1 00:00:24,222 --> 00:00:26,503 “Signal View” Setting: part I: 2 00:00:26,528 --> 00:00:34,706 At the top bar of this tab, there is a list of enabled signals in the device inputs or outputs being enabled in "Hardware Configuration" window. 3 00:00:35,112 --> 00:00:39,433 each of these signals in "Signal View" window, it should be selected in this bar; 4 00:00:40,082 --> 00:00:44,482 Note that "Show Actual Value" should be set to see “Binary Input”. 5 00:00:45,986 --> 00:00:50,363 For example, " voltage group B" is enabled in "Hardware Configuration" window. 6 00:00:50,388 --> 00:00:56,620 Then, by enabling " Binary Input" "C3" on "Trip" signal and setting its "Show Actual Value", 7 00:00:56,728 --> 00:01:06,527 these signals are added to the list of enabled signals in order to display in "Signal View" settings that the relevant signal can observed by selecting each one. 8 00:01:06,551 --> 00:01:12,641 Since the voltage and current outputs of Group "A" are enabled in "Hardware Configuration" window, 9 00:01:12,665 --> 00:01:19,375 all voltage and current signals of Group "A" can be observed by selecting "Voltage GroupA" and "Current GroupA". 10 00:01:19,399 --> 00:01:25,227 These options can be displayed in this way if "B" voltage and current groups are enabled; 11 00:01:25,258 --> 00:01:31,453 in addition we can also have a specific graph for each phase by selecting each one of the phases. 12 00:01:31,484 --> 00:01:39,077 Voltage All" and "Current All" options represnet the voltage and current output signals of groups "A" and "B" in a graph. 13 00:01:39,102 --> 00:01:47,406 "Digital" option represents the status of receiving or not receiving "Binary Input" and "Binary Output" signals in a specific graph. 14 00:01:47,430 --> 00:01:53,833 Fot this purpose, set the "State" time to 5 seconds in "Detail View" and "Trigger" is set to 1 "C3" binary. 15 00:01:53,857 --> 00:01:55,524 After performing the test, 16 00:01:55,548 --> 00:02:02,883 this binary is short circaited and you can see that receving the signal is shown on "C3" binary in "Digital" graph. 17 00:02:03,063 --> 00:02:07,594 In "General Setting", the settings related to the display of signals is performed. 18 00:02:07,618 --> 00:02:17,921 In Button Radio, displaying the signal will be effectiove by selecting "RMS" in radio button , and the signal display will be instantaneous by selecting "Inst". 19 00:02:17,945 --> 00:02:24,514 Two options "Period Time" and "Num. Of Period" in this section for the "Actuals" being received from the device. 20 00:02:24,538 --> 00:02:31,022 "Period Time" is used for indicating the time of a period and the default value is set according to frequency, 21 00:02:31,046 --> 00:02:34,507 but you should change this manually by changing the frequency. 22 00:02:34,531 --> 00:02:40,389 "Num. Of Period" is used for calculating the "RMS" value based on the average number of several periods. 23 00:02:40,420 --> 00:02:46,866 As the number groes up, the longer it will take, while the accuracy increases and there will be less fluctuations. 24 00:02:46,890 --> 00:02:56,343 By selecting "Live Scroll", you can easily observe the voltage or current signal changes at any moment of the injection and the instantaneous signal changes. 25 00:02:56,367 --> 00:03:03,615 In order to see this, a test will run on the zoomed signal and you can always observe the moment of injecting the signal. 26 00:03:10,639 --> 00:03:16,982 By selecting “Highlight Current State”, a part of the signal related to the current “State” is specified. 27 00:03:17,006 --> 00:03:23,490 In order to see this, if another State is added, a part of the signal related to the current State will be highlighted. 28 00:03:23,514 --> 00:03:31,240 "Show Time On Binary" displays the time related to disconencting or connecting the output and input binaries to "Digital" graph. 29 00:03:31,265 --> 00:03:39,616 For observing it, run the test , on which the time is shown by connecting and disconencting the "C3" binary. 30 00:03:39,905 --> 00:03:44,859 In "Show Table", the settings related to "Cursors" and "Data Table" are made. 31 00:03:45,382 --> 00:03:50,912 First, you should enable Cursor and Data Table by selecting them at the top of the table. 32 00:03:50,936 --> 00:03:58,873 In this table, up to three "Cursors" can be enabled in "Cursor" column and Data Table can be used for analyzing the signals. 33 00:03:59,078 --> 00:04:05,372 Remember to show the data in each "Cursor" in "Data Table" the related "Data Table" column should be checked 34 00:04:05,397 --> 00:04:15,221 In addition, three other rows specific to the difference between "C1", "C2" and "C3" cursors can be enabled or disabled in "Data Table" column. 35 00:04:15,246 --> 00:04:19,053 After enabling "Cursor" and "Data Table" at the top of the table, 36 00:04:19,078 --> 00:04:23,201 you will see a table and two "Trackbars" added to "Signal View" window. 37 00:04:23,225 --> 00:04:26,334 "Time" column represents the time when the "Cursor" is on it. 38 00:04:26,358 --> 00:04:31,967 In "Signal" column, a signal is dedicated to "Cursor". "Value" column represents the signal value, 39 00:04:31,991 --> 00:04:40,524 "RMS" column represents the effective signal value, " Phase " column shows the signal angle and in " Frequency "column, the test frequency is displayed. 40 00:04:40,549 --> 00:04:41,637 In "Extra Setting", 41 00:04:41,662 --> 00:04:48,480 while "Cursor" is active by checking "Snap" when the"Cursor" is approached to the moment of recording the digital signal 42 00:04:48,505 --> 00:04:52,367 the "Cursor" is attached to the moment of receiviong the digital signal 43 00:04:52,391 --> 00:04:55,099 this increases the accuracy of reading time 44 00:04:55,123 --> 00:04:57,537 In "Extra Options" and "Num. Of Points" field, 45 00:04:57,561 --> 00:05:02,639 the number of sampling points from the signal is specified and if you can reduce this value, 46 00:05:02,663 --> 00:05:07,099 you will see that displaying the signal will leave the full sinusoidal state. 47 00:05:07,123 --> 00:05:12,045 "Refresh All" refreshes all computational sections in "Signal View" window.