1 00:00:23,634 --> 00:00:28,916 ‪The general settings of the device are adjusted in the “Hardware” tab on the “Preferences” page 2 00:00:28,942 --> 00:00:38,576 ‪In the “Fan mode” section, selecting "Silent" will change the speed of the "Fan" depending on the temperature of the switches or heatsinks of the device which is displayed on this page 3 00:00:38,601 --> 00:00:45,059 ‪But, if the "Max.Power" option is selected, the fan of the device will work at its maximum power constantly 4 00:00:45,084 --> 00:00:54,784 ‪By activating the "Smart Delay" option, if the temperature of the device reaches 55 degrees, in the rooms such as "Distance" and "OverCurrent" 5 00:00:54,998 --> 00:01:02,712 ‪where points are used for the test, the test will automatically pause and a message saying "Cooling" will be displayed on the bottom bar of the test screen 6 00:01:02,737 --> 00:01:06,581 ‪The test will not resume until the temperature reaches 45 degrees 7 00:01:06,606 --> 00:01:11,557 The maximum operating temperature of the device is specified in the "Maximum Temperature" section. 8 00:01:11,582 --> 00:01:16,640 If the temperature of the device exceeds this value, the device will stop working completely. 9 00:01:16,665 --> 00:01:23,842 This value can be changed up to 70 degrees but, except for certain conditions, the user must not set the temperature above 60 degrees 10 00:01:23,866 --> 00:01:31,788 In the "Switch Off After Test" section, the user can specify how many seconds after the test is finished, the current and voltage switches should be opened 11 00:01:31,812 --> 00:01:36,692 This number is set to 5 seconds by default but it can be increased up to 10 seconds 12 00:01:36,717 --> 00:01:40,983 In the "Deviation" section, the reporting conditions for “Other” errors can be specified 13 00:01:41,007 --> 00:01:53,900 By default, it is specified in the software that if there is a difference between actual voltage of the device and value specified in the software exceed 4 volts or the current difference goes over 500 mA, the “Other” error should be displayed. 14 00:01:53,924 --> 00:01:59,480 In the "Relative" section, this value is specified as a percentage of the value specified in the test 15 00:01:59,504 --> 00:02:06,013 In the actual operating mode, the device uses the lowest value among these two for the error message. 16 00:02:06,037 --> 00:02:12,269 In the "Binary Input Status" section, it is specified which binary is connected and which binary is not. 17 00:02:12,293 --> 00:02:16,326 In the "Disable Error" section, we can disable possible error of the device 18 00:02:16,350 --> 00:02:23,821 "Select All Error Other": “Other” error is displayed when the device is unable to produce the current and voltage asked by the user 19 00:02:23,846 --> 00:02:30,572 The cause for this error can be the voltage outputs' short circuting or the current outputs' open-circuting 20 00:02:30,943 --> 00:02:37,424 By opening the drop-down of each errors’ fields, any error can be disabled for a number of voltage and current outputs 21 00:02:37,448 --> 00:02:45,627 "Select All Error Self": every time before running the test, the device checks its internal hardware to determine whether it is capable of 22 00:02:45,651 --> 00:02:57,487 generating +50V or -50V of voltage and +5A and -5A of current، If there is a problem, the device displays a "Self Calibration" error 23 00:02:57,511 --> 00:03:03,693 "Error Thermal": this error is displayed when the temperature of the device's sensors is increased 24 00:03:03,717 --> 00:03:11,735 Occasionally, the thermal sensor of one of the switches has a problem, indicating irrational temperatures such as 800 degrees 25 00:03:11,759 --> 00:03:18,345 In this case, in the slider of this section, it is possible to deactivate the thermal error to continue working with the device 26 00:03:18,369 --> 00:03:24,685 "Error Over Current Binary 9": the binary 9 of the device can measure the current up to 500mA 27 00:03:24,709 --> 00:03:29,535 If the input current of this binary exceeds this value, this error is displayed 28 00:03:29,559 --> 00:03:34,818 "Select All Error Over Voltage Binary": depending on the duration specified for them, 29 00:03:34,842 --> 00:03:40,520 if their input voltage exceeds the specified limit, the binary inputs of the device will display this error 30 00:03:40,544 --> 00:03:49,123 For instance, in the 4.5V mode, if the input voltage of any of the binaries exceeds 4.5V, the device will display this error 31 00:03:49,147 --> 00:03:56,115 In the "Times For ignoring Over Voltage Binary" field, the maximum time allowed to ignore the "Over Voltage" error of the binary is specified 32 00:03:56,147 --> 00:04:04,020 By default, it is set that if the time for the "Over Voltage" error is not shorter than 100 milliseconds, the device will not display any error about this matter 33 00:04:20,452 --> 00:04:25,176 This should be noted that, since "Thermal Error" and "Error Over Current Binary 9" are among the fatal "Errors" of the device, their deactivation setting will not be saved by the software and will be disabled each time the software is run, then if this "Error" needs to be disabled, the user must do this manually. 34 00:04:25,201 --> 00:04:31,846 In the "Repetition" field, the number of times that a series of data are written in the RAM and erased is specified.The "Check RAM" section is used for testing the RAM that is used in the “AMT”. 35 00:04:31,886 --> 00:04:36,693 This section can be used in case of uncertainty about the performance of the device's RAM. 36 00:04:37,037 --> 00:04:42,131 Since the writing and reading operations are performed on the RAM multiple times, eventually 37 00:04:42,156 --> 00:04:47,371 if there is a problem in this process, the error light on the panel of the device will turn on 38 00:04:47,396 --> 00:04:52,046 In the "Earth" section, it is possible to enable or disable the "Earth" error of the device 39 00:04:52,071 --> 00:04:57,662 If the "Enable" option is checked, it is necessary to connect the "Earth" cable to perform the test 40 00:04:57,687 --> 00:05:01,896 Otherwise, an “Earth” error will be displayed and the device will stop working 41 00:05:01,921 --> 00:05:07,167 This error can be deactivated by unchecking the “Enable” option. But, it is vital to note that, 42 00:05:07,192 --> 00:05:16,013 doing so during the test can be lethal and as it is ,also, stated in the displayed message, Vebko company will not be responsible. 43 00:05:16,038 --> 00:05:21,537 It is possible to activate or deactivate the main hardware switches of the device in the “Switches” section 44 00:05:21,562 --> 00:05:26,472 The switch number 1 is related to the voltages and currents of the group A output 45 00:05:26,497 --> 00:05:30,857 The switch number 2 is related to the voltages and currents of the group B output 46 00:05:30,882 --> 00:05:35,893 By deactivating every switch, all outputs of that switch will be deactivated 47 00:05:35,918 --> 00:05:44,484 In the "Combination Cable" section, if the "Voltage" option is selected, the outputs of the Neutrik cable will include three current and three voltage phases 48 00:05:44,509 --> 00:05:54,679 But if the "Current" option is selected, the output of the cable will consist of two three-phase current groups which are used for various tests such as differential test 49 00:05:54,703 --> 00:06:00,789 The "Open VDC Setting" option is used to enable the DC output voltage of the device 50 00:06:00,813 --> 00:06:04,722 By clicking on this option, the "VDC Diagrams" page opens 51 00:06:04,746 --> 00:06:11,620 On this page, in the "DC Value" field of the "Apply" section, the output DC value of this port is specified 52 00:06:11,644 --> 00:06:15,735 This value can be set up to a maximum of 212V DC 53 00:06:15,759 --> 00:06:23,640 By clicking on the "Apply" option, the "AUX DC" port of the device will inject the amount that is specified in the "DC Value" field 54 00:06:23,665 --> 00:06:28,488 The "AUX DC" output can be disabled by clicking on the "Disable DC" option 55 00:06:28,512 --> 00:06:35,828 By activating the "Record Period" option in the next field, a duration of time is specified for recording the output signal of this port 56 00:06:35,852 --> 00:06:41,542 In the "Now Value" section, the amount of current and voltage produced by the "AUX DC" port is displayed 57 00:06:41,566 --> 00:06:45,720 The "Max Current" field shows the maximum current taken from this port 58 00:06:45,744 --> 00:06:51,892 In the following two diagrams, the instantaneous amounts of voltage and DC current of this port are indicated 59 00:06:51,916 --> 00:06:58,781 It is also possible to save the settings set on this page as a PDF file by clicking on the "Export Report" option 60 00:06:58,805 --> 00:07:07,268 To reset and update the amount of the current displayed in the "Max Current" section, you can click on the "Reset Max Current" option 61 00:07:07,292 --> 00:07:14,338 By checking the "Dancing Light" option, the LEDs in front of the device will turn on in a dancing manner. 62 00:07:14,363 --> 00:07:19,510 This operation is to test the healthy "LED" binary inputs of the device.