ADVANCED TRAINING INSTITUTE, HYDERABAD
Revision: 01
PR04/F01
Page 1 of 6
LEARNING CONTENT
I
SECTION CODE
IEM
II
SECTION NAME
INDUSTRIAL ELECTRONICS MAINTENANCE
III
COURSE CODE
IEM-01
IV
COURSE TITLE
V
DURATION
LADDER LOGIC PROGRAMMING FOR PLC
01 Week
OBJECTIVES
IV
On completion of the course, the learner will be able to understand about PLC and able to
demonstrate the practical competencies as stated in below contents
VI
Course Content :
Theory topics
Practical Topics
Need advantage and basic constituents of Using and understanding simatic manger,
PLC, Programming languages of PLCs, establishing communication, up loading
Writing
basic
programs
for
PLCs. and down loading programs, writing
Introduction general PLC hardware. The programs using bit logic instructions
data types and instructions set of PLC. testing using simulator, writing programs
Writing programs to test the instruction for digital logics and motor controls,
set. Writing simple application programs writing and testing programs for motor
for motors, conveyors, Sensors, Valves on/Off control, DOL starter, star delta
etc.
Writing
PLC
programs
for control, forward revers and jog control,
applications like water level controller, configuring the analog channel and
Stepper motor, Temperature controller, writing program for analog applications.
Bottling process etc.
ADVANCED TRAINING INSTITUTE, HYDERABAD
Revision: 01
PR04/F01
Page 2 of 6
LEARNING CONTENT
-I
SECTION CODE
IEM
II
SECTION NAME
INDUSTRIAL ELECTRONICS MAINTENANCE
III
COURSE CODE
IEM-02
IV
COURSE TITLE
PLC PROGRAMMING AND APPLICATIONS.
V
DURATION
01 Week
( SIEMENS S7 – 300 IN LADDER LOGIC)
OBJECTIVES
IV
On completion of the course, the learner will be able to understand about PLC and it’ application
and able to demonstrate the practical competencies as stated in below contents
VI
Course Content :
Theory topics
Practical Topics
Introduction to Simens S7-300 PLC Configuring
and
establishing
hardware, CPU and memory bifurcation, communication between PC and PLC,
introduction
to
various
applications testing digital and analog channels,
modules, generating programming flow writing programs for applications like
chart for various application programs, water level controller, stepper motor,
configuring
channels.
and
calibrating
analog Temperature controller, Bottling process
etc. connect the hardware and test it
ADVANCED TRAINING INSTITUTE, HYDERABAD
Revision: 01
PR04/F01
Page 3 of 6
LEARNING CONTENT
-I
SECTION CODE
IEM
II
SECTION NAME
INDUSTRIAL ELECTRONICS MAINTENANCE
III
COURSE CODE
IEM-03
IV
COURSE TITLE
V
DURATION
SCADA ( HMI – WIN CC ) PROGRAMMING.
01 Week
OBJECTIVES
IV
On completion of the course, the learner will be able to understand about SCADA programming and
able to demonstrate the practical competencies as stated in below contents
VI
Course Content :
Theory topics
Practical Topics
Introduction to WinCC & communication Preparing and installing the software.
with various PLCs in different Protocols, Adding
communication
driver
and
Tag management & creation of graphic managing the tags. Practice on displaying
displays,
configuration
of
Alarms, the
process
values,
practice
on
Trends, message windows creation of configuring the alarm system. Outputting
Message sequence report, Tag logging an alarm message sequence report,
report.
outputting and tag logging run time
report.
ADVANCED TRAINING INSTITUTE, HYDERABAD
Revision: 01
PR04/F01
Page 4 of 6
LEARNING CONTENT
-I
SECTION CODE
IEM
II
SECTION NAME
INDUSTRIAL ELECTRONICS MAINTENANCE
III
COURSE CODE
IEM-04
IV
COURSE TITLE
V
DURATION
MICRO CONTROLLER PROGRAMMING
( 8051 USING ‘C’ LANGUAGE)
01 Week
OBJECTIVES
IV
On completion of the course, the learner will be able to understand Microcontroller programming
and able to demonstrate the practical competencies as stated in below contents
VI
Course Content :
Theory topics
Practical Topics
8051 architecture, Memory organization, Writing and testing programs for Micro
port structure, Introduction to embedded controller using various data types,
C, Programming example in C language practice programming for using port as
use of timers and counters, serial port input
programming.
and
output
port,
practice
programming for data conversion, logic
operation etc.
ADVANCED TRAINING INSTITUTE, HYDERABAD
Revision: 01
PR04/F01
Page 5 of 6
LEARNING CONTENT
-I
SECTION CODE
IEM
II
SECTION NAME
INDUSTRIAL ELECTRONICS MAINTENANCE
III
COURSE CODE
IEM-05
IV
COURSE TITLE
V
DURATION
MICROCONTROLLER APPLICATION PROGRAMMING.
01 Week
OBJECTIVES
IV
On completion of the course, the learner will be able to understand Microcontroller application
programming and able to demonstrate the practical competencies as stated in below contents
VI
Course Content :
Theory topics
Practical Topics
Using timer and counter for various Writing and testing programs for timer
applications, different types of interrupts and counter for different application in
and its usage, LCD and Key board various
interfacing, ADC, DAC and sensor programs
interfacing.
modes,
for
wiring
external
and
and
testing
internal
interrupts, connecting the hard ware,
writing and testing programs for LCD ,
Key board, ADC , DAC and temperature
sensor.
ADVANCED TRAINING INSTITUTE, HYDERABAD
Revision: 01
PR04/F01
Page 6 of 6
LEARNING CONTENT
-I
SECTION CODE
IEM
II
SECTION NAME
INDUSTRIAL ELECTRONICS MAINTENANCE
III
COURSE CODE
IEM-06
IV
COURSE TITLE
V
DURATION
AC DRIVE CONFIGURATION.
01 Week
OBJECTIVES
IV
On completion of the course, the learner will be able to understand the configuration of AC drive
and able to demonstrate the practical competencies as stated in below contents
VI
Course Content :
Theory topics
Practical Topics
AC Motor and its speed and torque Understating hardware, connecting the
control methods, variable frequency and drive and establishing communication
variable voltage drives, disadvantages of with computer, commissioning the drive
VVVF drives, Vector control drives for different motors, understanding the
principles
of
operation,
usage
and parameters and configuring the drive for
selection of drives for various industrial different
applications.
industrial
application.
Configuring the drive through computer
and through AOP /BOP.
Practical will be conducted on Siemens Micro Mater 440 and Master Drives.