1 00:00:26,663 --> 00:00:26,743 “ 2 00:00:26,744 --> 00:00:26,823 “R 3 00:00:26,824 --> 00:00:26,903 “Ra 4 00:00:26,904 --> 00:00:26,983 “Ram 5 00:00:26,984 --> 00:00:27,063 “Ramp 6 00:00:27,064 --> 00:00:27,143 “Ramp 7 00:00:27,144 --> 00:00:27,224 “Ramp A 8 00:00:27,225 --> 00:00:27,304 “Ramp As 9 00:00:27,305 --> 00:00:27,384 “Ramp Ass 10 00:00:27,385 --> 00:00:27,464 “Ramp Asse 11 00:00:27,465 --> 00:00:27,544 “Ramp Asses 12 00:00:27,545 --> 00:00:27,625 “Ramp Assess 13 00:00:27,626 --> 00:00:27,705 “Ramp Assessm 14 00:00:27,706 --> 00:00:27,785 “Ramp Assessme 15 00:00:27,786 --> 00:00:27,865 “Ramp Assessmen 16 00:00:27,866 --> 00:00:27,945 “Ramp Assessment 17 00:00:27,946 --> 00:00:28,026 “Ramp Assessment” 18 00:00:28,027 --> 00:00:28,106 “Ramp Assessment” 19 00:00:28,107 --> 00:00:28,186 “Ramp Assessment” T 20 00:00:28,187 --> 00:00:28,266 “Ramp Assessment” Ta 21 00:00:28,267 --> 00:00:28,346 “Ramp Assessment” Tab 22 00:00:28,347 --> 00:00:28,747 “Ramp Assessment” Tab 23 00:00:28,899 --> 00:00:35,529 The “Ramp Assessment” tab is used for evaluating a signal in case special condition in the test. 24 00:00:35,554 --> 00:00:41,429 For example, if a relay picks up a current, the current amplitude will be assessed and evaluated. 25 00:00:41,467 --> 00:00:45,860 Note that this evaluation is used only for the “States” of the “Ramp” type. 26 00:00:45,885 --> 00:00:54,246 For better explanation, three states are generated in such a way that the first state is adjusted as “Normal” with the voltage of 5 V for two seconds, 27 00:00:54,271 --> 00:01:06,000 the second “State” is adjusted as “Step Ramp” from 5 V to 20 V with 1 V steps and the third “State” is adjusted as “Step Ramp” from 30 V to 50 V with 2 V steps. 28 00:01:06,025 --> 00:01:08,355 In addition, in the first column a name, 29 00:01:08,406 --> 00:01:11,308 for example, Ramp will be entered for evaluation. 30 00:01:11,333 --> 00:01:20,322 In the “Ramp State”, the intended “State” will be selected from the “states” of the “Ramp”. Note that because this evaluation is only for the “Ramp” type “States”, 31 00:01:20,346 --> 00:01:28,948 the first “State” that is as “Normal” type is not shown in this field and from the states of two and three, the “State 2” will be selected for evaluation. 32 00:01:28,972 --> 00:01:38,390 In the “condition” column, a condition is specified for evaluation that here, the intended condition will be specified as receiving the “Trip” signal from one binary. 33 00:01:38,414 --> 00:01:43,243 Also, in the “Signal” column, the intended parameter for evaluation is selected. 34 00:01:43,267 --> 00:01:51,619 For example, the “V L1-E” is selected. It means that the “V L1-E” voltage is evaluated when the trip signal is received. 35 00:01:51,643 --> 00:02:01,277 If you want to evaluate other signals simultaneously, you have to the right-click, select the “Add” option and create other columns and define another evaluation. 36 00:02:01,308 --> 00:02:06,737 Other existing options in the right-click section has been explained in previous videos. 37 00:02:06,761 --> 00:02:13,892 In the “Signal Type” column, you have to set the evaluation to be performed on what parameter of the selected signal. 38 00:02:14,011 --> 00:02:16,057 here, the “Amplitude” is selected. 39 00:02:16,421 --> 00:02:22,622 In the “Norm” column, the intended value of the amplitude in the time of term happening is specified. 40 00:02:22,646 --> 00:02:32,342 For example, this value is set to be 40 V. in the “Dev+” and “Dev-“ columns, the positive and negative tolerances are entered which can be different from each other. 41 00:02:32,366 --> 00:02:40,232 Here, to observe the performance of this section, the positive and negative tolerances of 2 V and 3 V are entered, respectively. 42 00:02:40,256 --> 00:02:46,834 By running the test, in the time of receiving the “trip 0->1” signal by third binary of the device, 43 00:02:46,858 --> 00:02:53,905 the actual value of amplitude of the “V L1-E” signal will be shown in the “Act” column in which, 44 00:02:53,930 --> 00:03:05,649 deviation from the nominal value in the “Dev” column is about 42 In the “Assessment column, the evaluation result will be specified that if the “Act” value is located in the allowable range i.e. 45 00:03:05,673 --> 00:03:13,852 (Nom)-( Dev-) to (Nom)+( Dev+), the assessment result will be “Passed”, otherwise it would be “Failed”. 46 00:03:13,876 --> 00:03:22,633 ”. Here, because the value of 42 is in the range of 37 V to 42 V, this evaluation will be “Passed”. 47 00:03:22,657 --> 00:03:32,724 In the “T Act” column, the “Trip” signal receiving time is specified and recorded by the device that here, this time is about 3.39 seconds. 48 00:03:32,749 --> 00:03:45,227 Also, in the T Act Final Step column, the receiving time of the “Trip” signal is recorded from the last step of “Ramp”, which here is about 399.2mili seconds. 49 00:03:45,251 --> 00:03:53,581 In addition, if you want to define a “comment” for your assessment, you can enter your intended comment in the “Use Comment” column.