1 00:00:24,113 --> 00:00:24,166 ‫ 2 00:00:24,167 --> 00:00:24,220 ‫D 3 00:00:24,221 --> 00:00:24,274 ‫De 4 00:00:24,275 --> 00:00:24,328 ‫Det 5 00:00:24,329 --> 00:00:24,382 ‫Dete 6 00:00:24,383 --> 00:00:24,436 ‫Deter 7 00:00:24,437 --> 00:00:24,489 ‫Determ 8 00:00:24,490 --> 00:00:24,543 ‫Determi 9 00:00:24,544 --> 00:00:24,597 ‫Determin 10 00:00:24,598 --> 00:00:24,651 ‫Determini 11 00:00:24,652 --> 00:00:24,705 ‫Determinin 12 00:00:24,706 --> 00:00:24,759 ‫Determining 13 00:00:24,760 --> 00:00:24,813 ‫Determining 14 00:00:24,814 --> 00:00:24,867 ‫Determining D 15 00:00:24,868 --> 00:00:24,920 ‫Determining De 16 00:00:24,921 --> 00:00:24,974 ‫Determining Dec 17 00:00:24,975 --> 00:00:25,028 ‫Determining Deci 18 00:00:25,029 --> 00:00:25,082 ‫Determining Decim 19 00:00:25,083 --> 00:00:25,136 ‫Determining Decima 20 00:00:25,137 --> 00:00:25,190 ‫Determining Decimal 21 00:00:25,191 --> 00:00:25,244 ‫Determining Decimal 22 00:00:25,245 --> 00:00:25,297 ‫Determining Decimal N 23 00:00:25,298 --> 00:00:25,351 ‫Determining Decimal Nu 24 00:00:25,352 --> 00:00:25,405 ‫Determining Decimal Num 25 00:00:25,406 --> 00:00:25,459 ‫Determining Decimal Numb 26 00:00:25,460 --> 00:00:25,513 ‫Determining Decimal Numbe 27 00:00:25,514 --> 00:00:25,567 ‫Determining Decimal Number 28 00:00:25,568 --> 00:00:25,621 ‫Determining Decimal Numbers 29 00:00:25,622 --> 00:00:25,675 ‫Determining Decimal Numbers 30 00:00:25,676 --> 00:00:25,728 ‫Determining Decimal Numbers P 31 00:00:25,729 --> 00:00:25,782 ‫Determining Decimal Numbers Pa 32 00:00:25,783 --> 00:00:25,836 ‫Determining Decimal Numbers Par 33 00:00:25,837 --> 00:00:25,890 ‫Determining Decimal Numbers Part 34 00:00:25,891 --> 00:00:26,691 ‫Determining Decimal Numbers Part 35 00:00:26,716 --> 00:00:33,071 After explaining the toolbar it is necessary to give an introductory about the basic concepts in the system 36 00:00:33,096 --> 00:00:35,889 each room includes four main parts 37 00:00:35,914 --> 00:00:42,366 1-”Number of Decimal Places Setting” Display settings for numbers and quantity units in the test rooms. 38 00:00:42,391 --> 00:00:46,560 2-”Hardware configuration” For the Device hardware settings. 39 00:00:46,661 --> 00:00:50,308 3-”Test Object Parameters" To access the relay settings. 40 00:00:50,333 --> 00:00:53,984 4-”Report View” To access the output and the test reports 41 00:00:54,009 --> 00:01:00,640 Given these four components and the nature of each window and its functions in every room, you can run a test. 42 00:01:00,763 --> 00:01:05,254 Click on the “Number of Decimal Places Setting” to open its page 43 00:01:05,279 --> 00:01:09,536 in this page you will find the names of the quantities in the “Parameters Name” 44 00:01:09,561 --> 00:01:14,915 you will find the units of every quantity written in the “Absolute Unit" block and they can be changed 45 00:01:14,940 --> 00:01:19,817 the “Absolute Eng. Factor" shows a Number of meaningful figures, for example, 46 00:01:19,842 --> 00:01:29,013 if you enter the number 545569 in the “Sample Value” and enter the number 3 in the “Absolute Eng Factor" block, 47 00:01:29,288 --> 00:01:36,215 the program shows 546KΩ which is also displayed in the “Absolute Display” block 48 00:01:36,397 --> 00:01:45,194 if you enter number 2 in this block, the number displayed in the Absolute Display” block is 550.00KΩ 49 00:01:45,219 --> 00:01:49,633 Absolute Accuracy” block shows the number of decimal fractions rounded up 50 00:01:49,658 --> 00:01:59,680 for example, if you enter 5.235 and enter 2 in the “Absolute Accuracy” block, the final number is 5.2 51 00:02:00,952 --> 00:02:05,944 Now, in this case, if you enter the number 5 in “Absolute Eng. Factor”, 52 00:02:05,969 --> 00:02:10,371 5.2400 is displayed in the “Absolute Display” 53 00:02:10,396 --> 00:02:17,655 which shows 5 meaningful figures that the last two digits are rounded up corresponding to the “Absolute Accuracy” block 54 00:02:17,680 --> 00:02:28,013 The blocks “Relative Accuracy”, “Relative Unit", “Relative Eng.Factor" and “Relative Display” also have the same functions but only for relative values 55 00:02:28,600 --> 00:02:39,768 for example, if the voltage unit in “Absolute Unit" is VATR and in the “Relative Unit" is HYU, 56 00:02:39,793 --> 00:02:49,189 clicking on “Ok"shows that the voltage unit is changed and changing the mode from “Absolute” to “Relative” has also changed its unit