Hello.
In this tutorial, we will learn how can we use lost cell modules in delta pulses?
This is the menu of the load cell module.
And in here, the name of this book the 201 two or 211 L c a cell.
This is the cuts of the blood cells, and now I will just quickly explain technical information and
then we will use LC solved software and we will see how can we use it?
OK.
First of all, this is the functional specifications.
And here what we need to forward.
A lower cell module is the left side module.
And if we look to place it directly to the right side, we are adding Unalaq modules or ion modules.
But the left side we are using last time module.
This is the first thing and the second thing communication interface.
This is how can we go online to LaSalle?
Or how can we communicate with the last cell module?
And this is our standard 32.
This is a standard table.
We are connecting to LC and also with the same or one cable.
We can go online to Lausanne module also and applicable sensor type.
This is the lost cells sensors we have for wired or 6Y or Lotso connection.
OK, and here the maximum distance, one hundred meter.
It doesn't matter for us.
And let's go down a little bit more here.
You can see lower cell module drawings.
It is like that, OK?
And on the last tile module, we have exchange and signal and sensor shield, and that's all here.
You can see the outputs, but this is a 211 loss module, about two hundred and two we don't have.
Let's go down here.
Normally, a lot of times I'm using DVP 202 L C SL.
This is Los Alamos.
And here the cabling point exchange plus and minus signal plus and minus sensor plus and minus.
OK.
And two Lossl can connect the two.
DVP 202 lost cell model, if you need if you have four lot cell than we actually use two times this
model, OK?
On the module, the power indicator run and error indicators, but it doesn't measure for us.
Already, we can see in that indicator zero indicator or maximum weight indicator doesn't matter.
Here we can see the running stop and the communication port and drawing also and little bit down.
We have the cabling pin out, but this is the same same cable with the going online to Pelosi and also
same cable we can use for the lot cell module.
We are arrest 202 32 port OK.
And we can go down here.
We have the cabling.
If we have for Wired, this is LaSalle.
And if the lost cell has for wired lost, our sensor is for wired.
This is how can we connect these cables?
Then Exchange Plus comes from here and already exchange policy is.
Breached with the sensor plus sensor minus is connected or breached with the exchange minus or six wire
connection.
From here, you can see they can do the same connection.
We have exchange plus and minus signal plus and minus and sensor palace and sensor minuses.
Bridge to exchange plus and minus.
That's all OK.
This is important.
And here you can see the lost cell modules can connect to this parallel.
OK for module, for example.
This is an image, a square area, and one is this is your square area.
One module here, one module in the left side, upper side and one here and one here than this four
can be connected as parallel.
And then one channel that can read completely or exact or press that.
Wait, that's all but.
We can't put three or we can put two module parallel also.
OK.
And if we go down what we have also here, let's check once here the controller registers.
These are really important for us because of why we need to use controller registers to read the rate
and also.
Cleared the way or make it zero.
And anything else we shall do use control registers via our CPU CPU means Pelosi OK.
And here's the important point.
What should we take a look?
These aren't OK to tear measured by Channel one, low and high value and Channel eight and nine.
And if you go to a Channel two and wait measured by Channel one and two.
This is this 12, 13, 14 and 15.
Or if we want to measure data, is Taylor.
We need eight, nine and 10 and 11.
OK.
And if we go down a little bit more, what is really important rate of weight now and go down and it
is almost finished filter.
These are all we can adopt them all.
We are software.
And I'm just looking.
Nothing else.
Little bit down.
Hear descriptions of the control registers, but no, I don't need them all for a moment and stability
check doesn't matter.
Here you can see the zero range and anything else this this is the PDF file that I'm going to share
with you.
You can do a download and you can take a look.
Once correspondence between current output and weights, you can see the current output and the exact
the maximum weight, but doesn't matter for us and little bits are making an adjustment.
And here, how can we adapt our lifestyle model and the court's example?
But OK, and then what will we do now?
I will go, uh, open the LC soft and then we will see how can we do some important adjustment about
the last cell model?
And how can we write a code for the lost cell model?
And how can we read the weight from the Lausanne model into next tutorial?
I will continue to see you into next tutorial.