This document discusses industrial automation and provides an overview of programmable logic controllers (PLCs) and supervisory control and data acquisition (SCADA) systems. It describes how PLCs were developed to replace mechanical relays and control industrial processes automatically. The document focuses on the Micrologix 1000 PLC, explaining its architecture, programming, and applications. It also gives an introduction to SCADA software like Intouch Wonderware, describing how it allows users to monitor and visualize industrial processes connected to PLCs.

1. PLC
(Micrologix 1000) &
SCADA
(Intouch wonderware)
SUMAN SOURABH
06570104910
B.TECH(EEE)
FINAL YEAR

2. What is AUTOMATION
• Making products under the control of computers and
programmable controllers is known as automation.
• Manufacturing assembly lines as well as stand alone machine
tools and robotic devices fall into this category.
• It is delegation of human control functions to technical
equipment for increasing the productivity, quality, and increasing
the safety in working conditions thereby reducing the manpower
and cost.

3. INSUSTRIAL AUTOMATION
• Now a days, every small and large industry employ automation.
• In manual control, an operator periodically reads the process and
adjusts the input accordingly. Quite hectic!
• In automation control, measurements and adjustments are done
automatically on a continuous basis. Quite convenient!

4. Types of Control Systems used in
INDUSTRIAL AUTOMATION
• PID controller based control system
• PLC based control system
• DCS based control system
• PC based control system

5. PLC(Programmable Logic Controller)
• It is microprocessor based solid state/industrial computer that
perform discrete or sequential logic.
• It was developed to replace mechanical relays, timers, counters.
• The early PLC’s were used to reduce the changeover time,
wiring/re-wiring.
• The PLC programming procedures replaced the rewiring a panel
full of wires, relays, timers, counters etc.

6. Advantages
• Reliability in operation.
• Flexibility in control and programming techniques.
• Online offline modifications.
• Small physical size, shorter project time.
• In house simulation and testing of project.
• Speed of operation.
• Ease of maintenance and troubleshooting.
• Ability to communicate and networking with computer system in plant.
• Documentation and security.
• Designed to work in all types of industrial conditions.

7. Micrologix 1000 programmable controller

8. Architecture of a PLC
• BLOCK DIAGRAM
INPUT
DEVICES
PLC OUTPUT
DEVICES
POWER
SUPPY
MEMORY INTERFACE
(24V DC,
120V AC)
(Toggle or Push
buttons, proximity
or pressure
sensors)
(Displays &
Monitors)
(External memory
module)
(SCADA or HMI)

9. Hardware Overview

11. COMPUTER
PLC
DOWNLOAD
UPLOAD
• DATATRANSMISSION-SERIAL
• SYSTEM(PORT) PLC(PORT)
RS 232 DF port
• Baud Rate- 9.6 Kbps to 19.2 Kbps
• Driver softwares- RS Linx Classic, RS 232 & DF Drivers
• Programming software- RS Logix 500

12. Working
• Source mode: +ve supply is given to the PLC.
• Sink mode: -ve supply is given to the PLC.
• The sink and source modes mainly define the way in which the I/O is connected to the I/O of
the PLC.

13. PROGRAMMING the PLC
• Programming language used: LADDER language( ladder 2).The
programming can be done with simple contacts that simulate the
opening and closing of relays, counters, timers, shift registers
and other math operations.

15. Basic symbols:
• Input symbols: XIC-
XIO-
• Output symbols: OTE-
OTL-
OUL-

16. START- STOP LOGIC:
• START: hardware software
NO-
NC-
• STOP: NO-
NC-

17.  ADDRESSING FORMAT : Identifier: slot address(if any).word address/bit
 DATA FILES: micrologix 1000 contain the status information associated with
the external I/O and all other instructions we use in our main and
subroutine ladder program files.
 These files are organized by the type of data they contain. Data file types
are:

18. PLC TIMER/COUNTER FUNCTION

19. TIMER ON(Ton)

20. COUNTER UP

21. MATH
INSTRUCTIONS

23. OTHER IMPORTANT INSTRUCTIONS
• JMP
• JSR
• SBR
• CMP
• MOV
• OSR

24. Applications
• Material Handling
• Packaging Applications
• General Industrial Machinery
• Printing
• Food and Beverage
• Pharmaceutical
• WaterWastewater / SCADA
• Clutch/Brake control
• Position Control - Pick-and-place / Conveyor

25. SCADA
• Supervisory Control And Data Acquisition
• It is a software through which we can create visualization of any
industrial process.
• Earlier, PLC’s were programmed, download the program in it and
it used to run for years
• The problem- no one knew what’s happening inside the PLC.
• Solution= PLC+SCADA

26. TAG’s
• It is the address of the memory location where signals are being saved.
• We define aTAG in order to use it in the SCADA software(Intouch
wonderware).
• TYPES : 1) Analog 2) Digital 3) Strings
• These are further associated with either “Memory” or “I/O” type tags.
• PC-SCADA – Memory analog/digital/string tag
• PLC-SCADA - I/O analog/digital/string tag

27. FEATURES OF SCADA
• Dynamic process graphic
• Alarm
• Database connectivity
• Real time trend and historical trend view
• Security
• Device connectivity

28. SCADA Software
• Wonderware- Intouch
• Rockwell- RS view32
• Siemens- winCC
• GE- Intellation

31. PLC-SCADA COMMUNICATION

32. EXAMPLE

33. QUERIES???

34. THANKYOU !!!