1
00:00:27,170 --> 00:00:28,615
“Reverse” column:

2
00:00:28,640 --> 00:00:35,048
In "False" mode in the "Reverse" column, the logic of binary’s becoming 0 and 1 is the same as described earlier

3
00:00:35,073 --> 00:00:40,161
If the "True" is selected, the detection logic of the binary's becoming 1 is reversed.

4
00:00:40,186 --> 00:00:46,119
For example, in the "Wet Max 188(V)" level with a 50V threshold,

5
00:00:46,144 --> 00:00:53,425
if the binary voltage goes below 50V, its status is detected as 1, otherwise, it equals 0.

6
00:00:53,450 --> 00:00:58,259
In the "Dry", the "Binary Input" status is 1 only when it's "Open Circuit"

7
00:00:58,284 --> 00:01:00,661
and it's 0 in the short circuit state

8
00:01:00,908 --> 00:01:02,885
 “Show Actual Value” column:

9
00:01:03,172 --> 00:01:05,045
In the "Show Actual Value" column,

10
00:01:05,070 --> 00:01:10,879
the mode of displaying the actual voltage value of the input binary is selected from "AC" and "DC"

11
00:01:10,904 --> 00:01:15,744
The "DC" is used for situations where the input voltage of the "Binary Input" is "DC".

12
00:01:15,769 --> 00:01:21,450
The "AC", on the other hand, is for situations where the incoming voltage to the "Binary Input" is "AC".

13
00:01:21,475 --> 00:01:26,841
In this case, this is done for a better display and precision of the phase calibration and frequency.

14
00:01:26,866 --> 00:01:31,537
"None" mode is used for not displaying the actual value of the binaries.

15
00:01:31,699 --> 00:01:38,860
In the "Wet Max 188(V)" and "Threshold188" mode after activating the “Show Actual Value”

16
00:01:39,075 --> 00:01:41,806
 and  selecting “AC”, after running the test

17
00:01:41,831 --> 00:01:46,652
you can  see measured actual value by “Binary Input” in the “vector view”.

18
00:01:47,993 --> 00:01:56,350
“Show Result” column: In the “Show Result” column, it is specified that whether the changes of the 1 and 0 logic signals of the “Binary Input”

19
00:01:56,375 --> 00:02:03,276
should be recorded by the software or not. “True” means that the logic signal should be recorded and “False” means the opposite.

20
00:02:03,301 --> 00:02:08,673
For example with 50 voltage threshold and “False” mode for show result and Reverse

21
00:02:10,793 --> 00:02:17,743
the “Trip” signal is sent by the relay to the device. As signal of binary input1excess the threshold

22
00:02:18,263 --> 00:02:23,658
the binary changes are not recorded in “signal view” because the signals are not being recorded

23
00:02:23,683 --> 00:02:25,218
DC Voltage Injection:

24
00:02:25,321 --> 00:02:30,880
In the "Apply VDC" column, it is possible to inject a DC voltage into the binary input.

25
00:02:30,905 --> 00:02:38,083
For example, in the "Wet Max 188(V)" with a 50V threshold, the number 100V is entered

26
00:02:38,117 --> 00:02:43,226
and subsequently the wiring to inject the DC voltage into the binary input is displayed.

27
00:02:43,251 --> 00:02:47,143
According to this wiring, the output relay contact is switched to "Wet".

28
00:02:47,168 --> 00:02:52,550
In this case, if the input voltage of the binary exceeds 50V, the "Binary Input" equals 1

29
00:02:52,575 --> 00:02:57,316
note that it is possible to inject DC voltage only into one "Binary Input"

30
00:02:57,341 --> 00:03:00,802
and not into multiple Binary Inputs simultaneously

31
00:03:00,858 --> 00:03:05,010
If for any reason, the output relay contact is corrupted,

32
00:03:05,035 --> 00:03:10,401
it may not get stimulated by the 2V voltage on the "Binary Input" of the device

33
00:03:10,426 --> 00:03:17,654
so a, for example, 100V DC voltage is injected into it. In this case, a mild current passes through the relay contact

34
00:03:17,679 --> 00:03:20,254
and its short-circuiting is detected.

35
00:03:20,279 --> 00:03:22,170
The “Description” column:

36
00:03:22,195 --> 00:03:28,265
In this column, there is some information about the condition where the binary input of the device equals 1.

37
00:03:28,290 --> 00:03:37,589
For example, in the “Wet Max 188(V)” with a 50V threshold, when the input voltage exceeds 50V, the binary status equals 1.

38
00:03:37,614 --> 00:03:39,989
Number 9 and 10 binary settings:

39
00:03:41,017 --> 00:03:52,093
As mentioned before, binary number 9 is used for measuring currents up to 500mA and binary number 10 is used for measuring Voltages up to 200mV.

40
00:03:53,960 --> 00:04:01,876
The columns "Show Result", "Reverse", "Threshold", Apply VDC" and "Description" are disabled for these two binaries.

41
00:04:01,901 --> 00:04:06,180
In the "Binary Input Type" column, the range of binary number 9 is set.

42
00:04:06,205 --> 00:04:13,559
On the back of this binary, there are four 1ohm, 20oh, 100ohm and 1megaohm resistors

43
00:04:13,584 --> 00:04:17,357
which are used to measure the current in different ranges.

44
00:04:17,382 --> 00:04:24,304
By selecting any of these resistors in the "Binary Input Type" column, the 500mV voltage is divided into the resistor

45
00:04:24,691 --> 00:04:28,344
and the measurable current is calculated by the binary

46
00:04:28,369 --> 00:04:35,730
It is, also, possible to display the actual measured current and voltage value in “DC” or “AC” in the “Show Actual Value” column.

47
00:04:36,145 --> 00:04:41,652
By checking the “Fast Binary Sampling” option, the sampling rate is accelerated.

48
00:04:41,677 --> 00:04:49,885
Normally, the sampling rate is 1.250KHz while checking this option increases the sampling rate to 5KHz.