1
00:00:24,023 --> 00:00:24,087
"

2
00:00:24,088 --> 00:00:24,152
"S

3
00:00:24,153 --> 00:00:24,217
"Se

4
00:00:24,218 --> 00:00:24,282
"Set

5
00:00:24,283 --> 00:00:24,347
"Set

6
00:00:24,348 --> 00:00:24,412
"Set M

7
00:00:24,413 --> 00:00:24,477
"Set Mo

8
00:00:24,478 --> 00:00:24,542
"Set Mod

9
00:00:24,543 --> 00:00:24,608
"Set Mode

10
00:00:24,609 --> 00:00:24,673
"Set Mode

11
00:00:24,674 --> 00:00:24,738
"Set Mode a

12
00:00:24,739 --> 00:00:24,803
"Set Mode an

13
00:00:24,804 --> 00:00:24,868
"Set Mode and

14
00:00:24,869 --> 00:00:24,933
"Set Mode and

15
00:00:24,934 --> 00:00:24,998
"Set Mode and F

16
00:00:24,999 --> 00:00:25,063
"Set Mode and Fa

17
00:00:25,064 --> 00:00:25,128
"Set Mode and Fau

18
00:00:25,129 --> 00:00:25,193
"Set Mode and Faul

19
00:00:25,194 --> 00:00:25,258
"Set Mode and Fault

20
00:00:25,259 --> 00:00:25,323
"Set Mode and Fault

21
00:00:25,324 --> 00:00:25,388
"Set Mode and Fault T

22
00:00:25,389 --> 00:00:25,453
"Set Mode and Fault Ty

23
00:00:25,454 --> 00:00:25,518
"Set Mode and Fault Typ

24
00:00:25,519 --> 00:00:25,583
"Set Mode and Fault Type

25
00:00:25,584 --> 00:00:25,648
"Set Mode and Fault Type"

26
00:00:25,649 --> 00:00:25,714
"Set Mode and Fault Type"

27
00:00:25,715 --> 00:00:25,779
"Set Mode and Fault Type" :

28
00:00:25,780 --> 00:00:25,844
"Set Mode and Fault Type" :

29
00:00:25,845 --> 00:00:25,909
"Set Mode and Fault Type" : P

30
00:00:25,910 --> 00:00:25,974
"Set Mode and Fault Type" : Pa

31
00:00:25,975 --> 00:00:26,039
"Set Mode and Fault Type" : Par

32
00:00:26,040 --> 00:00:26,104
"Set Mode and Fault Type" : Part

33
00:00:26,105 --> 00:00:26,169
"Set Mode and Fault Type" : Part

34
00:00:26,170 --> 00:00:26,234
"Set Mode and Fault Type" : Part 1

35
00:00:26,235 --> 00:00:26,635
"Set Mode and Fault Type" : Part 1

36
00:00:26,660 --> 00:00:31,195
Using options in "Set Mode" field in "Set Mode and Fault Type" part,

37
00:00:31,220 --> 00:00:41,479
the user can introduce certain parameters to software to test in "Analog Output Channels" table and produce the device voltage and the current corresponding to them

38
00:00:41,504 --> 00:00:45,318
The output values of device can be observed in "Table View" window.

39
00:00:45,343 --> 00:00:52,651
Considering test conditions, the "State Types" of "Continuous Ramp" and "Harmonic" are performed only in "General: Direct" mode.

40
00:00:52,676 --> 00:01:01,250
Additionally, considering "Power Swing" test conditions, " State Type :Tracking" is performed in "Distance: Z-I const" mode.

41
00:01:01,275 --> 00:01:10,941
Note that since in "Transient Type", the values and type of data are extracted from "Comtrade" file, "Set Mode and Fault Type" part does not exist.

42
00:01:10,966 --> 00:01:19,938
The "Set Mode" filed can be put on different modes in the "State Types" of "Step Ramp", "Quick", and "Normal"; in this film we refer to "General" modes.

43
00:01:19,962 --> 00:01:27,029
"Analog Output Channels" table in "General" modes has "Signal", "Amplitude", "Phase", and "Frequency" columns.

44
00:01:27,053 --> 00:01:27,103
G

45
00:01:27,104 --> 00:01:27,154
Ge

46
00:01:27,155 --> 00:01:27,204
Gen

47
00:01:27,205 --> 00:01:27,255
Gene

48
00:01:27,256 --> 00:01:27,306
Gener

49
00:01:27,307 --> 00:01:27,357
Genera

50
00:01:27,358 --> 00:01:27,408
General

51
00:01:27,409 --> 00:01:27,459
General:

52
00:01:27,460 --> 00:01:27,509
General:

53
00:01:27,510 --> 00:01:27,560
General: D

54
00:01:27,561 --> 00:01:27,611
General: Di

55
00:01:27,612 --> 00:01:27,662
General: Dir

56
00:01:27,663 --> 00:01:27,713
General: Dire

57
00:01:27,714 --> 00:01:27,763
General: Direc

58
00:01:27,764 --> 00:01:27,814
General: Direct

59
00:01:27,815 --> 00:01:27,865
General: Direct"

60
00:01:27,866 --> 00:01:27,916
General: Direct"

61
00:01:27,917 --> 00:01:27,967
General: Direct" M

62
00:01:27,968 --> 00:01:28,018
General: Direct" Mo

63
00:01:28,019 --> 00:01:28,068
General: Direct" Mod

64
00:01:28,069 --> 00:01:28,119
General: Direct" Mode

65
00:01:28,120 --> 00:01:28,170
General: Direct" Mode:

66
00:01:28,171 --> 00:01:28,571
General: Direct" Mode:

67
00:01:28,595 --> 00:01:29,408
In this mode,

68
00:01:29,432 --> 00:01:41,355
values of voltage signals and the output current of the device are directly determined by adjusting the phase values of voltage signals and the values of current signal lines in "Analog Output Channels" table.

69
00:01:41,379 --> 00:01:50,183
In this mode, the frequency value can be determined in "Analog Output Channels" table, but in other modes, the frequency value is obtained from"Test Object".

70
00:01:50,207 --> 00:01:56,761
As it can be observed, values of "Analog Output Channels" table have been directly entered in "Table View" window.

71
00:01:56,785 --> 00:01:56,837
"

72
00:01:56,838 --> 00:01:56,889
"G

73
00:01:56,890 --> 00:01:56,942
"Ge

74
00:01:56,943 --> 00:01:56,995
"Gen

75
00:01:56,996 --> 00:01:57,048
"Gene

76
00:01:57,049 --> 00:01:57,100
"Gener

77
00:01:57,101 --> 00:01:57,153
"Genera

78
00:01:57,154 --> 00:01:57,206
"General

79
00:01:57,207 --> 00:01:57,259
"General:

80
00:01:57,260 --> 00:01:57,311
"General:

81
00:01:57,312 --> 00:01:57,364
"General: L

82
00:01:57,365 --> 00:01:57,417
"General: Li

83
00:01:57,418 --> 00:01:57,470
"General: Lin

84
00:01:57,471 --> 00:01:57,522
"General: Line

85
00:01:57,523 --> 00:01:57,575
"General: Line-

86
00:01:57,576 --> 00:01:57,628
"General: Line-L

87
00:01:57,629 --> 00:01:57,681
"General: Line-Li

88
00:01:57,682 --> 00:01:57,733
"General: Line-Lin

89
00:01:57,734 --> 00:01:57,786
"General: Line-Line

90
00:01:57,787 --> 00:01:57,839
"General: Line-Line

91
00:01:57,840 --> 00:01:57,892
"General: Line-Line "

92
00:01:57,893 --> 00:01:57,944
"General: Line-Line "

93
00:01:57,945 --> 00:01:57,997
"General: Line-Line " M

94
00:01:57,998 --> 00:01:58,050
"General: Line-Line " Mo

95
00:01:58,051 --> 00:01:58,103
"General: Line-Line " Mod

96
00:01:58,104 --> 00:01:58,155
"General: Line-Line " Mode

97
00:01:58,156 --> 00:01:58,208
"General: Line-Line " Mode:

98
00:01:58,209 --> 00:01:58,609
"General: Line-Line " Mode:

99
00:01:58,633 --> 00:02:06,399
In this mode, the output signals values of the device are determined by adjusting the line to line values of voltage and current signals,

100
00:02:06,440 --> 00:02:11,064
as well as the value of zero sequence voltage in "Analog Output Channels" table.

101
00:02:11,088 --> 00:02:17,808
As it can be observed, the current values in "Analog Output Channels" table have been directly entered into "Table View" window.

102
00:02:17,832 --> 00:02:20,948
By changing the zero sequence voltage to 5V,

103
00:02:20,972 --> 00:02:30,599
the voltage value of each phase changes to 6 V in the first phase and 4.583 V in other phases based on the defined relations.

104
00:02:30,623 --> 00:02:30,666
"

105
00:02:30,667 --> 00:02:30,709
"G

106
00:02:30,710 --> 00:02:30,753
"Ge

107
00:02:30,754 --> 00:02:30,796
"Gen

108
00:02:30,797 --> 00:02:30,840
"Gene

109
00:02:30,841 --> 00:02:30,883
"Gener

110
00:02:30,884 --> 00:02:30,927
"Genera

111
00:02:30,928 --> 00:02:30,970
"General

112
00:02:30,971 --> 00:02:31,014
"General:

113
00:02:31,015 --> 00:02:31,057
"General:

114
00:02:31,058 --> 00:02:31,101
"General: S

115
00:02:31,102 --> 00:02:31,144
"General: Sy

116
00:02:31,145 --> 00:02:31,188
"General: Sym

117
00:02:31,189 --> 00:02:31,231
"General: Symm

118
00:02:31,232 --> 00:02:31,275
"General: Symme

119
00:02:31,276 --> 00:02:31,318
"General: Symmet

120
00:02:31,319 --> 00:02:31,362
"General: Symmetr

121
00:02:31,363 --> 00:02:31,405
"General: Symmetri

122
00:02:31,406 --> 00:02:31,449
"General: Symmetric

123
00:02:31,450 --> 00:02:31,492
"General: Symmetrica

124
00:02:31,493 --> 00:02:31,536
"General: Symmetrical

125
00:02:31,537 --> 00:02:31,579
"General: Symmetrical

126
00:02:31,580 --> 00:02:31,623
"General: Symmetrical C

127
00:02:31,624 --> 00:02:31,666
"General: Symmetrical Co

128
00:02:31,667 --> 00:02:31,710
"General: Symmetrical Com

129
00:02:31,711 --> 00:02:31,753
"General: Symmetrical Comp

130
00:02:31,754 --> 00:02:31,797
"General: Symmetrical Compo

131
00:02:31,798 --> 00:02:31,840
"General: Symmetrical Compon

132
00:02:31,841 --> 00:02:31,884
"General: Symmetrical Compone

133
00:02:31,885 --> 00:02:31,927
"General: Symmetrical Componen

134
00:02:31,928 --> 00:02:31,971
"General: Symmetrical Component

135
00:02:31,972 --> 00:02:32,014
"General: Symmetrical Components

136
00:02:32,015 --> 00:02:32,058
"General: Symmetrical Components"

137
00:02:32,059 --> 00:02:32,101
"General: Symmetrical Components"

138
00:02:32,102 --> 00:02:32,145
"General: Symmetrical Components" M

139
00:02:32,146 --> 00:02:32,188
"General: Symmetrical Components" Mo

140
00:02:32,189 --> 00:02:32,232
"General: Symmetrical Components" Mod

141
00:02:32,233 --> 00:02:32,275
"General: Symmetrical Components" Mode

142
00:02:32,276 --> 00:02:32,676
"General: Symmetrical Components" Mode

143
00:02:32,700 --> 00:02:35,855
In this mode, by adjusting the value of voltage and positive,

144
00:02:35,879 --> 00:02:44,569
negative, and zero sequence current in "Analog Output Channels" table, the values of device voltage and current signals corresponding to them are determined.

145
00:02:44,593 --> 00:02:58,217
In order to observe these changes, the negative sequence value changes to 5. According to mathematical relations, the value of the first phase and the other two phases was calculated to be 11 V and 4 V, respectively.

146
00:02:58,241 --> 00:03:11,916
In addition, by changing the negative sequence current to 2 Amperes, the output values of current change to 2.391, 3.973, and 1.581 Amperes, respectively.

147
00:03:11,947 --> 00:03:11,989
"

148
00:03:11,990 --> 00:03:12,031
"G

149
00:03:12,032 --> 00:03:12,073
"Ge

150
00:03:12,074 --> 00:03:12,116
"Gen

151
00:03:12,117 --> 00:03:12,158
"Gene

152
00:03:12,159 --> 00:03:12,200
"Gener

153
00:03:12,201 --> 00:03:12,242
"Genera

154
00:03:12,243 --> 00:03:12,285
"General

155
00:03:12,286 --> 00:03:12,327
"General:

156
00:03:12,328 --> 00:03:12,369
"General:

157
00:03:12,370 --> 00:03:12,412
"General: P

158
00:03:12,413 --> 00:03:12,454
"General: Po

159
00:03:12,455 --> 00:03:12,496
"General: Pow

160
00:03:12,497 --> 00:03:12,538
"General: Powe

161
00:03:12,539 --> 00:03:12,581
"General: Power

162
00:03:12,582 --> 00:03:12,623
"General: Powers

163
00:03:12,624 --> 00:03:12,665
"General: Powers"

164
00:03:12,666 --> 00:03:12,708
"General: Powers":

165
00:03:12,709 --> 00:03:12,750
"General: Powers":

166
00:03:12,751 --> 00:03:12,792
"General: Powers": M

167
00:03:12,793 --> 00:03:12,834
"General: Powers": Mo

168
00:03:12,835 --> 00:03:12,877
"General: Powers": Mod

169
00:03:12,878 --> 00:03:12,919
"General: Powers": Mode

170
00:03:12,920 --> 00:03:13,320
"General: Powers": Mode

171
00:03:13,344 --> 00:03:21,764
In this mode, the values of device voltage and output current signals are determined by adjusting the phase value of voltage signals, apparent power,

172
00:03:21,788 --> 00:03:25,460
active power, and reactive power in "Analog Output Channels" table.

173
00:03:25,485 --> 00:03:38,440
The fourth to sixth rows of apparent power are related to each phase and the seventh row is the apparent row of three phases whose magnitude is determined in "Amplitude" column and their angle is determined in "Phase" column.

174
00:03:38,464 --> 00:03:43,781
Moreover, the eights to tenth rows are related to the active and reactive power of each phase,

175
00:03:43,805 --> 00:03:48,779
and the eleventh row is related to the active and reactive power of three phases.

176
00:03:48,803 --> 00:03:55,364
The active power value is determined in "Amplitude" column and reactive power value is determined in "Phase" column.

177
00:03:55,388 --> 00:03:56,663
As it can be observed,

178
00:03:56,687 --> 00:04:09,172
the voltage values in"Analog Output Channels" table are directly entered into "Table View" window and by changing the value of apparent power of three phases to 50 volt-ampere (VA) in" Analog Output Channels" table,

179
00:04:09,214 --> 00:04:19,231
the current values in the output change to 1.515 A in the first phase and 4.167 A in the other two phases.

180
00:04:19,255 --> 00:04:19,317
"

181
00:04:19,318 --> 00:04:19,379
"G

182
00:04:19,380 --> 00:04:19,442
"Ge

183
00:04:19,443 --> 00:04:19,504
"Gen

184
00:04:19,505 --> 00:04:19,567
"Gene

185
00:04:19,568 --> 00:04:19,630
"Gener

186
00:04:19,631 --> 00:04:19,692
"Genera

187
00:04:19,693 --> 00:04:19,755
"General

188
00:04:19,756 --> 00:04:19,817
"General:

189
00:04:19,818 --> 00:04:19,880
"General:

190
00:04:19,881 --> 00:04:19,942
"General: F

191
00:04:19,943 --> 00:04:20,005
"General: Fa

192
00:04:20,006 --> 00:04:20,068
"General: Fau

193
00:04:20,069 --> 00:04:20,130
"General: Faul

194
00:04:20,131 --> 00:04:20,193
"General: Fault

195
00:04:20,194 --> 00:04:20,255
"General: Fault

196
00:04:20,256 --> 00:04:20,318
"General: Fault V

197
00:04:20,319 --> 00:04:20,381
"General: Fault Va

198
00:04:20,382 --> 00:04:20,443
"General: Fault Val

199
00:04:20,444 --> 00:04:20,506
"General: Fault Valu

200
00:04:20,507 --> 00:04:20,568
"General: Fault Value

201
00:04:20,569 --> 00:04:20,631
"General: Fault Values

202
00:04:20,632 --> 00:04:20,693
"General: Fault Values"

203
00:04:20,694 --> 00:04:20,756
"General: Fault Values"

204
00:04:20,757 --> 00:04:20,819
"General: Fault Values" M

205
00:04:20,820 --> 00:04:20,881
"General: Fault Values" Mo

206
00:04:20,882 --> 00:04:20,944
"General: Fault Values" Mod

207
00:04:20,945 --> 00:04:21,006
"General: Fault Values" Mode

208
00:04:21,007 --> 00:04:21,069
"General: Fault Values" Mode:

209
00:04:21,070 --> 00:04:21,470
"General: Fault Values" Mode:

210
00:04:21,494 --> 00:04:31,562
In this mode, first the fault type is selected from the slider bar of "Fault Type" field, then in "Analog Output Channels" table, the value of fault voltage,

211
00:04:31,586 --> 00:04:41,228
fault current, and their angle are entered and the values of device voltage signals and output current corresponding to them can be seen in "Table View" window.

212
00:04:41,252 --> 00:04:44,546
As single phase to ground fault is selected here,

213
00:04:44,570 --> 00:04:54,450
the values of device voltage and output current in that phase are considered to be equal to the value of fault voltage and current in"Analog Output Channels" table.