PLC
Based automation training with Advanced
programming & Visualization with HMI
Duration 48Hrs
Theory: 24Hrs
Practical
: 24 Hrs.
1.
INTRODUCTION TO INDUSTRIAL
AUTOMATION
1.1
Definition
of Automation.
1.2
Sensors
& Actuators.
1.3
Introduction
to hardwired logic.
2.
INTRODUCTION TO
(Programmable Logic Controller) PLC BASED AUTOMATION.
2.1 Introduction
to PLC.
2.2 Different
Type of PLCs.
2.3 Structure
of PLC.
2.3.1
Modular
structure of PLC.
2.3.2
Digital
input Module.
2.3.3
Digital
Output Module.
2.3.4
Memory
concept.
2.3.5
Introduction
to Siemens PLCs.
2.4 SCAN
cycle of PLC.
2.5
Different Languages of PLC
programming.
2.5.1
Ladder
(LAD)
2.5.2
Functional
Block Diagram (FBD)
2.5.3
Statement
List (STL)
2.6 Type
of programming
2.6.1
Linear
Programming.
2.6.2
Structured
Programming.
2.6.3
Program
Blocks OB, FC,DB & FB
3.
Instructions of PLC program
in LADDER & their difference from Hardwired logic symbols.
4.
Communication with PLC
4.1
Different
protocols
4.2
Communication
setup
5.
Example of different
application programming.
5.1
Direct
On Line (DOL) Starter
5.2
Reversing
contactor Starter
5.3
Way
of logic development.
6.
Introduction to Timers
6.1
Different
type of timers in the PLC
6.2
Addressing
& timing format of timers.
6.3
Application
of Timers Through Programming Exercises
7.
Introduction to Counters
7.1
Different
type of counters
7.2
Addressing
& timing format of the Counters
7.3
Application
of Counters Through Programming Exercises
8.
Data types in PLC systems.
8.1
Data
types in PLC system.
8.2
Structure
of PLC microprocessor structure.
8.3
Way
of execution of the various instructions.
8.4
Application
through Programming Exercise.
8.5
Introduction
to Variable table
8.6
Use
of Variable table in commissioning & troubleshooting.
9.
Data Block(DB)
9.1
Types
of DB
9.2
Declaration
& Data view
9.3
Application
of DB through programming Exercise
10.
Function Block ( FB)
10.1
Function
block structure
10.2
Single
instance programming
10.3
Multiple
Instance programming
10.4
Application
through programming Exercise
11.
Analog Value processing
11.1
Type
of linear Instrumentation sensors
11.2
Type
of instrumentation signals.
11.3
Type
of transducers like RTD & Thermocouples.
11.4
Scaling
& unscaling of linear signal.
11.5
Application
through programming Exercise
11.6
PID
concepts & implementation with PLCs
12.
Troubleshooting
12.1
Type
of Faults in the PLC systems
12.2
System
faults & tools to troubleshoot them
12.3
Functional
Faults
12.4
Cross
reference
12.5
Tracing
of Functional Fault.
13.
Introduction to HMI,
configuration & programming
13
Test.
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