1 00:00:27,713 --> 00:00:27,779 Q 2 00:00:27,780 --> 00:00:27,845 Qu 3 00:00:27,846 --> 00:00:27,912 Qui 4 00:00:27,913 --> 00:00:27,979 Quic 5 00:00:27,980 --> 00:00:28,046 Quick 6 00:00:28,047 --> 00:00:28,112 Quick 7 00:00:28,113 --> 00:00:28,179 Quick T 8 00:00:28,180 --> 00:00:28,246 Quick Ty 9 00:00:28,247 --> 00:00:28,312 Quick Typ 10 00:00:28,313 --> 00:00:28,379 Quick Type 11 00:00:28,380 --> 00:00:28,780 Quick Type 12 00:00:28,812 --> 00:00:32,238 because “State Type: Quick” is very useful, for this “State Type”, 13 00:00:32,263 --> 00:00:37,631 there is a “Layout” named “Default Layout for Quick” designed for this “State Type” in “Window” menu. 14 00:00:37,656 --> 00:00:44,100 In this “Layout”, “Detail View”, “Signal View”, “Impedance View” and “Vector View” windows are located by default. 15 00:00:44,125 --> 00:00:50,806 To describe this “State Type” and to view the outputs, it is better to maximize only “Detail View” and “Signal View” windows. 16 00:00:50,830 --> 00:01:00,172 In this “State Type” it is possible to, either manually or automatically, adjust the voltage and current signal output of the device in form of an increasing or decreasing ramp. 17 00:01:00,196 --> 00:01:08,394 In this “State Type” the user can create an increasing or decreasing ramp not only on the amplitude of signals but also on phase and frequency values. 18 00:01:08,418 --> 00:01:16,978 In “Analog Out” tab in “State Type” section, “Quick” is selected from the slide bar and in the “State Name” field, a name is selected for the intended “State”. 19 00:01:17,002 --> 00:01:24,795 Description about “State Type: Quick” is provided in “General: Direct “mode. In this mode, the voltage and current signals are initialized directly. 20 00:01:25,320 --> 00:01:33,572 To create an increasing or decreasing ramp on outputs of the device, information of “Analog Output Channels” and “Step Values” tables should be completed. 21 00:01:33,596 --> 00:01:33,644 “ 22 00:01:33,645 --> 00:01:33,694 “A 23 00:01:33,695 --> 00:01:33,743 “An 24 00:01:33,744 --> 00:01:33,793 “Ana 25 00:01:33,794 --> 00:01:33,842 “Anal 26 00:01:33,843 --> 00:01:33,892 “Analo 27 00:01:33,893 --> 00:01:33,941 “Analog 28 00:01:33,942 --> 00:01:33,991 “Analog 29 00:01:33,992 --> 00:01:34,040 “Analog O 30 00:01:34,041 --> 00:01:34,090 “Analog Ou 31 00:01:34,091 --> 00:01:34,139 “Analog Out 32 00:01:34,140 --> 00:01:34,189 “Analog Outp 33 00:01:34,190 --> 00:01:34,238 “Analog Outpu 34 00:01:34,239 --> 00:01:34,288 “Analog Output 35 00:01:34,289 --> 00:01:34,337 “Analog Output 36 00:01:34,338 --> 00:01:34,386 “Analog Output C 37 00:01:34,387 --> 00:01:34,436 “Analog Output Ch 38 00:01:34,437 --> 00:01:34,485 “Analog Output Cha 39 00:01:34,486 --> 00:01:34,535 “Analog Output Chan 40 00:01:34,536 --> 00:01:34,584 “Analog Output Chann 41 00:01:34,585 --> 00:01:34,634 “Analog Output Channe 42 00:01:34,635 --> 00:01:34,683 “Analog Output Channel 43 00:01:34,684 --> 00:01:34,733 “Analog Output Channels 44 00:01:34,734 --> 00:01:34,782 “Analog Output Channels” 45 00:01:34,783 --> 00:01:34,832 “Analog Output Channels” 46 00:01:34,833 --> 00:01:34,881 “Analog Output Channels” t 47 00:01:34,882 --> 00:01:34,931 “Analog Output Channels” ta 48 00:01:34,932 --> 00:01:34,980 “Analog Output Channels” tab 49 00:01:34,981 --> 00:01:35,030 “Analog Output Channels” tabl 50 00:01:35,031 --> 00:01:35,079 “Analog Output Channels” table 51 00:01:35,080 --> 00:01:35,580 “Analog Output Channels” table 52 00:01:35,604 --> 00:01:40,712 In this table the start value of signals is entered which indicates the start point of the ramp. 53 00:01:40,736 --> 00:01:47,182 This start value can be entered for all three parameters amplitude, phase and frequency of current or voltage. 54 00:01:47,206 --> 00:01:52,743 It should be noted that it is possible to use ramp on both voltage and current signals simultaneously. 55 00:01:52,767 --> 00:02:01,082 For example, the start values of voltage signals are “10”, “15”, and “20” volts and “2”, “3” and “4” amps for current signals. 56 00:02:01,106 --> 00:02:05,543 Other information related to “Analog Output Channels” has been described before. 57 00:02:06,058 --> 00:02:06,117 “ 58 00:02:06,118 --> 00:02:06,177 “S 59 00:02:06,178 --> 00:02:06,237 “St 60 00:02:06,238 --> 00:02:06,297 “Ste 61 00:02:06,298 --> 00:02:06,357 “Step 62 00:02:06,358 --> 00:02:06,417 “Step 63 00:02:06,418 --> 00:02:06,476 “Step V 64 00:02:06,477 --> 00:02:06,536 “Step Va 65 00:02:06,537 --> 00:02:06,596 “Step Val 66 00:02:06,597 --> 00:02:06,656 “Step Valu 67 00:02:06,657 --> 00:02:06,716 “Step Value 68 00:02:06,717 --> 00:02:06,776 “Step Values 69 00:02:06,777 --> 00:02:06,836 “Step Values” 70 00:02:06,837 --> 00:02:06,896 “Step Values” 71 00:02:06,897 --> 00:02:06,955 “Step Values” t 72 00:02:06,956 --> 00:02:07,015 “Step Values” ta 73 00:02:07,016 --> 00:02:07,075 “Step Values” tab 74 00:02:07,076 --> 00:02:07,135 “Step Values” tabl 75 00:02:07,136 --> 00:02:07,195 “Step Values” table 76 00:02:07,196 --> 00:02:07,696 “Step Values” table 77 00:02:07,720 --> 00:02:11,836 In this table, the value of “Step” to increase or decrease signals is entered. 78 00:02:11,860 --> 00:02:17,800 In this table it is possible to enter the “Step” value for all three parameters amplitude, phase and frequency. 79 00:02:17,824 --> 00:02:24,395 This means that it is possible to increase or decrease all these parameters simultaneously with different or the same amplitudes. 80 00:02:24,426 --> 00:02:32,100 At the top of this table, by checking “Simple mode (L1-L2-L3)”, you will have the same steps for all three voltage or current phases. 81 00:02:32,124 --> 00:02:40,708 After checking this option in “Voltage” and “Current” sections, the parameter on which we wish to create a ramp is selected from the slide bar in the “Ramp on” section. 82 00:02:40,772 --> 00:02:43,867 Then, the “Step” value is entered in “Step Value” field. 83 00:02:43,933 --> 00:02:57,302 After unchecking “Simple mode(L1-L2-L3)”, in “Step Values” table, “1”, “2” and “3” volts are entered for voltage signals as ramp values while for current signals, “0.1”, “0.2” and “0.3” amps are entered as ramp values. 84 00:02:57,326 --> 00:02:59,707 By checking “Enable mouse wheel” option, 85 00:02:59,731 --> 00:03:09,249 if the cursor is on “Step Values” table, by using the mouse wheel, it is possible to increase or decrease the signal values and the specified steps simultaneously. 86 00:03:09,273 --> 00:03:12,669 This can be during or even before running the test. 87 00:03:13,200 --> 00:03:18,627 It should be noted that these changes are only possible if the ramp is set on “Manual” mode. 88 00:03:18,651 --> 00:03:18,701 “ 89 00:03:18,702 --> 00:03:18,751 “Q 90 00:03:18,752 --> 00:03:18,802 “Qu 91 00:03:18,803 --> 00:03:18,852 “Qui 92 00:03:18,853 --> 00:03:18,903 “Quic 93 00:03:18,904 --> 00:03:18,953 “Quick 94 00:03:18,954 --> 00:03:19,004 “Quick 95 00:03:19,005 --> 00:03:19,055 “Quick S 96 00:03:19,056 --> 00:03:19,105 “Quick Se 97 00:03:19,106 --> 00:03:19,156 “Quick Set 98 00:03:19,157 --> 00:03:19,206 “Quick Sett 99 00:03:19,207 --> 00:03:19,257 “Quick Setti 100 00:03:19,258 --> 00:03:19,307 “Quick Settin 101 00:03:19,308 --> 00:03:19,358 “Quick Setting 102 00:03:19,359 --> 00:03:19,408 “Quick Setting” 103 00:03:19,409 --> 00:03:19,459 “Quick Setting” 104 00:03:19,460 --> 00:03:19,510 “Quick Setting” s 105 00:03:19,511 --> 00:03:19,560 “Quick Setting” se 106 00:03:19,561 --> 00:03:19,611 “Quick Setting” sec 107 00:03:19,612 --> 00:03:19,661 “Quick Setting” sect 108 00:03:19,662 --> 00:03:19,712 “Quick Setting” secti 109 00:03:19,713 --> 00:03:19,762 “Quick Setting” sectio 110 00:03:19,763 --> 00:03:19,813 “Quick Setting” section 111 00:03:19,814 --> 00:03:20,214 “Quick Setting” section 112 00:03:20,238 --> 00:03:23,497 In this section by checking “Show Time from final step”, 113 00:03:23,521 --> 00:03:29,829 the time from the final step is displayed. One of the uses for this is in measuring the trip time of the relay. 114 00:03:29,853 --> 00:03:36,189 By checking “Clear Test after Start Edit” after running the test, if any changes are made to the test, 115 00:03:36,665 --> 00:03:42,205 without using the Clear test option, Information and setting can be altered. 116 00:03:42,230 --> 00:03:48,221 By checking “Enable mouse wheel everywhere” option and keeping the cursor on “Detail View” window, 117 00:03:48,372 --> 00:03:54,078 by scrolling the mouse wheel, the signal values increase or decrease along with the specified steps. 118 00:03:54,102 --> 00:04:01,396 If the mouse wheel is scrolled up the ramp increases while if the mouse wheel is scrolled down the ramp decreases. 119 00:04:01,435 --> 00:04:06,062 This option is used when only when the ramp is set on “Manual” mode. 120 00:04:06,086 --> 00:04:13,434 By checking “Show Only Final Trip” option, only the time of the final trip is displayed in “Binary Inputs” section. 121 00:04:13,458 --> 00:04:21,403 In “Time Out” field, the injection time of “State” is specified which is by default in set on “999” seconds in “Quick” mode. 122 00:04:21,427 --> 00:04:25,947 In “Quick” mode, the ramp is created either automatically or manually. 123 00:04:25,971 --> 00:04:35,716 After running the test if the “Manual” option is selected, the ramp is created manually and by clicking on “˄” and “˅” it is possible to create increasing or decreasing ramp. 124 00:04:35,740 --> 00:04:40,378 If during the test “Auto” option is selected, ramp is created automatically. 125 00:04:40,402 --> 00:04:50,002 In "∆t" field the time of each step is specified. By selecting “Up”, the ramp increases automatically and by selecting “Down” it decreases automatically. 126 00:04:50,026 --> 00:04:58,431 In “Enable Reset” field, it is possible to specify the reset time of signal value in a way that after checking this option during the test, 127 00:04:58,455 --> 00:05:05,680 the signal value is “Reset” for the specified period of time which is determined in “Reset” in “Reset Values” table. 128 00:05:05,711 --> 00:05:13,560 In this “State Type” it is possible to add information and results of the test to the output report by clicking on “Add to report” option. 129 00:05:13,584 --> 00:05:20,515 After clicking on this option, by opening the “State and Comment of Report” page, the settings related to the output report are adjusted. 130 00:05:20,539 --> 00:05:31,685 In the “Title” field, a title is entered for the output report and in “Show in Report” section from the “Quick” tree diagram, it is specified that what information are to be included in the output report. 131 00:05:31,709 --> 00:05:37,002 In “Comment” section, it is possible to add an additional comment or explanation for the report. 132 00:05:37,026 --> 00:05:40,483 In “Custom Image” section, you can add an image to the report. 133 00:05:40,507 --> 00:05:50,640 In this report, it is the user who determines whether the test was successful or not by clicking on “Passed” option for success and “Failed” option for failure of the test. 134 00:05:50,664 --> 00:05:55,615 Then, the result is included in the report which can be viewed in the “Report View” window. 135 00:05:55,639 --> 00:06:04,451 By clicking on “Edit.Delete.Report” option, the “Delete from Report” window opens where it is possible to edit or delete the added reports. 136 00:06:04,475 --> 00:06:13,052 It is done by selecting the intended report and clicking on “Edit Selected Report” to edit the report and then clicking on “Passed” or “Fail”. 137 00:06:14,266 --> 00:06:18,883 It is, also, possible to delete a report by clicking on “Delete Selected Report”. 138 00:06:18,907 --> 00:06:24,061 In the row of every report there are columns like “Trip Time”, “Detail View”, etc. 139 00:06:24,085 --> 00:06:31,504 which are added to the report if “True” is selected as their value but “False” is selected, they are removed from the output report. 140 00:06:31,528 --> 00:06:37,480 By clicking on “Swap” at the top of the page, “Quick Setting” and “Ramp Termination” sections are swapped. 141 00:06:37,504 --> 00:06:42,684 This is done, according to the user's need, to show the "Ramp Termination" section. 142 00:06:42,724 --> 00:06:47,367 In “Ramp Termination” section, the conditions for terminating the “Ramp” are specified. 143 00:06:47,391 --> 00:06:54,955 The difference between this section and “State Termination” is that here the signal injection is continued and only step change of signals 144 00:06:54,994 --> 00:07:00,629 is terminated but in “State Termination” after the condition is met, the “State” is terminated. 145 00:07:00,653 --> 00:07:06,739 The termination conditions of “Ramp” are just like “Trigger Setting” which has been described in previous videos. 146 00:07:06,763 --> 00:07:17,076 By selecting “Reset Value”, it is possible to adjust the “Reset” value for voltage and current signals in “Reset Values” table so if “Apply Reset” is selected during the test, 147 00:07:17,583 --> 00:07:22,465 the values of voltage and current signals change to the specified “Reset” values. 148 00:07:22,973 --> 00:07:28,431 This feature is useful in tests like “Minimum Voltage to Operate Circuit breaker. 149 00:07:28,455 --> 00:07:33,501 By clicking on “Apply Zero”, the values of voltage and current signals are changed to zero. 150 00:07:33,525 --> 00:07:39,665 By clicking on “Hold Value”, the values of voltage and current signals remain as they are and do not change. 151 00:07:39,689 --> 00:07:44,306 The information related to "Trigger Setting" has been described in previous videos. 152 00:07:44,330 --> 00:07:50,002 By selecting "Offset Value", it is possible to give an offset to the signal in the "Offset Value" table. 153 00:07:50,026 --> 00:07:59,815 For example it is possible to give a value of "DC=10" volts to "VLE-1" signal or even give a value of decaying "DC" to the initial voltage. 154 00:07:59,847 --> 00:08:05,366 It is also possible to add a harmonic offset to the initial signal by changing the frequency. 155 00:08:05,390 --> 00:08:11,286 After repeating the test, all changes made along with their time are displayed in “Changes” section. 156 00:08:11,310 --> 00:08:15,545 “Disable Relay” section has been described in previous videos.