1
00:00:23,129 --> 00:00:23,195
W

2
00:00:23,196 --> 00:00:23,263
Wr

3
00:00:23,264 --> 00:00:23,330
Wri

4
00:00:23,331 --> 00:00:23,397
Writ

5
00:00:23,398 --> 00:00:23,465
Writi

6
00:00:23,466 --> 00:00:23,532
Writin

7
00:00:23,533 --> 00:00:23,600
Writing

8
00:00:23,601 --> 00:00:23,667
Writing

9
00:00:23,668 --> 00:00:23,734
Writing f

10
00:00:23,735 --> 00:00:23,802
Writing fo

11
00:00:23,803 --> 00:00:23,869
Writing for

12
00:00:23,870 --> 00:00:23,937
Writing form

13
00:00:23,938 --> 00:00:24,004
Writing formu

14
00:00:24,005 --> 00:00:24,071
Writing formul

15
00:00:24,072 --> 00:00:24,139
Writing formula

16
00:00:24,140 --> 00:00:24,206
Writing formula

17
00:00:24,207 --> 00:00:24,274
Writing formula f

18
00:00:24,275 --> 00:00:24,341
Writing formula fo

19
00:00:24,342 --> 00:00:24,408
Writing formula for

20
00:00:24,409 --> 00:00:24,476
Writing formula for

21
00:00:24,477 --> 00:00:24,543
Writing formula for “

22
00:00:24,544 --> 00:00:24,611
Writing formula for “X

23
00:00:24,612 --> 00:00:24,678
Writing formula for “XR

24
00:00:24,679 --> 00:00:24,745
Writing formula for “XRi

25
00:00:24,746 --> 00:00:24,813
Writing formula for “XRio

26
00:00:24,814 --> 00:00:24,880
Writing formula for “XRio

27
00:00:24,881 --> 00:00:24,948
Writing formula for “XRio C

28
00:00:24,949 --> 00:00:25,015
Writing formula for “XRio Co

29
00:00:25,016 --> 00:00:25,082
Writing formula for “XRio Con

30
00:00:25,083 --> 00:00:25,150
Writing formula for “XRio Conv

31
00:00:25,151 --> 00:00:25,217
Writing formula for “XRio Conve

32
00:00:25,218 --> 00:00:25,285
Writing formula for “XRio Conver

33
00:00:25,286 --> 00:00:25,352
Writing formula for “XRio Convert

34
00:00:25,353 --> 00:00:25,419
Writing formula for “XRio Converte

35
00:00:25,420 --> 00:00:25,487
Writing formula for “XRio Converter

36
00:00:25,488 --> 00:00:25,554
Writing formula for “XRio Converter”

37
00:00:25,555 --> 00:00:25,622
Writing formula for “XRio Converter”4

38
00:00:25,623 --> 00:00:25,690
Writing formula for “XRio Converter”4:

39
00:00:25,715 --> 00:00:34,249
After completing the information regarding “Relay Parameter Section” and “Additional Information” sections, it is necessary to-you should- complete information of the “Rio” section as well.

40
00:00:34,274 --> 00:00:36,725
In “Rio” section, by double-clicking on any block,

41
00:00:36,755 --> 00:00:43,789
a window which includes information about parameters of that block opens; this information is also available in the tree diagram of that block.

42
00:00:43,814 --> 00:00:49,030
For example, parameters like “Device Name”, “Manufacturer”, etc. are located in “Name Plate” block.

43
00:00:49,055 --> 00:00:56,414
It is possible to assign a value to these parameters directly or associate them with parameters from “Custom” section by using formulas.

44
00:00:56,439 --> 00:01:02,283
In this video, necessary parameters for an overcurrent function are linked to values from the “Custom” section.

45
00:01:02,308 --> 00:01:06,012
Note that in writing a formula, the “ID” of each parameter is used.

46
00:01:06,037 --> 00:01:06,097
L

47
00:01:06,098 --> 00:01:06,159
Li

48
00:01:06,160 --> 00:01:06,220
Lin

49
00:01:06,221 --> 00:01:06,281
Link

50
00:01:06,282 --> 00:01:06,343
Linki

51
00:01:06,344 --> 00:01:06,404
Linkin

52
00:01:06,405 --> 00:01:06,465
Linking

53
00:01:06,466 --> 00:01:06,527
Linking

54
00:01:06,528 --> 00:01:06,588
Linking p

55
00:01:06,589 --> 00:01:06,649
Linking pa

56
00:01:06,650 --> 00:01:06,711
Linking par

57
00:01:06,712 --> 00:01:06,772
Linking para

58
00:01:06,773 --> 00:01:06,833
Linking param

59
00:01:06,834 --> 00:01:06,895
Linking parame

60
00:01:06,896 --> 00:01:06,956
Linking paramet

61
00:01:06,957 --> 00:01:07,017
Linking paramete

62
00:01:07,018 --> 00:01:07,079
Linking parameter

63
00:01:07,080 --> 00:01:07,140
Linking parameters

64
00:01:07,141 --> 00:01:07,201
Linking parameters

65
00:01:07,202 --> 00:01:07,263
Linking parameters o

66
00:01:07,264 --> 00:01:07,324
Linking parameters of

67
00:01:07,325 --> 00:01:07,385
Linking parameters of

68
00:01:07,386 --> 00:01:07,447
Linking parameters of “

69
00:01:07,448 --> 00:01:07,508
Linking parameters of “R

70
00:01:07,509 --> 00:01:07,569
Linking parameters of “Ri

71
00:01:07,570 --> 00:01:07,631
Linking parameters of “Rio

72
00:01:07,632 --> 00:01:07,692
Linking parameters of “Rio”

73
00:01:07,693 --> 00:01:07,753
Linking parameters of “Rio”

74
00:01:07,754 --> 00:01:07,815
Linking parameters of “Rio” s

75
00:01:07,816 --> 00:01:07,876
Linking parameters of “Rio” se

76
00:01:07,877 --> 00:01:07,937
Linking parameters of “Rio” sec

77
00:01:07,938 --> 00:01:07,999
Linking parameters of “Rio” sect

78
00:01:08,000 --> 00:01:08,060
Linking parameters of “Rio” secti

79
00:01:08,061 --> 00:01:08,121
Linking parameters of “Rio” sectio

80
00:01:08,122 --> 00:01:08,183
Linking parameters of “Rio” section

81
00:01:08,184 --> 00:01:08,245
Linking parameters of “Rio” section:

82
00:01:08,270 --> 00:01:12,701
In this video –the target- our goal is to complete the information regarding the “51” function.

83
00:01:12,726 --> 00:01:17,700
“In”, “I prim”, etc. parameters are located at the “Nominal Values” section.

84
00:01:17,725 --> 00:01:24,212
To link values of the “In” parameter with the values of “XRio”, it is necessary to define a formula for this parameter.

85
00:01:24,237 --> 00:01:26,855
To do so, after double-clicking on “State” column,

86
00:01:26,880 --> 00:01:35,747
in “Rio Parameter Viewer” window from “Value Properties” section, click on “…” icon in the “Formula” field to open “XRio Formula Editor” window.

87
00:01:35,772 --> 00:01:39,426
On this window, first the intended parameter (CT Secondary) should be entered.

88
00:01:39,451 --> 00:01:46,621
To do this, click on “+” and in “Add Ref.Param” window, select “CT Secondary” parameter from the “XRio” tree diagram.

89
00:01:46,646 --> 00:01:56,716
Then, select “Enumeration=1A” and “ID=TXT_1_201” from the box at the bottom of the page to add them to the “References” section.

90
00:01:56,741 --> 00:02:11,212
For The “In” parameter when the “CT Secondary” parameter’s “Enumeration=1A” ,the value of the parameter “In=1A”; otherwise, it should be “5A”.

91
00:02:11,237 --> 00:02:23,245
To write this formula, the “If” command is used in a way that the final formula is “IIf(CT_SEC=TXT_1_201,1,5)”.

92
00:02:23,270 --> 00:02:25,996
Then, click on “Test” to validate the formula.

93
00:02:26,033 --> 00:02:31,984
In the “Result” section, “Result Value=1A”. Finally, click on “OK” to save the settings.

94
00:02:32,009 --> 00:02:42,433
You can see that the color of “Value” cell of “In” parameter is turned into purple which means that its value is associated with another parameter based on the formula in the “Formula” column.
95
00:02:42,458 --> 00:02:48,241
Also, by clicking on “Reference map”, you can see that the value of this parameter is linked to another parameter.

96
00:02:48,266 --> 00:02:53,515
By double-clicking on the box of the parameter, the given address for this parameter (CT Secondary) is displayed.

97
00:02:53,540 --> 00:02:58,692
If the value of this parameter is changed to “5A”, the value of “In” parameter changes accordingly.

98
00:02:58,717 --> 00:03:05,117
The value of “I prim” parameter is linked to the value of “CT Primary” parameter in the same way.

99
00:03:05,142 --> 00:03:10,307
By following the mentioned steps, “CT Primary” parameter is added to the “References” section.

100
00:03:10,332 --> 00:03:18,081
Because this parameter is of the “Real” type and lacks “Enumeration”, to write the formula, only the phrase “CT_PRIMARY” is entered.

101
00:03:18,106 --> 00:03:24,909
The written formula means that the “I prim” parameter will have the same value as the “CT Primary” parameter.

102
00:03:24,934 --> 00:03:25,002
“

103
00:03:25,003 --> 00:03:25,071
“O

104
00:03:25,072 --> 00:03:25,140
“Ov

105
00:03:25,141 --> 00:03:25,209
“Ove

106
00:03:25,210 --> 00:03:25,278
“Over

107
00:03:25,279 --> 00:03:25,347
“Overc

108
00:03:25,348 --> 00:03:25,416
“Overcu

109
00:03:25,417 --> 00:03:25,485
“Overcur

110
00:03:25,486 --> 00:03:25,554
“Overcurr

111
00:03:25,555 --> 00:03:25,623
“Overcurre

112
00:03:25,624 --> 00:03:25,692
“Overcurren

113
00:03:25,693 --> 00:03:25,761
“Overcurrent

114
00:03:25,762 --> 00:03:25,830
“Overcurrent”

115
00:03:25,831 --> 00:03:25,899
“Overcurrent”

116
00:03:25,900 --> 00:03:25,968
“Overcurrent” b

117
00:03:25,969 --> 00:03:26,037
“Overcurrent” bl

118
00:03:26,038 --> 00:03:26,106
“Overcurrent” blo

119
00:03:26,107 --> 00:03:26,175
“Overcurrent” bloc

120
00:03:26,176 --> 00:03:26,244
“Overcurrent” block

121
00:03:26,245 --> 00:03:26,314
“Overcurrent” block”

122
00:03:26,341 --> 00:03:30,785
After completing “Device” block, information of the “Overcurrent” block should be completed.

123
00:03:30,817 --> 00:03:36,620
By double-clicking on this block, you can see that there is a series of parameters in “Relay Parameters” and

124
00:03:36,645 --> 00:03:41,579
“Elements” tabs which are also available from the “Overcurrent” tree diagram separately.

125
00:03:41,604 --> 00:03:47,402
Also, in the “General” block, parameters such as “Time Tolerance Relative”, “Time Tolerance Absolute”,

126
00:03:47,427 --> 00:03:51,338
Current Tolerance Relative” and “Current Tolerance Minimum” are available.

127
00:03:51,341 --> 00:03:56,816
The information regarding these parameters is available from “Relay Information” block in “Custom” section.

128
00:03:56,841 --> 00:03:59,772
These parameters should be used in the “Rio” section as well.

129
00:03:59,797 --> 00:04:07,822
It should be noted that the value of “Reference Current” parameter is, by default, linked to the value of “INOM” parameter in the “Nominal Values” block.

130
00:04:07,847 --> 00:04:16,295
Double-click on the “State” column in “Time Tolerance Relative” parameter and on “Rio Parameter Viewer” window, click on “…” option.

131
00:04:16,320 --> 00:04:21,354
On the “XRio Formula Editor” window in the “References” section, after clicking on “+”,

132
00:04:21,386 --> 00:04:27,259
“t-Tolerance rel” parameter is added to the “References” section from the “XRio” tree diagram.

133
00:04:27,284 --> 00:04:30,712
Then, the formula is written in form of “TTOLREL”.

134
00:04:30,737 --> 00:04:40,789
Next, click on “TEST” and after “Test was successful” message is displayed, click on “OK”.

135
00:04:40,814 --> 00:04:44,352
A “5%” value is displayed in the “Result Value” section.

136
00:04:44,377 --> 00:04:47,315
Likewise, the value of “Time Tolerance Absolute” and

137
00:04:47,340 --> 00:04:55,983
“Current Tolerance Relative” parameters are linked to and associated with the values of “t-Tolerance abs” and “I-Tolerance rel” parameters.

138
00:04:56,008 --> 00:05:02,560
In the manual of the relay, “Current Tolerance Minimum” parameter is stated as that there is at least “10mA" and

139
00:05:02,585 --> 00:05:07,822
“50mA" current error in “1A” and “5A” nominal currents respectively.

140
00:05:07,847 --> 00:05:18,096
To state this parameter in the software, the formula should be written as “0.01*Inom”. First, it should be determined whether the nominal current is “1A” or “5A”.

141
00:05:18,121 --> 00:05:23,752
Because the “Current Tolerance Minimum” parameter is stated in accordance with “IREF”, to write the formula,

142
00:05:23,777 --> 00:05:35,069
“CT Secondary” and “Reference Current” parameters and “Enumeration=1A” with “ID=TXT_1_201” are should be selected and added to “References” section.

143
00:05:35,094 --> 00:05:48,521
Finally, the formula is written as “0.01*if(CT_SEC=TXT_1_201,1,5)/IREF”.

144
00:05:48,546 --> 00:05:59,512
Note that in the “CT” block, the values of “IPrim” and “ISec” parameters are, by default, linked to the values of “IPRIM” and “INOM” parameters in “Nominal Values” section.

145
00:05:59,537 --> 00:06:07,651
Moreover, the parameters of “VT”, “Neutral CT” and “Residual VT” blocks are, by default, linked to the values of “XRio Converter”.

146
00:06:07,676 --> 00:06:17,374
The “Timed Overcurrent Element” subcategory in the “Overcurrent Elements” block gives us information about “50/51” function like “Pickup” current and operation time.

147
00:06:17,399 --> 00:06:23,352
As mentioned before, in this video, our goal is to complete the information of “51” function.

148
00:06:23,377 --> 00:06:26,900
To activate “51” block, double-click on “OverCurrent” block.

149
00:06:26,925 --> 00:06:33,548
Then, in the “Element” tab double click on “Tripping Characteristic” column and select “IEC Normal Inverse”

150
00:06:33,573 --> 00:06:38,270
curve from the “Manage / Select characteristic” window and then click on “OK”.

151
00:06:38,295 --> 00:06:40,346
Then, in the “Operating Curves” block,

152
00:06:40,371 --> 00:06:48,394
you can see that the “51” curve is defined as an “IEC Normal Inverse” and the information about this curve is displayed as well.