Hello. 1
Let's continue to question and answers section part 2. 2
So first question. 3
How can I get the analog input readings for the dvp20sx211t plc model. 4
From reading a momentary value to an average reading. 5
Or how can I minimize vibrations in analog reading ends. 6
Is that D1062. 7
It is the average number of analog inputs so you can increase the content of this data try to use 0,47 8
0,47uf capacitor to the plus and minus terminals of the line. 9
You will be reading so you are reading from Channel for example Channel 1 and you can put here 10
one capacitor. 11
This is our capacitor. 12
Imagine like this to the plus and minus terminals. 13
You can put 0,47uf capacitor. 14
So this will reduce the ripple effect of your analog inputs. 15
If H0F0F number is written initially in D1115 all analog inputs 16
will be conditional as the 0-20 mA as analog current input. 17
So if you want to use analog current input for whole analog inputs these H0F0F number 18
needs to written to D1115. 19
Register for question 2, for the 06XA. 20
analog module for reading the input and output channels. 21
What is the difference between Channel 1 and Channel 4. 22
Input signals average value 23
Example data registers between CR6 and CR9 and the Channel1 and Channel4 analog input 24
signals or analog signals available value CR12 and 15 data registers must be used. 25
So what is the difference between the average value of the input signals and it is current value 26
So the answer is that the current value is the instantaneous value of the analog signal at any time. 27
So this is really important instantaneous value of the analog signal at any time mean value or average value 28
On the other hand is the values that have less oscillation compared to average number and instantaneous 29
what signals average in the registers. 30
For example in exact time you can taking an analog inputs and for example 1 2 and 3 and you are dividing 31
to adding these values to three and a average value will be two. 32
For example in this time. 33
So in that moment if you read your analog value it can be three or one or two. 34
This is the difference of the average value or the exact or instantaneous value or signals about 35
analog inputs or outputs for Question 3. 36
There is a fluctuation in 0 to 10 world analog value. 37
How can I prevent this fluctuation for zero to 10 mode. 38
So the question is that if you can add 0,47uf, 16volt capacitor to the 39
plus and minus terminals or ends of your zero to 10 what DC signal you will prevent some voltage fluctuation. 40
And let's take a look to a question for which module should ı use for to read an SSI communication 41
encoder via plc if you need to SSI communication encoder via plc. 42
So let's take a look to our answer SSI encoder support is currently only available on MC motion 43
controllers so unit MC motion controllers to use SSI communication encoder via plc. 44
So let's take a look to question five. 45
I want to read analog value with the analog module 06XA. 46
I want to see the value I changed with the potentiometer in D register but in D 47
register the value constantly shows zero and its value does not change the error light of the analog 48
module is on. 49
So this is our question and let's take a look to our answer. 50
First of all we must be sure to supply 24 will DC to your analog module. 51
Externally okay. 52
This is our analog module but in here also we need to supply to 24VDC to our analog module 53
Channel1 for the analog voltage input verify that you have made the following connection and your 54
analog voltage value with the multimeter. 55
So you need to add your voltage input to V+ and you need to add your minus or common 56
cable to your com or minus to com. 57
That's okay. 58
This is for the voltage input and also you need to supply to your analog module + and - and plus 59
should be 24 volt and minus will be zero volt dc and you need to measure V+ and comm between 60
it for example with the multimeter if you see for example 5VDC and inside of your register if we 61
see this value but 5VDC will be for example if this analog value resolution imagine 0 to 4000 62
according to 5V it should be 2000 63
You need to see inside of your register 2000 so to be sure you need to measure this analog 64
input with the multimeter. 65
This is the exact solution and also these cables connection must be correct. 66
So according to this and this scheme you need to check your connections. 67
So for this video I am finished here. 68
See you in the next video.