1 00:00:23,949 --> 00:00:23,996 “ 2 00:00:23,997 --> 00:00:24,043 “C 3 00:00:24,044 --> 00:00:24,091 “Co 4 00:00:24,092 --> 00:00:24,138 “Con 5 00:00:24,139 --> 00:00:24,186 “Cont 6 00:00:24,187 --> 00:00:24,233 “Conta 7 00:00:24,234 --> 00:00:24,281 “Contac 8 00:00:24,282 --> 00:00:24,328 “Contact 9 00:00:24,329 --> 00:00:24,376 “Contact 10 00:00:24,377 --> 00:00:24,424 “Contact R 11 00:00:24,425 --> 00:00:24,471 “Contact Re 12 00:00:24,472 --> 00:00:24,519 “Contact Res 13 00:00:24,520 --> 00:00:24,566 “Contact Resi 14 00:00:24,567 --> 00:00:24,614 “Contact Resis 15 00:00:24,615 --> 00:00:24,661 “Contact Resist 16 00:00:24,662 --> 00:00:24,709 “Contact Resista 17 00:00:24,710 --> 00:00:24,756 “Contact Resistan 18 00:00:24,757 --> 00:00:24,804 “Contact Resistanc 19 00:00:24,805 --> 00:00:24,852 “Contact Resistance 20 00:00:24,853 --> 00:00:24,899 “Contact Resistance” 21 00:00:24,900 --> 00:00:24,947 “Contact Resistance” 22 00:00:24,948 --> 00:00:24,994 “Contact Resistance” t 23 00:00:24,995 --> 00:00:25,042 “Contact Resistance” te 24 00:00:25,043 --> 00:00:25,089 “Contact Resistance” tes 25 00:00:25,090 --> 00:00:25,137 “Contact Resistance” test 26 00:00:25,138 --> 00:00:25,638 “Contact Resistance” test 27 00:00:26,281 --> 00:00:30,710 In this tab, ohm resistance test of CB contacts is performed. 28 00:00:30,735 --> 00:00:36,120 The test settings include “I Test” and “State Time” is specified in “Test Setting” . 29 00:00:36,145 --> 00:00:43,631 As you know, the method used by “AMT105” to measure the resistance is divide the measured voltage by the injected current. 30 00:00:44,088 --> 00:00:54,696 In “Voltage Measurement Mode” section, you can select from among inputs “1” and “10” for the measurement in accordance with the voltage level and the maximum CB contact resistance. 31 00:00:54,721 --> 00:00:58,999 As you see, “Input 1” has two voltage levels for the measurement. 32 00:00:59,024 --> 00:01:12,991 The first level is “4.5” volts on “Wet4.5” while the second level is on “Wet30” but since the device current resources can only produce up to “8” volts, this item is limited to “8” volts. 33 00:01:13,016 --> 00:01:17,805 In “Result” section, the ohm resistance measurement result of each contact is displayed. 34 00:01:17,830 --> 00:01:24,397 To perform this test, first, you need to add as many rows as the contacts by right-clicking and clicking “Add”. 35 00:01:24,422 --> 00:01:32,659 Then, set the wirings in accordance with the specified picture. Note that by double-clicking on this picture you can magnify it. 36 00:01:33,074 --> 00:01:52,535 In this wiring, you need to “Jumper “la1”, “lb1”, “la2” and “lb2” together and “la3”, “lb3”, “la4” and “lb4” together and connect “la1” and “la4” phases to the CB contact in accordance with the picture. 37 00:01:57,712 --> 00:02:06,546 To measure the voltage, the selected “Binary Input” should be connected to the CB contact and further from the current connectors. 38 00:02:06,571 --> 00:02:22,583 Note that to perform the test using a clamp and injecting high currents, multiple parallel wires should be used and they should be connected to the side where there are three pins while the voltage measuring wire should be connected to the side where there is only one pin. 39 00:02:22,608 --> 00:02:28,322 To perform the test, right-click on the phase related to that row and select “Apply Test”. 40 00:02:31,448 --> 00:02:38,197 In “Signal View” section, the waveform of the current along with its “Actual” values and the measured voltage can be viewed 41 00:02:38,222 --> 00:02:46,570 Also, in “Table View”, you can see that two “States” are created in accordance with the settings specified in “Test Setting” and the test is performed. 42 00:02:46,595 --> 00:02:55,363 Note that, to test each contact, you need to add the related row in “Result” section and test each contact separately by setting the specified wiring. 43 00:03:01,409 --> 00:03:11,714 In this table, custom name, name of the phase, the measured voltage, the actual injected current, the measured resistance and the result of the assessment are entered in “Name”, 44 00:03:11,738 --> 00:03:15,965 “Phase”, “V DC”, ‘I DC”, “Rmeas” 45 00:03:15,989 --> 00:03:25,235 and “Assessment” fields respectively. Note that the test assessment is done by comparing the resistance entered in “Test Object” and the measured resistance. 46 00:03:25,259 --> 00:03:32,329 In the end, after the test is performed, the results should be added to the report which is done by clicking on “Add to Report”. 47 00:03:32,749 --> 00:03:40,194 Also, if you wish to add specific parts of the test to the report delete or edit it, you can use the “Add to Report” cog. 48 00:03:40,686 --> 00:03:53,255 By clicking on this cog, you can see that the items that can be added to the “Report” are checked and if you do not wish any of these items to be added to the report, you can simply uncheck your intended item. 49 00:03:53,279 --> 00:04:05,375 Also note that the test results are not automatically added to the report after performing a test and it is necessary to add the results to the report by selecting “Add to Report” before “Clearing the test”. 50 00:04:05,859 --> 00:04:09,905 In performing this test, it is imperative to note the following: 51 00:04:09,929 --> 00:04:23,921 First: “Error Other” in performing the test means that there is a problem in connections or the current route resistance is too high that the device is not able to provide the “Burden” needed to inject the current. 52 00:04:23,945 --> 00:04:28,213 Therefore, in this case, check the “Actual current” from “Signal View”. 53 00:04:28,237 --> 00:04:33,421 If the current is injected (“Actual Current”) but the difference with the specified current is too large, 54 00:04:33,445 --> 00:04:43,055 In the cases where the route resistance is high, the test current must be decreased and if the “Actual Current” equals zero, the connections must be examined. 55 00:04:43,107 --> 00:04:45,888 make sure the CB is closed. 56 00:04:46,021 --> 00:04:55,247 Second: the measured voltage must have similar cycles. A high tolerance or a zero voltage means that the connectors are not connected correctly. 57 00:04:55,271 --> 00:05:04,612 Third: in cases of facing “Error: Over Voltage”, you need to select the “Input” with the bigger “Max Voltage” from “Voltage Measurement Mode” section. 58 00:05:05,151 --> 00:05:10,595 Fourth: if you wish to modify wiring or use binaries other than “1” and “10”, 59 00:05:10,619 --> 00:05:17,090 first you need to check “Don’t Change Hardware Setting” and then apply the desired hardware modifications. 60 00:05:17,114 --> 00:05:24,762 Fifth: “at Calibration State” option is used to remove the ambient noise effect from the voltage of the binaries. 61 00:05:24,786 --> 00:05:31,629 If this option is checked, in the first “State” the voltage is measured and deducted from the final result.