1
00:00:26,196 --> 00:00:26,254
B

2
00:00:26,255 --> 00:00:26,313
Bi

3
00:00:26,314 --> 00:00:26,372
Bin

4
00:00:26,373 --> 00:00:26,431
Bina

5
00:00:26,432 --> 00:00:26,490
Binar

6
00:00:26,491 --> 00:00:26,549
Binary

7
00:00:26,550 --> 00:00:26,608
Binary 

8
00:00:26,609 --> 00:00:26,667
Binary I

9
00:00:26,668 --> 00:00:26,726
Binary In

10
00:00:26,727 --> 00:00:26,784
Binary Inp

11
00:00:26,785 --> 00:00:26,843
Binary Inpu

12
00:00:26,844 --> 00:00:26,902
Binary Input

13
00:00:26,903 --> 00:00:26,961
Binary Input 

14
00:00:26,962 --> 00:00:27,020
Binary Input S

15
00:00:27,021 --> 00:00:27,079
Binary Input Se

16
00:00:27,080 --> 00:00:27,138
Binary Input Set

17
00:00:27,139 --> 00:00:27,197
Binary Input Sett

18
00:00:27,198 --> 00:00:27,256
Binary Input Setti

19
00:00:27,257 --> 00:00:27,315
Binary Input Settin

20
00:00:27,316 --> 00:00:27,374
Binary Input Setting

21
00:00:27,375 --> 00:00:27,433
Binary Input Setting,

22
00:00:27,434 --> 00:00:27,492
Binary Input Setting, 

23
00:00:27,493 --> 00:00:27,551
Binary Input Setting, P

24
00:00:27,552 --> 00:00:27,610
Binary Input Setting, Pa

25
00:00:27,611 --> 00:00:27,669
Binary Input Setting, Par

26
00:00:27,670 --> 00:00:27,728
Binary Input Setting, Part

27
00:00:27,729 --> 00:00:27,787
Binary Input Setting, Part1

28
00:00:27,788 --> 00:00:28,688
Binary Input Setting, Part1

29
00:00:28,746 --> 00:00:32,668
IN the "Binary Input" tab in “Hardware Configuration" window,

30
00:00:32,693 --> 00:00:36,577
 the settings of the 10 binary inputs are set

31
00:00:36,602 --> 00:00:41,670
Binaries 1 to 8 are located at the bottom of the front panel from left to right

32
00:00:41,695 --> 00:00:46,570
Binaries 9 and 10 are located in the upper right row of the front panel

33
00:00:46,691 --> 00:00:49,394
Binaries 1 to 8 are of the voltage type

34
00:00:49,419 --> 00:00:55,033
The binaries 9 and 10 are used for measuring AC and DC signals (with 50micro precision)

35
00:00:55,073 --> 00:01:01,050
up to 500mA(binary 9)  and 240mV(binary 10) respectively

36
00:01:01,358 --> 00:01:04,928
Activating and deactivating a “Binary Input”:

37
00:01:05,095 --> 00:01:10,797
Activation or deactivation of binaries is determined in the "Binary Input Target" column

38
00:01:10,822 --> 00:01:16,218
For example, you can activate binary number 3 by clicking on its relevant field

39
00:01:16,243 --> 00:01:23,673
In this case, a list of different targets is displayed and you can select one depending on your test's needs

40
00:01:23,931 --> 00:01:28,650
Note that the binary inputs of the device may be sensitive to its target

41
00:01:28,675 --> 00:01:33,281
In the Instrument test while changing the hardware configuration of the device,

42
00:01:33,306 --> 00:01:36,483
(you should) note that the label of binary inputs must be selected

43
00:01:36,508 --> 00:01:39,518
in accordance with thesetting of the test configuration

44
00:01:39,543 --> 00:01:45,562
By clicking on this field and selecting "Not Used", it is possible to deactivate the corresponding "Binary Input"

45
00:01:45,587 --> 00:01:50,314
It is also possible to use the "N" shortcut to deactivate a "Binary Input"

46
00:01:50,339 --> 00:01:54,703
You can activate or deactivate the binaries 1 to 8 at the same time by

47
00:01:54,728 --> 00:01:58,164
using the square above the binaries' numbers column

48
00:01:58,189 --> 00:02:00,819
Selecting a “Label” for a “Binary Input”:

49
00:02:00,844 --> 00:02:06,189
You can select a "Label" for your desired "Binary Input" in the "Binary Input Label" column

50
00:02:06,214 --> 00:02:11,776
. By default,the Name of("Label" selected in the) "Binary Input Target" is selected(listed in this part)

51
00:02:11,896 --> 00:02:19,038
but the user can, also, select a different "Label" from the drop-down list or enter a new "Label" in Persian or English

52
00:02:19,063 --> 00:02:23,883
. It should be noted that in "Report" and binary signal display in "Signal View ",

53
00:02:23,908 --> 00:02:28,579
the "Label" specified in this section is displayed as the label for the signal

54
00:02:28,604 --> 00:02:31,772
This also applies to "Analog Output" and "Binary Output" and

55
00:02:31,797 --> 00:02:35,730
in the "Report" the "Label" is displayed for the desired parameter

56
00:02:35,990 --> 00:02:37,857
Specifying Binary-Input Type

57
00:02:37,882 --> 00:02:44,409
Specifying Binary-Input Type: In the "Binary Input Type" column, the type of binary inputs number 1 to 8 is selected from two generic modes of "Dry" and "Wet",

58
00:02:44,434 --> 00:02:47,145
which is by default set as "Dry"

59
00:02:47,170 --> 00:02:54,024
In this case("Dry"), there is a 2V DC on "Binary Inputs" and by short-circuiting the output contacts of the relay,

60
00:02:54,049 --> 00:02:59,724
the voltage drop to zero and the logic signal 1 is detected by the binary

61
00:02:59,757 --> 00:03:04,737
In the "Wet" mode, the binaries number 1 to 8 are set to measuring mode

62
00:03:04,762 --> 00:03:08,028
There are three levels for this mode

63
00:03:08,053 --> 00:03:14,325
In the "Wet Max 4.5(V)" level, the "Binary Input" measures up to 4.5V,

64
00:03:14,350 --> 00:03:20,968
up to 30V (with 3mV precision) in the "Wet Max 30(V)" and up to 188V (with 10mV precision)

65
00:03:20,993 --> 00:03:24,856
in the "Wet Max 188(V)" level.

66
00:03:24,881 --> 00:03:29,448
When the "Wet" mode is selected for "Binary Input", the "Threshold" column is activated.

67
00:03:29,547 --> 00:03:34,344
In this column, a threshold is specified for "Binary Input" status

68
00:03:34,369 --> 00:03:41,004
For example in the "Wet Max 30(V)" level, if the threshold is set to "10",

69
00:03:41,029 --> 00:03:49,250
if the maximum input voltage is less than 10V, logic signal 0 is detected

70
00:03:49,294 --> 00:03:51,886
If the "Binary Input" is used for measuring the voltage,

71
00:03:51,911 --> 00:03:55,092
it is important to select the maximum level of "Wet" measurement.

72
00:03:55,117 --> 00:04:00,708
For example, to measure a 23V voltage, the binary level "Wet Max 30(V)" must be selected

73
00:04:00,733 --> 00:04:07,858
If “Wet Max 4.5(V)" is selected, when the voltage exceeds 4.5V,

74
00:04:09,929 --> 00:04:14,013
the software gives an "Over Voltage Binary" error message and if the "Over Voltage"

75
00:04:14,038 --> 00:04:19,244
error has been disabled, by exceeding the specified voltage, the binary input operates

76
00:04:19,269 --> 00:04:24,209
in a dual-purpose mode which means that it records the logical signal (pick up or trip)

77
00:04:24,234 --> 00:04:30,310
and also, measures the voltage and by injecting AC voltage, the binary turns into repetitive zeros and ones

78
00:04:30,335 --> 00:04:35,366
In this case, the memory of the software gets full and a "Result is Full" error is displayed

79
00:04:35,391 --> 00:04:41,446
Also, if the "Wet Max 188(V)" is selected, the measurement precision is decreased