1 00:00:19,500 --> 00:00:21,676 AMT VCC Room 2 00:00:21,701 --> 00:00:26,460 This room is designed to test different relays in the shortest possible time and in the form 3 00:00:26,485 --> 00:00:33,078 of using standard scenarios based on periodic testing regulation of Iranian power grid protection systems, it is possible. 4 00:00:34,644 --> 00:00:39,201 You will see two windows by entering to the AMT VCC room. 5 00:00:39,334 --> 00:00:44,765 VCC Panel, which is actually the main window for selecting functions and test management. 6 00:00:44,790 --> 00:00:49,070 VCC Report View, will show you the relay test report. 7 00:00:50,107 --> 00:00:54,492 In the first step, simply upload the default template to the desired relay. 8 00:00:54,740 --> 00:00:58,343 This will be done by selecting an icon with the letter L. 9 00:00:58,368 --> 00:01:02,359 These templates are available in two categories for each relay. 10 00:01:02,384 --> 00:01:06,984 In the Fast Test section, you will see a limited number of tests. 11 00:01:07,009 --> 00:01:10,930 For example, in quick tests, there is no transient test. 12 00:01:10,955 --> 00:01:16,710 However, by selecting the other option, there will be a complete set of tests in front of you. 13 00:01:16,735 --> 00:01:24,516 As you can see, by loading the template, a variety set of tests for different functions will be in front of you. 14 00:01:24,541 --> 00:01:30,093 In the Nodes section, you'll see available subcategories to test each function. 15 00:01:30,118 --> 00:01:37,468 In the Summary column, a summary of the test status and whether it is successful or unsuccessful will be displayed. 16 00:01:37,493 --> 00:01:46,734 The three options of Inheriet Xrio, Inherit Hardware Config and Inherit Report Settings by being active, respectively, 17 00:01:46,759 --> 00:01:52,132 will make the user's chosen function inherit all settings from Xrio, 18 00:01:52,157 --> 00:01:55,085 hardware settings and report settings. 19 00:01:55,296 --> 00:02:01,620 However, by disabling them, you can apply the settings to each one as you wish and manually. 20 00:02:01,645 --> 00:02:08,404 The Open UI option will also allow you to manage the opening of the related window to each test. 21 00:02:09,647 --> 00:02:13,125 If you select Advanced View from the above section, 22 00:02:13,150 --> 00:02:21,414 more elements such as test window status, reporting status, test progress rate, and more will be observed. 23 00:02:21,439 --> 00:02:25,782 In the Root subset, the Xrio file is located first. 24 00:02:25,960 --> 00:02:29,625 By selecting this option and clicking the Open option, 25 00:02:29,650 --> 00:02:35,953 you can upload the Xrio received from the relay, which actually fits the active functions set. 26 00:02:35,978 --> 00:02:41,117 You can access the details by clicking on any other option and selecting Open. 27 00:02:41,142 --> 00:02:49,407 For example, by clicking HardwareConfigFile you can view and edit the default hardware configuration for current and voltage injection, 28 00:02:49,432 --> 00:02:53,125 as well as inputs and outputs of the test device. 29 00:02:53,150 --> 00:02:57,414 The Start Note option, which is located before testing each function, 30 00:02:57,439 --> 00:03:02,576 also provides the user with explanations to guide the test further. 31 00:03:04,044 --> 00:03:10,068 In this section you can enter the information that will actually be my test guide during the test. 32 00:03:10,093 --> 00:03:15,850 For example, you can place a note in the overcurrent protection function that indicates the overcurrent 33 00:03:15,875 --> 00:03:24,685 protection in your relay is an emergency type and can only be activated by blocking distance protection and can be tested. 34 00:03:25,475 --> 00:03:31,678 In the top part of the page, you can add or remove tests by clicking Add Item or Remove. 35 00:03:31,703 --> 00:03:35,535 For example, here we remove Switch Onto Fault, 36 00:03:35,560 --> 00:03:45,166 Recloser and VTS tests due to the inactivity of these functions in our relay as well as the shortening of the testing process. 37 00:03:45,191 --> 00:03:50,872 In addition, you can make it possible to change settings or points by disabling Inheriet Xrio. 38 00:03:51,036 --> 00:03:53,863 For example, for overcurrent protection, 39 00:03:53,888 --> 00:04:03,934 we applied settings manually and placed different points on the characteristic curve than those designed in accordance with XRIO. 40 00:04:10,255 --> 00:04:16,465 In the first stage of testing, Wiring Test is designed to check the current and voltage values 41 00:04:16,490 --> 00:04:21,152 injected from the device on the relay to ensure the correct wiring. 42 00:04:27,151 --> 00:04:31,816 Electrical Test is another option that, with three state including PreFault, 43 00:04:31,841 --> 00:04:40,379 Fault and PostFault, checks the relay conditions in different situations and ensures you register trip when a fault occurs. 44 00:04:42,088 --> 00:04:43,301 As mentioned above, 45 00:04:43,326 --> 00:04:53,520 a set of tests for different functions is designed in the default template but it is possible to remove, add and manage the tests accurately for the user. 46 00:04:53,545 --> 00:04:57,902 In this way, you can determine the priority of performing different tests, 47 00:04:57,927 --> 00:05:00,957 disable some tests, and even more precisely, 48 00:05:00,982 --> 00:05:04,871 specify which tests to do with what values and in what range. 49 00:05:04,896 --> 00:05:11,253 You can check how the test is designed by clicking on each test and selecting Open. 50 00:05:11,722 --> 00:05:20,652 For example, you can view or edit points on the characteristic by selecting Zone Reaches for the Distance function. 51 00:05:24,957 --> 00:05:26,418 By running the test, 52 00:05:26,443 --> 00:05:28,965 you can check different functions. 53 00:05:28,997 --> 00:05:32,769 Finally, by right-clicking on the VccReportView window, 54 00:05:32,802 --> 00:05:39,418 you can have a complete management of the items that are going to be displayed in the report. 55 00:05:39,744 --> 00:05:40,731 For example, 56 00:05:40,756 --> 00:05:47,020 here we will perform the Micom P444 relay test in AMT VCC room. 57 00:05:47,461 --> 00:05:53,277 In the Configuration section, you can see the active or inactive status of the functions. 58 00:05:53,302 --> 00:06:00,973 In the group 1 subset of settings, you can also see details about each function's settings and values. 59 00:06:00,998 --> 00:06:07,691 In the PSL relay section, we also configured the inputs, outputs and leds for different functions. 60 00:06:07,716 --> 00:06:10,738 Now it's time to save the XRIO settings file. 61 00:06:10,763 --> 00:06:18,684 In the next step, we re-enter the AMT VCC room and first load the template related to the P444 relay. 62 00:06:26,924 --> 00:06:35,285 Now we prepare different function tests using the XRIO file that we took from the relay in the previous step. 63 00:06:35,310 --> 00:06:40,629 By running the test, you can control the test of different functions step by step.