Hello and good to talk to you.
We will define our protocol, and this protocol is going to communicate with the PRC to be effective.
But this communicate is important.
Why?
Because of if the parameters are not same between Kalsi and VDT is the communication error will be access
into health area.
You will see the axillary editing.
And at this point, you will see the protocol and setting codes.
If you left, click to it, you will see the protocol and set in court.
Application is open.
Then we are going to select the data link and the perity and stop it and the portrait we can select
from here.
I'm going to use seven and even and one then data length is going to be seven.
Perity is going to be even stop.
It is going to be one beat and portrait.
I'm going to set a similar nine thousand six hundred beats per second.
And if I select these ones and if I left click to R, OK, then you will see zero zero eight to six.
This is hexadecimal value and this value must be INTUITY or tarta register one thousand one hundred
and twenty or be 1036.
If you write here, for example, zero zero and seventy.
If you let to hear L, then you will set the communication protocol and left side change to seven and
one to four thousand eight hundred beats per second, but I want to use seven, even one and nine thousand
six hundred.
I want to see the value.
This is very good application to calculate immediately your protocol settings.
This is the first thing.
So what should we do?
Let's start first of all, we need to write.
And I will delay this one.
Then this one also Aldi and 1002 in the first run of the policy.
I want to move.
Hexadecimal.
Eight seats, OK, that we calculated into the one thousand one hundred and twenty then at the device.
The explanation you will see, this is my communication protocol settings.
This is the first thing.
OK, this is standard to.
This is going to be standard to see when in the first round I will delete this and line.
Then we shall continue at this point.
We need to define two more data.
And these are all going to be I will put here my.
Hello.
And I'm going to set aside one thousand one hundred and twenty.
So what is this?
This is if you go to explanation area communication protocol and holding what will happen this set and
1120 beats and beats.
OK, literally beats is going to keep this data communication protocol and it helps to keep into memory.
This is the first thing.
And another thing we need to continue with the reset.
OK.
And one thousand one hundred forty three.
We need to set up policy.
OK.
We are resetting and 1143 oxalate relay that moment.
The policy is going to understand this is an ASCII communication, OK?
If you go to exponentials, so you will see if this is often this is usque communication.
Already we selected usque communication protocol and send it to the one thousand one hundred and twenty.
OK.
Very good.
And then what should we do?
We can do one more thing.
OK.
It is set and one thousand one hundred sixty one.
OK.
This is eight or 16 bit smart.
And if it on, we can use eight bits more.
But we should we can use or we we don't need it.
Alright.
OK.
I can explain it later.
But it doesn't matter for me now.
I will.
Just oh, okay, this is.
OK, very good.
Then another thing, another important point because of uh.
We need to say to station number two, CALCE, it is already important.
And how can we do this?
We can move station number like, for example, for the OK to PLSS, if you want thousand.
One hundred twenty nine.
OK, then this is.
Time our sitting sorry.
Sorry for that.
Because of why we can send you one thousand one hundred twenty one.
It is the timeout and the timeout is for short because of I will say to hear one hundred.
Then we can move.
Let's continue with the station number like twenty to thirty one thousand one hundred twenty nine.
OK, I'll see communication addresses 20 now then we can stop at this point.
What happened?
We set up policy.
Start the communication protocol with the settings and the settings is seven eight one one nine thousand
six hundred beats per second and set the communication protocol and hold it and reset and one thousand
one hundred forty three and use ASCII communication.
And your address for underneath five communication timeout settings is four hundred milliseconds.
Zero four zero point four seconds.
And your address is now the communication address now is twenty.
OK, then I will.
Click the court, then this court is now compiled, and I will send it to Percy.
And this is the first thing I will say yes.
I say yes then.
Now this is send it to PLCC.
OK, then this is running.
And already the.
Said that in one thousand one hundred and twenty.
And that moment, we can stop an entire next tutorial, we will start to arrest four hundred and eighty
five communication, and we will set some beats already.
See you into next tutorial.