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Example with TIA-Portal Project
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Jul 17, 2025
Beginner-friendly TIA-Portal project example using Siemens PLC software. Learn how to build, simulate, and test simple logic. JOIN THE PLC COURSES: https://learn.automationcommunity.com/courses/ #example #tiaportal #project Tags: TIA Portal, Siemens TIA Portal, PLC Programming, TIA Portal Example, Siemens PLC, TIA Portal Tutorial, Ladder Logic, TIA Portal Beginner, Automation, PLC Training, Siemens Automation, TIA Portal Project, PLC Logic, Learn TIA Portal, Siemens Programming, Basic PLC Program, TIA Portal for Beginners, PLC Step by Step, Siemens TIA Software, Industrial Automation, PLC Project Example, TIA Simulation, TIA Portal Engineering, Getting Started TIA, Automation Basics
View Video Transcript
0:11
hello everyone welcome to automation
0:14
Community today in this video we are
0:17
going to discuss an example which will
0:19
be about manufacturing line so let's
0:23
look at the example
0:24
first manufacturing Line Assembly
0:28
Product should move through three
0:30
assembly stations with each station
0:32
operating for 15
0:35
seconds that means there will be
0:38
different sensors at different stations
0:41
uh uh so here we have three assembly
0:43
stations so there will be three sensors
0:46
at each station and that will detect the
0:49
presence of the product when a
0:51
particular uh sensor gets activated that
0:54
means the product is that is at that uh
0:57
particular station then the machine at
1:00
that particular station will operate for
1:03
15 seconds and after 15 seconds the
1:07
conveyor again moves so there's a
1:10
conveyor which moves which carries a
1:12
product and when it are reaches a
1:15
particular station the sensor gets
1:18
activated and the Machinery gets
1:21
activated for 15 seconds and after 15
1:23
seconds the G will again start and it
1:26
gets to the assemly to uh there the
1:30
sensor gets activated and the and the
1:33
station will operate for 15 seconds more
1:36
and with that the conveyor will again
1:38
start and take the product to another
1:40
station where the machine R will operate
1:42
for 15
1:43
seconds and then this
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product goes through three different
1:50
station so for this example we will use
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normally open contacts normally Clos
1:55
contacts and we will be also using some
1:58
timers like TP and T on so let's move to
2:02
TI portal where we will draw a ladder
2:04
diagram for this example so this is the
2:07
interface of TI
2:09
portal so firstly we need to go to PLC
2:12
tags and then default tag
2:15
table so here we have to add our inputs
2:20
and
2:28
outputs so the first input is sensor 1
2:32
then we have Sensor
2:35
2 these are the sensor placed at each
2:38
station this is Sensor 2 and then we
2:41
have sensor
2:47
three and then we have one more input
2:50
that is a start
2:53
button and with that we have uh three
2:57
different machinery for each station
3:00
let's say I will write as station one
3:03
that represent the Machinery the robot
3:06
whatever there may be it represents that
3:09
Machinery at that particular station
3:11
that is then station
3:14
two Station
3:20
3 and then we'll go to program blocks
3:23
and then main
3:27
ob1 so here we will be drawing cladder
3:30
diagram for this example I will zoom
3:32
into it and then I will insert a
3:34
normally open contact and then a coil so
3:38
this normally open contact represents
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start button and the coil
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represents
3:50
conveyor so here we have one more
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output that is a conveyor that may be a
3:58
motor that r the
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conveyor so this coil will be for
4:07
conveyor and then we have some s
4:14
sensors let's say I will open the branch
4:16
here add a normally open
4:21
contact and then
4:24
acquire and then I will open the branch
4:27
here add a normally open contact
4:30
and a Quil then again I will open the
4:34
branch and a normally open contact and a
4:37
Quil so these are the sensors it's a
4:41
sensor one and it is a station
4:44
one and then it is Sensor 2 and then we
4:49
have station
4:58
two and then we we have sensor
5:01
3 and this is
5:04
station sorry we have uh I will delete
5:08
this delete this and delete this so we
5:12
need to go to uh default tag table as
5:16
these are the output so its address will
5:19
start with Q
5:22
0.0 so is the case with the others
5:29
after that I will go back to the main op
5:33
and the this is
5:35
conveyor and this is station
5:38
one then this is Station
5:42
2 and then this is station
5:50
three and the station one will
5:54
operate
5:58
for 50 15 seconds so there will be a
6:01
timer that is a
6:03
TP and also Station 2 also operates for
6:08
15
6:13
seconds 15
6:16
seconds 15s means 15 seconds and also
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Station 3 also operates for 15
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seconds 15
6:31
seconds and when e station is operating
6:34
conveyor gets off so
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here we will use some normally closed
6:41
contacts 1 2 and
6:45
3 so these represents station
6:50
one station one then we have station two
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and then we have station three where
6:59
each of the station is operating then
7:01
the conveyor will
7:16
stop I will start the simulation
7:26
now click on okay
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click on
7:52
load and then
7:55
finish and after that I will start the
7:58
CPU here
8:02
and then start
8:08
monitoring after that I will switch to
8:10
the project
8:15
view here I will create a new project
8:50
I will go to simulation tables and then
8:52
simulation table
8:54
one right click here and click on load
8:57
project actx
9:00
so as you can see
9:07
here when the start button is turned on
9:10
the conveyor gets
9:11
on and then the the
9:15
conveyor uh takes the product to e
9:17
station and on reaching the station one
9:20
that sensor gets
9:23
activated that sensor gets
9:28
activated and then the conveyor gets
9:30
stopped and the station one will operate
9:32
for uh 15 seconds and after that the
9:36
Machinery at station one will stop and
9:39
the conveyor again
9:51
moves and after that the product will be
9:55
moved to the station to and that sensor
9:58
gets activated as you can see conveyor
10:00
gets off and the Machinery at that
10:03
particular station operates for 15
10:06
seconds and in those 15 seconds conveyor
10:09
is stopped and after 15 seconds the
10:12
machry will stop at Station 2 and
10:14
conveyor gets again started and after
10:18
that when sensor 3 gets activated when
10:20
the project reaches at sens Station 3
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conveyor stopped and that particular
10:26
Machinery at that station will operate
10:28
for 50 15 seconds and after 15 seconds
10:32
the Machinery will stop and the conar
10:35
again
10:36
starts the canar again stop again starts
10:39
it was all about this example thank you
10:42
for watching
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[Music]