1 00:00:23,677 --> 00:00:23,747 T 2 00:00:23,748 --> 00:00:23,818 Th 3 00:00:23,819 --> 00:00:23,889 The 4 00:00:23,890 --> 00:00:23,960 The 5 00:00:23,961 --> 00:00:24,030 The s 6 00:00:24,031 --> 00:00:24,101 The se 7 00:00:24,102 --> 00:00:24,172 The sep 8 00:00:24,173 --> 00:00:24,243 The sepa 9 00:00:24,244 --> 00:00:24,314 The separ 10 00:00:24,315 --> 00:00:24,385 The separa 11 00:00:24,386 --> 00:00:24,456 The separat 12 00:00:24,457 --> 00:00:24,527 The separate 13 00:00:24,528 --> 00:00:24,597 The separate 14 00:00:24,598 --> 00:00:24,668 The separate t 15 00:00:24,669 --> 00:00:24,739 The separate to 16 00:00:24,740 --> 00:00:24,810 The separate too 17 00:00:24,811 --> 00:00:24,881 The separate tool 18 00:00:24,882 --> 00:00:24,952 The separate toolb 19 00:00:24,953 --> 00:00:25,023 The separate toolba 20 00:00:25,024 --> 00:00:25,094 The separate toolbar 21 00:00:25,095 --> 00:00:25,165 The separate toolbar 22 00:00:25,166 --> 00:00:25,235 The separate toolbar o 23 00:00:25,236 --> 00:00:25,306 The separate toolbar of 24 00:00:25,307 --> 00:00:25,377 The separate toolbar of 25 00:00:25,378 --> 00:00:25,448 The separate toolbar of “ 26 00:00:25,449 --> 00:00:25,519 The separate toolbar of “T 27 00:00:25,520 --> 00:00:25,590 The separate toolbar of “Ta 28 00:00:25,591 --> 00:00:25,661 The separate toolbar of “Tab 29 00:00:25,662 --> 00:00:25,732 The separate toolbar of “Tabl 30 00:00:25,733 --> 00:00:25,803 The separate toolbar of “Table 31 00:00:25,804 --> 00:00:25,873 The separate toolbar of “Table 32 00:00:25,874 --> 00:00:25,944 The separate toolbar of “Table V 33 00:00:25,945 --> 00:00:26,015 The separate toolbar of “Table Vi 34 00:00:26,016 --> 00:00:26,086 The separate toolbar of “Table Vie 35 00:00:26,087 --> 00:00:26,157 The separate toolbar of “Table View 36 00:00:26,158 --> 00:00:26,228 The separate toolbar of “Table View” 37 00:00:26,229 --> 00:00:26,299 The separate toolbar of “Table View” 38 00:00:26,300 --> 00:00:26,370 The separate toolbar of “Table View” w 39 00:00:26,371 --> 00:00:26,440 The separate toolbar of “Table View” wi 40 00:00:26,441 --> 00:00:26,511 The separate toolbar of “Table View” win 41 00:00:26,512 --> 00:00:26,582 The separate toolbar of “Table View” wind 42 00:00:26,583 --> 00:00:26,653 The separate toolbar of “Table View” windo 43 00:00:26,654 --> 00:00:26,725 The separate toolbar of “Table View” window 44 00:00:26,819 --> 00:00:35,719 By double-clicking on any window in the software it is possible to maximize it and by repeating the double-click it is possible to restore the previous state. 45 00:00:35,744 --> 00:00:44,146 The separate toolbar of the “Table View” window is located in the second row at the top of the “Vebko AMPro” software in the “Sequencer” room. 46 00:00:44,171 --> 00:00:48,112 By using the “New State” option, it is possible to create a new “State”. 47 00:00:48,137 --> 00:00:51,030 This “State” will be placed after the last created “State”. 48 00:00:51,055 --> 00:00:56,118 This is equal to the “Append” option available by right-clicking anywhere at the top of any “State”. 49 00:00:56,143 --> 00:01:05,496 When there are multiple “States”, it is possible to make the intended “State” smaller by double-clicking on it or clicking on the cog icon and selecting “Small Mode”. 50 00:01:05,521 --> 00:01:13,234 By using the “Delete State” option, it is possible to delete a “State”. This option contains “Selected State” and “Unselected State”. 51 00:01:13,259 --> 00:01:19,733 ”. As you can see, there is a small square at the top of every “State”. By checking this square, you can select this “State”. 52 00:01:19,758 --> 00:01:26,836 when deleting a “State”, “Selected State” option is selected, all of the states whose “Square” has been checked will be deleted. 53 00:01:26,861 --> 00:01:32,080 If “Unselected State” is selected, all “States” whose square has not been checked will be deleted. 54 00:01:32,105 --> 00:01:38,197 You can view this option by right-clicking on the ribbon at the top of any “State” and selecting the “Delete” option. 55 00:01:38,222 --> 00:01:47,986 Moreover, by selecting a “State” and right-clicking on it and then selecting “Delete” or “Delete State” option from the toolbar, it is possible to delete that “State”. 56 00:01:48,011 --> 00:01:53,549 If the user wishes to add a “State” and place this new “State” in a specific order, 57 00:01:53,818 --> 00:01:57,789 they can use “Insert Before” and “Insert After” options. 58 00:01:57,845 --> 00:02:06,123 In this case, the user clicks on a “State” and then selects “Insert Before” to add a new “State” with similar information before the current “State”. 59 00:02:06,148 --> 00:02:13,347 By clicking on a “State” for the second time, the user can place the new “State” after the current “State” by selecting “Insert After”. 60 00:02:13,372 --> 00:02:18,091 It is, also, possible to view these options by right-clicking on any “State”. 61 00:02:18,116 --> 00:02:23,883 To create an impedance shot in the “Sequencer” room, “Insert Z Shot” option can be used. 62 00:02:23,908 --> 00:02:30,794 By selecting this option, a window named “Insert Impedance Shot” opens where you can adjust the value of the parameters. 63 00:02:30,819 --> 00:02:35,937 In “Line Parameters” section, impedance of the line as well as its angle can be specified. 64 00:02:35,961 --> 00:02:40,933 To change these values, you should go to the “TestObject” page in the “Distance” block. 65 00:02:40,958 --> 00:02:44,476 In “Fault Parameters”, the error information is specified. 66 00:02:44,501 --> 00:02:56,010 The type of the error, the location of the error in form of a relation of length of the line and the error current are specified in “Fault Type” section, “Location” and “Itest” section respectively. 67 00:02:56,035 --> 00:03:01,923 In “Time Setting” section, the time related to “Prefault”, “Maxfault” and “Postfault” “States” 68 00:03:01,948 --> 00:03:10,448 and also the delay time of the circuit breaker operation is specified. This value should be adjusted from the “CBConfiguration” block in “TestOject” page. 69 00:03:10,473 --> 00:03:12,274 In “Trigger/Measurement” section, 70 00:03:12,299 --> 00:03:20,832 the reception contact of “Trip” signal is specified and in the slide bar of that section, the active binaries of the device are displayed. 71 00:03:20,857 --> 00:03:23,288 You can see that only the binary number one 72 00:03:23,313 --> 00:03:28,668 Also, in “Tnom”, “Tdev+” and “Tdev-“section, 73 00:03:28,693 --> 00:03:40,193 it is possible to adjust the nominal time for reception of “Trip” with the values of positive and negative tolerance for evaluation of the test in the “Measurement View” window. 74 00:03:40,218 --> 00:03:55,201 By selecting the "Insert Z Shot" option, three "States" are created consecutively after the current "State” with the names of "Prefault", "Maxfault" or "L1L2L3,100%" and "Postfault". 75 00:03:55,226 --> 00:04:01,466 This can be done, also, by right-clicking on any of the “States” and selecting “Insert Z Shot”. 76 00:04:01,490 --> 00:04:11,806 The “Default State” option in the right-click menu of “States” returns all values of “States” to the default settings in the “Device” block in “TestObject” page. 77 00:04:11,831 --> 00:04:22,770 “Select File to Merge” option is used when the user wishes to import the information of several “States” to his page from a saves test file. By selecting this option, 78 00:04:22,795 --> 00:04:29,937 the corresponding window opens and in “Select File” section, by selecting “Browse”, you can select your intended file. 79 00:04:29,962 --> 00:04:34,528 By doing so, the “States” existent in the intended file are displayed. 80 00:04:34,553 --> 00:04:41,465 By checking any of these “States”, you can select that “State” to import its information to the current page. 81 00:04:41,490 --> 00:04:48,909 Then, in the section related to “Insert Information”, the intended location for importing the “State” is specified. 82 00:04:48,934 --> 00:04:55,862 In “Location” section, it is specified that the “State” should be added before or after the current “State” and in “Current State” section, 83 00:04:55,886 --> 00:04:58,352 it is possible to determine the current “State”. 84 00:04:58,377 --> 00:05:01,812 Finally, by selecting “Add” you can import the information. 85 00:05:01,837 --> 00:05:06,959 The next option is “Copy & Paste of State” and by selecting it, the corresponding window opens. 86 00:05:06,984 --> 00:05:13,438 In “States List For Copy” section of this window, the list of currently available “States” opens and by checking any of them, 87 00:05:13,462 --> 00:05:24,445 it is possible to select the information of that “State” for copying and in the “Options For Paste” section, just like the previous part,the location for pasting the “State” is specified. 88 00:05:24,470 --> 00:05:30,777 Also, in “Repetition” section, you can specify how many times this copying procedure is to be repeated. 89 00:05:30,802 --> 00:05:36,108 You can do this by using the options available in the right-click menu or any “State”. 90 00:05:36,133 --> 00:05:41,749 By clicking on “Paste State”, you can paste the copied “State” information to the current “State”. 91 00:05:41,774 --> 00:05:50,045 If the user has changed the name of “States” and wishes to restore the default name of the “States”, the “Correct Names of States” option can be used. 92 00:05:50,070 --> 00:05:56,139 The last part has two options which are related to displaying the signal of “States” in the “Signal View” window. 93 00:05:56,164 --> 00:06:04,511 By selecting “All States”, it is possible to view the voltage and current signals of all “States” in “Signal View” but if “Current State” is selected, 94 00:06:04,536 --> 00:06:08,605 it is only possible to view the signals of the current “State” in the “Signal View”. 95 00:06:08,629 --> 00:06:13,594 At the left of the toolbar, the number of “States” and “State” numbers are displayed. 96 00:06:13,619 --> 00:06:22,015 In this section, it is possible to move to after and before the current “State” as well as the last and first “State” by using “Next State”, 97 00:06:22,040 --> 00:06:25,480 “Previous State”, “Last State” and “First State” respectively.