1 00:00:27,419 --> 00:00:27,454 “ 2 00:00:27,455 --> 00:00:27,489 “S 3 00:00:27,490 --> 00:00:27,525 “Se 4 00:00:27,526 --> 00:00:27,561 “Set 5 00:00:27,562 --> 00:00:27,597 “Sett 6 00:00:27,598 --> 00:00:27,632 “Setti 7 00:00:27,633 --> 00:00:27,668 “Settin 8 00:00:27,669 --> 00:00:27,704 “Setting 9 00:00:27,705 --> 00:00:27,739 “Setting” 10 00:00:27,740 --> 00:00:27,775 “Setting” 11 00:00:27,776 --> 00:00:27,811 “Setting” t 12 00:00:27,812 --> 00:00:27,847 “Setting” ta 13 00:00:27,848 --> 00:00:27,882 “Setting” tab 14 00:00:27,883 --> 00:00:27,918 “Setting” tab: 15 00:00:27,919 --> 00:00:28,261 “Setting” tab: 16 00:00:28,286 --> 00:00:32,511 In this tab it is possible to manage some settings related to running the tests. 17 00:00:32,536 --> 00:00:40,411 In “Supply Direction” section, it is possible to determine the direction of injection and fault at the two sides of the protective device for the test. 18 00:00:40,436 --> 00:00:46,793 To better understand this, open “Vector View”; here you can see that if “Fault_Primary_Supply_Secondary” is selected, 19 00:00:46,818 --> 00:00:57,637 three primary currents of the transformer are displayed in “Vector View while by selecting “Fault_Secondary_Supply_Primary”, three secondary currents of the transformer are displayed. 20 00:01:02,280 --> 00:01:11,087 In “Fault Inception” section, the angle where the fault occurs is specified that this angle shiftes currents of the both sides equally. 21 00:01:11,112 --> 00:01:19,141 To better understand this, select “Signal View” from the toolbar and check “Voltage group A” from “Setting” and by changing the value of “Angle”, 22 00:01:19,166 --> 00:01:22,373 view the voltage and current signal changes. 23 00:01:22,397 --> 00:01:25,686 If for any reason you wish to enable the voltages, 24 00:01:25,710 --> 00:01:34,877 you can do so by checking “Enable Voltage Output” from “Voltage Output” section and then you can enter the value of the voltage in the intended field. 25 00:01:34,901 --> 00:01:41,002 In “Coefficient for Fault” section it is possible to specify a coefficient for fault current values. 26 00:01:41,026 --> 00:01:49,009 “For Single Phase Factor” and “For Third Phase Factor” fields are the fault current coefficients for single-phase and three-phase faults. 27 00:01:49,075 --> 00:01:54,303 By changing the fault current coefficient, it is possible to view the changes in “Vector View”. 28 00:01:54,328 --> 00:01:59,761 In “Time” section, first, the injection time before the fault is entered in “PreFault Time”. 29 00:01:59,785 --> 00:02:07,316 In “Max Fault Time” the maximum fault injection time is specified in two forms of “Abs” or “Rel” which consist of three parts themselves. 30 00:02:07,341 --> 00:02:16,809 About this time note that if in a “Shot” point the “Max Fault Time” is shorter than “Pick up” time, the result of the evaluation will be wrong. 31 00:02:17,636 --> 00:02:27,448 If you are using the “Max Fault Time (Abs)” field, you need to enter a time in terms of seconds for the maximum fault signal injection time (for all of the points) but to accelerate the test, 32 00:02:27,473 --> 00:02:31,157 you can use the “Max Fault Time (Rel)” option. 33 00:02:31,480 --> 00:02:35,129 By checking this option, three other options appear. 34 00:02:36,234 --> 00:02:47,755 By entering a number in “Add %of Tnom”, the fault signal injection time in any point, equals the test point nominal time plus a percentage of the nominal time entered in this field. 35 00:02:48,171 --> 00:03:03,184 This means that if the test point nominal time is 10 seconds and 5 percent is entered in this field, the maximum fault injection time is 105 percent of the test nominal time which is 10.5 seconds. 36 00:03:03,236 --> 00:03:11,693 But in “Add Absolute” field, the fault injection time equals the sum of the nominal time of the test point trip plus the time entered in this field. 37 00:03:11,717 --> 00:03:16,994 If all these three fields are filled, the software picks the longest time entered. 38 00:03:17,019 --> 00:03:23,999 For points that are located at the “No Trip” zone, it is possible to enter a separate time in “No-Trip Time” field 39 00:03:24,024 --> 00:03:28,140 In "Post Fault time" the injection time is entered in the post-error mode. 40 00:03:28,165 --> 00:03:31,802 The "Delay After Trigger" field is used to calculate the key operation time. 41 00:03:31,827 --> 00:03:40,317 We can access it by right-clicking on the relevant field and selecting "Go To Linked Value“. There is a link to "CB Trip Time". 42 00:03:40,342 --> 00:03:44,846 Then, you can select "Remove Link" and enter the value you want instead. 43 00:03:45,996 --> 00:03:52,868 In "Time Reference" by selecting "Fault Inception", the "Trip" time is calculated from the time the error was injected. 44 00:03:52,892 --> 00:03:59,309 However, by selecting "Starting", the "Trip" time is calculated from the time the "Pick-up" contact is received from the relay. 45 00:03:59,334 --> 00:04:05,695 In the "Load Current (Prefault Current)" section you can make the phase and current settings related to "Prefault". 46 00:04:05,720 --> 00:04:14,938 In the "Amplitude" section the current range in "Prefault" mode is entered 47 00:04:14,963 --> 00:04:23,127 according to the coefficient of the rated current and in the "Phase" section, 48 00:04:23,152 --> 00:04:27,766 the current angle is set to "Prefault" mode. 49 00:04:27,790 --> 00:04:32,289 In “Search Setting” section, the settings related to “Search Test” are specified. 50 00:04:32,313 --> 00:04:38,959 As mentioned before, a “Search Test” arrives at a conclusion only if one of the three conditions of this section is met. 51 00:04:38,983 --> 00:04:49,449 The first condition is “Relative” which means that if the difference between the test point value and the previous point is less than the percentage specified in this field, this very point is the result of the test. 52 00:04:49,473 --> 00:04:58,873 The second condition is “Absolute” which means that if the difference between the test point and the previous point is less than the value specified in this field, this very point is the result of the test. 53 00:04:58,897 --> 00:05:09,776 The third condition is “Max point number” which means that the test is to be performed as many times as the number of points entered in this field at max and the last point is the result of the test. 54 00:05:09,800 --> 00:05:16,655 But if for any reason, the Relay nominal characteristic is not available, you can use “Ignore Nominal Characteristic” section. 55 00:05:16,679 --> 00:05:19,618 By doing so, the software ignores the existing characteristic. 56 00:05:19,642 --> 00:05:24,598 Then, based on the step entered in “Search Interval”, it adds shots on the “Search” line. 57 00:05:24,623 --> 00:05:28,061 For example, a line is drawn in “Search Test” section. 58 00:05:28,086 --> 00:05:33,617 Then, 0.5 is entered as the value for “Search Interval” and “Apply to all” is selected. 59 00:05:33,642 --> 00:05:38,367 You can see that some points with the same step are added on the “Search” line. 60 00:05:38,392 --> 00:05:47,898 By running the test, you can see that the test starts from the lowest point and once one of the three mentioned conditions is met, the test arrives at a result. 61 00:05:59,222 --> 00:06:04,086 Also, if necessary, you can ignore this option by selecting “Disable all”. 62 00:06:04,110 --> 00:06:16,981 By selecting “Shot Passed Only Act In Main Zone” in “Other Setting” section, the test is passed only if the relay performance time in the shot point is somewhere in the allowed range of the main zone. 63 00:06:17,006 --> 00:06:26,523 This means that if this option is checked and a shot is added in the tolerance zone of the bottom of the characteristic curve and the relay does not give a trip, 64 00:06:26,547 --> 00:06:30,813 the test passes but if the relay gives a “Trip” the test fails. 65 00:06:32,261 --> 00:06:36,721 If the “Shot Passed Only Act In Main Zone” option is not checked, 66 00:06:36,746 --> 00:06:44,288 the performance time is between “20” milliseconds and “No Trip” and if the relay gives a “Trip” this point passes. 67 00:06:44,313 --> 00:06:49,752 By selecting the "Test Passed Only Act In Main Zone" option, the "Shot", "Check" and "Search" tests will "Pass", only after the relay operation time is defined only in the allowed range; 68 00:06:49,777 --> 00:06:56,670 for example if the relay operation rated time is "0" to "30" milliseconds and between the operating zone and "No Trip" a point in the tolerance zone is selected, if „Test Passed Only Act In Main“ option is checked, 69 00:06:56,694 --> 00:07:04,332 that time test will „pass“ which relay function is set in one of each ranges. Therefore, If the relay time is, for example, "40" milliseconds, the test result will be "Fail". If this option is not checked, the test result will be "Pass". 70 00:07:04,357 --> 00:07:08,529 In the "Passed Setting" section, by checking "Pass If You Get Any Trip", regardless of the time of operation of the relay, if the relay works in the "Tripping" area, the test will "Pass" test. 71 00:07:08,554 --> 00:07:17,840 In “Trigger” tab you can specify the desired binary to receive the “Pick up” and “Trip” signals of the relay as well as stopping the current injection. 72 00:07:17,865 --> 00:07:23,949 The settings and explanation of this section are exactly the same as mentioned for “Trigger” room and “Sequencer”. 73 00:07:23,974 --> 00:07:29,648 In “Binary Output” tab, if it is necessary for the relay to view the conditions of circuit breaker, 74 00:07:29,673 --> 00:07:39,333 it is possible to take any needed voltage to the “Binary Input” through “Binary Output” of the device by voltages of “A”, “B” or “Aux Dc” groups. 75 00:07:39,624 --> 00:07:46,666 This tab has three modes of “Prefault”, “Fault” and “Post Fault” and it is possible to manage each of them separately.