749 Introduction to 16 00:00:23,750 --> 00:00:23,792 Introduction to 17 00:00:23,793 --> 00:00:23,835 Introduction to R 18 00:00:23,836 --> 00:00:23,879 Introduction to Ri 19 00:00:23,880 --> 00:00:23,922 Introduction to Rio 20 00:00:23,923 --> 00:00:24,623 Introduction to Rio 21 00:00:24,648 --> 00:00:29,615 By opening a “Rio” file in notepad, you see that the specifications of the relay are in this file 22 00:00:29,640 --> 00:00:36,643 . For example, between “BEGIN DEVICE” and “END DEVICE” section, information and nominal specifications of the relay are mentioned 23 00:00:36,668 --> 00:00:42,790 Or, in the “BEGIN DEVICE” section to the “END DISTANCE”, the information regarding the distance function and in the 24 00:00:42,815 --> 00:00:46,719 “BEGIN ZONE” section, the information regarding the relay zones are 25 00:00:46,744 --> 00:00:50,270 Similarly, all the relay information is mentioned in this file 26 00:00:50,295 --> 00:00:55,648 By having a “Rio” file, you can “Load” this file in “Test Object” through “File” option 27 00:00:55,673 --> 00:01:00,747 After loading, all of the information existing in the Rio file is displayed 28 00:01:00,772 --> 00:01:06,906 So, the second method for entering information of relays whose software gives a “Rio” output file, 29 00:01:06,931 --> 00:01:09,820 is loading “Rio” file in “Test Object” 30 00:01:09,845 --> 00:01:13,417 This is how the relay information is loaded in the software 31 00:01:13,442 --> 00:01:17,045 The point is that the information in a “Rio” file is fixed, 32 00:01:17,070 --> 00:01:22,893 meaning that it is not possible to add or delete a new block or parameter in the “Device” block 33 00:01:22,918 --> 00:01:28,807 In fact, “Rio” is a fixed file and much of the "Test Object" design is related to the "Rio" file design 34 00:01:28,832 --> 00:01:35,385 The purpose of "Rio" file is that, for example, each "Distance" relay be end to “Device” and “Distance” blocks 35 00:01:35,410 --> 00:01:40,222 and contain a series of nominal specifications, zones and a series of times 36 00:01:40,247 --> 00:01:46,954 However, it is possible that the “Distance” relay itself contains thousands of parameters and not all of these parameters 37 00:01:46,979 --> 00:01:51,036 exist in the “Rio” file but ultimately the “Rio” output file of the “Distance” 38 00:01:51,061 --> 00:01:55,253 relay contains information mentioned in “Device” and “Distance” blocks 39 00:01:55,278 --> 00:01:59,385 This is, also, true for “Differential” and “Overcurrent” relays 40 00:01:59,410 --> 00:02:06,687 So, the “Rio” file is a fixed part of the relay settings and includes information related to “Device” block and protective functions 41 00:02:06,712 --> 00:02:12,998 Also, the “CB Configuration” block is added to “Rio” files for simulation of power key operation 42 00:02:13,037 --> 00:02:15,982 It is possible to add other blocks to “Rio” file 43 00:02:16,007 --> 00:02:22,085 For example, by opening “AMT Distance” room from “Test Object” window it is possible to add another block, 44 00:02:22,110 --> 00:02:26,041 if necessary, by right-clicking on “Rio” and selecting the “Add Block” option 45 00:02:26,066 --> 00:02:30,817 After making a new block, it is possible to rename it by right-clicking on the block 46 00:02:30,912 --> 00:02:38,732 Assume that a relay has two functions of “Distance” and “Under Excitation”. This functions are tested by impedance method 47 00:02:38,757 --> 00:02:42,444 So it is necessary that there are two “Distance” blocks in this section 48 00:02:42,469 --> 00:02:49,761 After adding a new block, by right-clicking on it and selecting “Rename Block”, its name is changed to “Under Excitation” 49 00:02:49,786 --> 00:02:55,131 By double-clicking on “Under Excitation” block and selecting “Zone Setting” tab on this page, 50 00:02:55,156 --> 00:03:01,286 a “Quad” zone is defined for this block according to the settings described in the previous section 51 00:03:01,311 --> 00:03:03,262 After that, click on “OK” 52 00:03:03,287 --> 00:03:07,127 Now that there are two “Distance” blocks, one of them should be active 53 00:03:07,152 --> 00:03:14,590 If the cube next to the block is colored, it means that it is active; if it white, it means that it is not active. 54 00:03:14,615 --> 00:03:22,201 Now, if you click on “OK”, the information of the active distance block is displayed. Here, the “Mho” characteristic is active 55 00:03:22,226 --> 00:03:26,520 Now, for activating the second distance block it is necessary to right-click 56 00:03:26,545 --> 00:03:31,841 on the intended block in the “Test Object” window and select “Set as Active Function” 57 00:03:31,866 --> 00:03:40,156 By doing this, the intended block is activated and the previous block is deactivated and by clicking on “OK” the characteristics of “Distance” 58 00:03:40,213 --> 00:03:45,506 and “Under Excitation” blocks that are from the “Quad” type are displayed in the “Impedance View” 59 00:03:45,531 --> 00:03:49,447 Also, in the advanced mode, it is possible to mix these two blocks 60 00:03:49,472 --> 00:03:53,515 By right clicking on each block of “Rio” file, it is possible to “Delete” it 61 00:03:53,540 --> 00:03:54,740 Column Description 62 00:03:54,765 --> 00:03:58,180 Each of these parameters has some information in their row 63 00:03:58,205 --> 00:04:04,074 In The “State” column, by double-clicking on each cell, “Rio Parameter Viewer” page is opened 64 00:04:04,099 --> 00:04:11,801 in the “Enabled” section, you can activate or deactivate this parameter. By deactivating a parameter, the status of its “state” changes 65 00:04:11,826 --> 00:04:15,398 In the “Name” column, the name of the intended parameter is provided 66 00:04:15,423 --> 00:04:19,293 In the “ID” column, there is a unique name selected for each parameter 67 00:04:20,714 --> 00:04:26,063 . In the “Description” column, there is an additional description provided for the intended parameter 68 00:04:26,088 --> 00:04:30,481 In the “Value” column, the user can select a value for the intended parameter 69 00:04:30,506 --> 00:04:35,215 In the “Type” column, the type of the inserted data for the parameter is specified. 70 00:04:35,240 --> 00:04:41,165 . In the “Min” and “Max” columns, the minimum and maximum allowed value for the parameter are specified 71 00:04:41,190 --> 00:04:48,539 The “Formula” column is an indicator of that whether this parameter is derived from a formula or is dependent on another parameter 72 00:04:48,564 --> 00:04:51,988 More will be said about this column in the “XRio” section 73 00:04:52,013 --> 00:04:54,212 How to make a Rio file by Excel 74 00:04:54,237 --> 00:04:59,344 The point is that there is a series of relays that do not provide a “Rio” file as an output 75 00:04:59,369 --> 00:05:06,579 To get a “Rio” file from this type of relays, click on the “Excel to Rio Files” icon on the “Rio Converter Excel” page 76 00:05:06,604 --> 00:05:10,332 Then, select your intended relay from the list. In this list, 77 00:05:10,357 --> 00:05:18,233 you can find the name of relays whose “Excel” file exists in the created software. After selecting the relay, its related “Excel” file opens 78 00:05:18,258 --> 00:05:24,865 On this page, you can enter information about the relay and after entering the information, by clicking on the “Save Rio File” option, 79 00:05:24,890 --> 00:05:27,768 a “Rio” file is created from the intended relay 80 00:05:27,793 --> 00:05:34,264 This “Rio” file can be imported by using the “Import from File” icon and after that you can save the relay information 81 00:05:34,289 --> 00:05:37,040 by selecting “Advanced” from the “View” menu, 82 00:05:37,065 --> 00:05:39,812 a new row add to this toolbar page 83 00:05:40,386 --> 00:05:44,786 so you can add or delete new blocks or parameters manually 84 00:05:45,479 --> 00:05:47,079 if you decide to do that.