1 00:00:23,255 --> 00:00:23,311 W 2 00:00:23,312 --> 00:00:23,369 Wr 3 00:00:23,370 --> 00:00:23,426 Wri 4 00:00:23,427 --> 00:00:23,483 Writ 5 00:00:23,484 --> 00:00:23,540 Writi 6 00:00:23,541 --> 00:00:23,598 Writin 7 00:00:23,599 --> 00:00:23,655 Writing 8 00:00:23,656 --> 00:00:23,712 Writing 9 00:00:23,713 --> 00:00:23,769 Writing “ 10 00:00:23,770 --> 00:00:23,827 Writing “X 11 00:00:23,828 --> 00:00:23,884 Writing “XR 12 00:00:23,885 --> 00:00:23,941 Writing “XRi 13 00:00:23,942 --> 00:00:23,999 Writing “XRio 14 00:00:24,000 --> 00:00:24,056 Writing “XRio 15 00:00:24,057 --> 00:00:24,113 Writing “XRio C 16 00:00:24,114 --> 00:00:24,170 Writing “XRio Co 17 00:00:24,171 --> 00:00:24,228 Writing “XRio Con 18 00:00:24,229 --> 00:00:24,285 Writing “XRio Conv 19 00:00:24,286 --> 00:00:24,342 Writing “XRio Conve 20 00:00:24,343 --> 00:00:24,399 Writing “XRio Conver 21 00:00:24,400 --> 00:00:24,457 Writing “XRio Convert 22 00:00:24,458 --> 00:00:24,514 Writing “XRio Converte 23 00:00:24,515 --> 00:00:24,571 Writing “XRio Converter 24 00:00:24,572 --> 00:00:24,629 Writing “XRio Converter” 25 00:00:24,630 --> 00:00:24,686 Writing “XRio Converter” 26 00:00:24,687 --> 00:00:24,743 Writing “XRio Converter” f 27 00:00:24,744 --> 00:00:24,800 Writing “XRio Converter” fo 28 00:00:24,801 --> 00:00:24,858 Writing “XRio Converter” for 29 00:00:24,859 --> 00:00:24,915 Writing “XRio Converter” for 30 00:00:24,916 --> 00:00:24,972 Writing “XRio Converter” for a 31 00:00:24,973 --> 00:00:25,029 Writing “XRio Converter” for an 32 00:00:25,030 --> 00:00:25,087 Writing “XRio Converter” for an 33 00:00:25,088 --> 00:00:25,144 Writing “XRio Converter” for an O 34 00:00:25,145 --> 00:00:25,201 Writing “XRio Converter” for an Ov 35 00:00:25,202 --> 00:00:25,259 Writing “XRio Converter” for an Ove 36 00:00:25,260 --> 00:00:25,316 Writing “XRio Converter” for an Over 37 00:00:25,317 --> 00:00:25,373 Writing “XRio Converter” for an Over 38 00:00:25,374 --> 00:00:25,430 Writing “XRio Converter” for an Over c 39 00:00:25,431 --> 00:00:25,488 Writing “XRio Converter” for an Over cu 40 00:00:25,489 --> 00:00:25,545 Writing “XRio Converter” for an Over cur 41 00:00:25,546 --> 00:00:25,602 Writing “XRio Converter” for an Over curr 42 00:00:25,603 --> 00:00:25,659 Writing “XRio Converter” for an Over curre 43 00:00:25,660 --> 00:00:25,717 Writing “XRio Converter” for an Over curren 44 00:00:25,718 --> 00:00:25,774 Writing “XRio Converter” for an Over current 45 00:00:25,775 --> 00:00:25,831 Writing “XRio Converter” for an Over current 46 00:00:25,832 --> 00:00:25,889 Writing “XRio Converter” for an Over current r 47 00:00:25,890 --> 00:00:25,946 Writing “XRio Converter” for an Over current re 48 00:00:25,947 --> 00:00:26,003 Writing “XRio Converter” for an Over current rel 49 00:00:26,004 --> 00:00:26,060 Writing “XRio Converter” for an Over current rela 50 00:00:26,061 --> 00:00:26,118 Writing “XRio Converter” for an Over current relay 51 00:00:26,119 --> 00:00:26,143 Writing “XRio Converter” for an Over current relay: 52 00:00:26,209 --> 00:00:31,469 To write an “XRio Converter” file in the “Test Object” page, first you need to add a block. 53 00:00:31,494 --> 00:00:35,038 To begin, right-click on “Custom” block and select “Add Block”. 54 00:00:35,063 --> 00:00:39,023 Also, you can use “Ctrl+B” Combined key to add a block. 55 00:00:39,223 --> 00:00:43,512 Likewise, another block is added to the subset of “Custom” block. 56 00:00:43,537 --> 00:00:45,873 Then, the blocks should be named; 57 00:00:45,898 --> 00:00:50,775 to rename the blocks, right-click on “Custom” block and select “Rename Block”. 58 00:00:50,800 --> 00:00:57,694 ”. “7sj62” is selected as the name for this block which is an example of an Over current relay. 59 00:00:57,719 --> 00:01:03,217 It should be noted that you can also use “F2” shortcut key to rename a block. 60 00:01:03,242 --> 00:01:11,599 The blocks “Block1” and “Block2” are named “Relay Parameter Section” and “Additional Information” respectively according to the relay menu. 61 00:01:11,624 --> 00:01:16,241 After naming them, you should specify “ID”, “Name”, etc. for each of the blocks. 62 00:01:16,266 --> 00:01:25,485 By double-clicking on “7sj62” block on “Rio Parameter Viewer” page, “ID=CUSTOM” and “Name=7sj62” are specified. 63 00:01:25,510 --> 00:01:32,118 You can also specify “Description= Custom defined relay parameters”, “Foreign ID” and “Comment” for this block. 64 00:01:32,143 --> 00:01:41,475 In “Enabled” section, by selecting “Enable” it is specified that this block is active (enabled). Then, click on “OK” to save the changes. 65 00:01:41,500 --> 00:01:52,434 Likewise, double-click on “Relay Parameter Section” and specify “ID=SETTING”. Also, for the “Additional Information” block, specify “ID=ADD_PARAM”. 66 00:01:52,459 --> 00:02:05,382 It should be noted that only capital letters are accepted as “ID” and it is not possible to use characters such as “()”, “{}, “/” etc. the only allowed character is “_”. 67 00:02:05,407 --> 00:02:10,972 Next, the “Relay Parameter Section” block is selected and three more blocks are added to its subset. 68 00:02:10,997 --> 00:02:17,597 The first block is named “Device Config” and by double-clicking on it, “ID=DC” (short for Device Config.) is specified. 69 00:02:17,622 --> 00:02:28,643 To add a parameter to this block, right-click on it and select “Add Parameter”; then select the parameter type from the options available in the “Enumeration” on the “Parameter Type” window. 70 00:02:28,668 --> 00:02:32,734 Then, the list of “Enumerations” of this parameter are specified on 71 00:02:32,759 --> 00:02:39,220 “Edit Enumeration Items” window and for each “Enumeration”, “ID(string)” and “Value(string)” are entered. 72 00:02:39,245 --> 00:02:46,561 For example, the first “Enumeration” with “ID=TXT_1_101” and “Value=Disabled”, 73 00:02:46,586 --> 00:03:02,312 the second “Enumeration” with “ID=TXT_2_101” and “Value=Definite Time” and the third “Enumeration” with “ID=TXT_1_101” and “Value=Time Overcurrent” are specified. 74 00:03:02,337 --> 00:03:09,184 By clicking on “OK”, this parameter is added to the box on the right side and a “Name” and an “ID” should be specified for it. 75 00:03:09,209 --> 00:03:15,985 By double-clicking on “State” column, “Rio Parameter Viewer” window opens and “ID=OC_101”, 76 00:03:16,010 --> 00:03:21,829 “Name=50/51” and “Description=Time Overcurrent” are specified for the parameter. 77 00:03:21,854 --> 00:03:29,106 Next, rename the second block to “Power System Data” and by double-clicking on it, specify “ID=PS” (short for Power System). 78 00:03:29,257 --> 00:03:35,386 Then, add another block named “CT’s” with “ID=CT” to the subset of this block. 79 00:03:35,411 --> 00:03:39,251 Now, add a “Real” type parameter to this block. 80 00:03:39,276 --> 00:03:43,094 “Real” type is used for parameters with numerical value. 81 00:03:43,119 --> 00:03:49,632 By double-clicking on “State” column, on this window, specify “ID=CT_PRIMARY”, 82 00:03:49,657 --> 00:03:57,783 “Name=CT PRIMARY”, “Value=300”, “Min Value=10”, “Max Value=5000” and “Unit=A” for the parameter. 83 00:03:57,808 --> 00:04:06,275 This time add an “Enumeration” type parameter and specify two “Enumerations” with “ID=TXT_1_201”, 84 00:04:06,300 --> 00:04:13,118 ”, “Value=1A”, “ID=TXT_2_201” and “Value=5A”. 85 00:04:13,143 --> 00:04:20,838 Then, by double-clicking on “State” column, specify “ID=CT_SEC” and “Name=CT Secondary”. 86 00:04:21,056 --> 00:04:29,846 Now, to proceed, press “F2” button and rename the third block to “Setting Group” and by double-clicking on it, specify “ID=SG” (short for Setting Group). 87 00:04:29,871 --> 00:04:43,162 By using “Ctrl+B” combination key, add another block to the subset of this block and name It “50/51”; then double-click on it and specify “ID=ID_50_51” for this block. 88 00:04:43,187 --> 00:04:55,294 Add two more blocks with the names of “50” and “51” to the subset of this block and specify “ID=ID_50” and “ID=ID_51” for them respectively. 89 00:04:55,319 --> 00:05:04,747 In the “50” block which includes the function “50”, add “Time Delay 50” and “Pickup 50” parameters according to the aforementioned information. 90 00:05:04,772 --> 00:05:16,382 As an example, for “Pickup 50” parameter, information such as “ID=PICKUP_50” and “Name=Pickup 50” are specified on “Rio Parameter Viewer” window. 91 00:05:16,407 --> 00:05:20,393 Likewise, add two parameters to block “51”. 92 00:05:20,418 --> 00:05:31,777 After adding these two parameters with names of “Pickup 51” and “Time Dial 51”, you should add another parameter in which curve function “51” is specified. 93 00:05:31,802 --> 00:05:40,507 This parameter is of “Enumeration” type with two “Enumerations” and with “ID=TXT_1_51”, 94 00:05:40,532 --> 00:05:48,943 “Value=Normal Inverse”, “ID=TXT_2_51” and “Value=Very Inverse”. 95 00:05:48,968 --> 00:05:57,005 Then, double-click on “State” column and specify “ID=CURVE_51” and “Name=IEC_Curve”. 96 00:05:57,030 --> 00:06:04,206 Add a block named “Relay Information” with “ID=RI” (short for Relay Information) to the subset of “Additional Parameter” block. 97 00:06:04,231 --> 00:06:05,225 In this new block, 98 00:06:05,250 --> 00:06:12,012 information such as time and current tolerances are entered which are specified according to the manual of the relay. 99 00:06:12,162 --> 00:06:21,893 To do this, press “Ctrl+P”, select a “Real” type parameter and specify “ID=I_TOL_ABS1” and 100 00:06:21,918 --> 00:06:31,239 and “Name=I Tolerance abs” for this parameter and then according to the manual of the relay, specify “10mA” as its “Value”. 101 00:06:31,714 --> 00:06:39,174 Add more parameters to this block with names of “Operate Time”, “t-Tolerance rel”, t-Tolerance abs”, 102 00:06:39,199 --> 00:06:48,305 “I-Tolerance abs5” and “I-Tolerance rel5”. The information related to these parameters is mentioned on each line. 103 00:06:48,330 --> 00:06:56,835 So far, the information about “Relay Parameter Section” and “Additional Information” for a Over current function is provided simply and briefly. 104 00:06:56,860 --> 00:07:03,883 Also, the structure of “XRio Converter” is completely covered. Now, whether these blocks are enabled should be determined.