The document discusses industrial automation using SCADA (Supervisory Control and Data Acquisition) systems and PLC (Programmable Logic Controller). It defines SCADA as a type of industrial control system that monitors and controls physical processes. PLCs are solid-state computers that perform logic functions to interface between field inputs/outputs in a factory environment. The document outlines the components, applications, advantages and disadvantages of SCADA systems and PLCs in industrial automation.

1. ON
INDUSTRIAL AUTOMATION WITH SCADA
SUBMITTED BY:
HITESH KUMAR VISHWAKARMA
0301EE201026
EE BRANCH (7th Sem.)

2.  AUTOMATION
 PLC
 SCADA

3. Making a product under the control of computer and
programmable controller , manufacturing assembly line as
well as stand-alone machine and robotic device fall into this
category.
automation is delegation of human control function to
technical equipment.

4.  Fixed (Use AC controller , no programming)
 Flexible (Half automatic programming)
 Programmable (full automation programming)
 Integrated (combination of above three)

6. Switches
• Toggle
• Push button
Sensors
• Temp. sensors
• Proximity sensor
• Reed switch (level detector
• Metal detector

7. 1. CNC (computer numeric controller)
2. DCS (distributed control system)
3. HMI
• SCADA
• PLC
• VFD (variable frquency drive)
• HMI (human machine interface) HMI

8.  Contactor
 ADC
 Relay
 DCA
 inverter

9.  Alarm
 Hooters
 Horn
 led

11.  Designing of the automation system
 Application engineering
 Maintenance and troubleshooting of existing system

14.  SCADA(supervisory control and data acquisition) is a type of
industrial control system (ICS)
 Industrial control system are computer controlled system
that monitor and control industrial process that exist in the
physical world

15. Features of typical SCADA software
 Dynamic process graphics
 Real-time and historical trending
 Alarms
 Recipe management
 Security
 Device connectivity
 Script for logic development
 Database connectivity

16.  Wonder ware In touch
 Allen bradley Rs view
 Siemens Win CC
 GE Fanuc Simplicity
 KPIT ASTRA

17. A PLC is a solid state/industrial computer that perform discreet
or sequential logic in a factory environment.
the PLC is programmed interface between the field input
element like limit switches, sensors, push button and the final
control element like actuator, solenoid/control valve, drive
,hooters etc.
PLC consist of
Input module
cpu with processor and program memory
Output module
Bus system
Power supply

19. SMALL (compact)- it covers unit uoto 128 I/O’s and memories
up to 2 to 12 nkbytes.
MEDIUM (hybrid)- it have up to 2048 I/O’s and memories up to
32 kbytes.
LARGE (modular)- the most sophisticated units of the PLC
family. They have up to 8921 I/O’s and memories up to 712
kbytes.

20.  Food
 Metal
 Power
 Mining
 Manufacturing/machine
 Petrochemical/chemical

21.  Cost effective for controlling complex system.
 Flexible and can be reapplied to control other system
quickly and easily.
 Trouble shooting aids make programming easier and
reduce downtimes.
 Reliable components make these likely to operate for year
before failure.

22.  . Too much work required in connecting wires.
 Difficulty with changes or replacement.
 Difficulty in finding error; requiring skilful work force.

23. THANK YOU ALL
……………………