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WELCOMESWELCOMES
YOUYOU
World Wide Branches: INDIA - Chennai | Coimbatore | Bengaluru |Trichy, UAE – Ajman, Dubai
www.agatrg.com
OurOur Services to Industry:Services to Industry:
Engineering & Consulting
Installation & Commissioning
Maintenance & Field Service
Migration & Upgrades
Supporting & Remote Service
Corporate Training
Retrofit
OurOur Services to College:Services to College:
(EEE, ECE, E&I, I&C, Mechanical, Mechatronics)
• Industrial Based Training
• Industrial Based Projects
• Institutional Lab Requirements
• Industrial Lab Requirements
• Conducting Workshops
• Industrial Seminars
• Guest Lectures
• Staff Training
• Industrial Visit
• Placements
Industrial Internship Training
Industrial Final Year Projects
OurOur World Wide Offices:World Wide Offices:
Countries: INDIA – Coimbatore | Chennai | Bengaluru | Trichy, UAE – Ajman | Dubai
UAEUAE INDIAINDIA
ADVANCED INDUSTRIAL AUTOMATION & ROBOTICS TRAINING
PLC | SCADA | DCS | VFD | PAC | HMI | IMCC | SERVO
GSM PLC | ROBOTICS | FIELD INSTRUMENTS | FIELD BUS
ADVANCED INDUSTRIAL ROBOTICS TRAININGADVANCED INDUSTRIAL ROBOTICS TRAINING
INTERNATIONAL CERTIFIEDINTERNATIONAL CERTIFIED
Authorized Training PartnerAuthorized Training Partner
OUROUR INDUSTRIAL CLIENTS*INDUSTRIAL CLIENTS*
* Few of our clients are shown in above
OUROUR COLLEGE CLIENTS*COLLEGE CLIENTS*
* Few of our clients are shown in above
MOUsMOUs Signed With*Signed With*
* Few of our MOUs clients are shown in above
Center of ExcellenceCenter of Excellence (COE)(COE)
Brand Partners
OurOur Solution Partners:Solution Partners:
OurOur Supporting Brands:Supporting Brands:
What is Automation?What is Automation?
• Making a Process without any
Human Interrupt.
• Sharing our work with any device.
• Allocation of Human Control
Functions to Technical Equipment.
Why we go for automation?Why we go for automation?
• Safety
• Reduce manpower
• Consistency
• Productivity
• Quality
• Time
• Cost
• Quantity
• Accuracy
Main factors:
Process & Product Industries
• Oil & GasOil & Gas• MetalMetal • PharmaPharma
• FoodFood• CementCement• PaperPaper
Industrial Application:Industrial Application:
•HydroHydro
• CoalCoal • OilOil• NuclearNuclear
•SolarSolar•WindWind
Plant Application:Plant Application:
Power PlantsPower Plants
Facility Based Application:Facility Based Application:
•Airports
•Space stations•Escalator
•Ships •Rail ways
•Buildings
Infrastructural Application:Infrastructural Application:
Power Transmission & Distribution
•ElectricityElectricity
•OilOil
•CommunicationsCommunications •TransportationsTransportations
•GasGas •SatelliteSatellite
History Of Automation:History Of Automation:
Manual Control
Hardwired Control
Manual Control
History Of Automation:History Of Automation:
Electronic Control using
Logic Gates
Hardwired Control
Manual Control
History Of Automation:History Of Automation:
µc & µp
Electronic Control using
Logic Gates
Hardwired Control
Manual Control
History Of Automation:History Of Automation:
µc & µp
Electronic Control using
Logic Gates
Hardwired Control
Manual Control
PLC
History Of Automation:History Of Automation:
Automation Tools:Automation Tools:
• PLC
• SCADA
• DCS
• VFD
• HMI
• PAC
• GSM PLC
• ROBOTICS
• FIELD INSTRUMENTS
• IMCC
What is PLC ?What is PLC ?
Programmable Logic Controller
PLC:PLC:
• A solid state device that controls output devices based
on input status and a user developed program.
Packaged PLCPackaged PLC Packaged PLC withPackaged PLC with
ExpansionExpansion
Input Devices:Input Devices:
• Pushbuttons
• Selector Switches
• Limit Switches
• Level Switches
• Photoelectric Sensors
• Proximity Sensors
• Motor Starter Contacts
• Relay Contacts
Output Devices:Output Devices:
• Valves
• Motor Starters
• Solenoids
• Control Relays
• Alarms
• Lights
• Fans
• Horns
• Relays
– 120 VAC/VDC
– 240 VAC
– 24 VAC/VDC
Basic Elements Of Ladder Diagram:Basic Elements Of Ladder Diagram:
Normally open contact
Normally closed contact
Load contact
Ladder Diagram Programming:Ladder Diagram Programming:
AND Gate Logic ProgramAND Gate Logic Program
PLC Advantages:PLC Advantages:
• Ease of programming
• Ease of maintenance
• Designed for industrial environment
• Quick installation
• Adaptable to change
HMI/MMI:HMI/MMI:
• Human/Man Machine Interface.
• Graphics based Visualization of an industrial control and
monitoring system.
• It can communicate with DCS,PLC,SCADA.
S C A D A:S C A D A:
• S - Supervisory
• C - Control
• A - and
• D - Data
• A - Acquisition
•Designing of their own thoughts
•Monitor and control industrial process
SCADA front end:
Advantages of SCADA:Advantages of SCADA:
• Record very large amount of data
• Minimum fault response time
• More no. of sensors can be connected
• Maximize equipment life time
• Maximize safety- Public & Site
• Reduce man power
PACPAC
• The name is derived largely from the popular PLC or
Programmable Logic Controller.
• One major difference between a PLC and a PAC is Most PLCs
are programmed in a graphical representation of coils and
contacts called Ladder Logic. Most PACs are programmed in a
modern programming language such as C or C++.
HISTORY OF PACHISTORY OF PAC
HONEYWELL | ABBHONEYWELL | ABB
Distributed Control System (DCS):Distributed Control System (DCS):
• Controlling the rotational speed of an AC
motor by Voltage/ frequency ratio.
Variable Frequency Drives (VFD):Variable Frequency Drives (VFD):
Applications Of VFD:Applications Of VFD:
• Power generation
• Metallurgy
• Oil & Gas industries
• Mining
• Cement plants
• HVAC systems
GSM PLC:GSM PLC:
SERVO MOTOR:SERVO MOTOR:
• Servo is an automatic device that uses error sensing feedback to
correct the performance of a mechanism.
• The servo expects to see a pulse every 20 ms. The length of the
pulse will determine how far the motor turns.
• There are two different types of encoders: linear and rotary
APPLICATIONS:APPLICATIONS:
• Motion Controls
• CNC Machines
• Bio-Medical Equipment
• Defense Equipments
• Robotics
• Textiles
• Drilling Machines
• Motor Feedback
NDUSTRIAL ROBOTICS
ISO
8373
The heart of modern manufacturing...
ROBOTICS:ROBOTICS:
“An Automatic machine that replaces human effort,
though it may not resemble human beings in
appearance or function of a humanlike manner”.
Robotics Types & Configuration :Robotics Types & Configuration :
• Four axis robot
• Six axis robot
• Paint robots
Configuration
• Payload
• Reach
• Application
ROBOTICS APPLICATIONS:ROBOTICS APPLICATIONS:
• Pick &place(packaging
& palletizing)
• Painting
• Welding
• Cutting
• Injection/molding
• Testing, production
inspection.
QUESTIONSQUESTIONS
??
THANK YOUTHANK YOU
For Feedbacks & Suggestion
feedback@axisglobalautomation.com
ADVANCED TRAINING IN INDUSTRIAL
AUTOMATION
PLC | SCADA | DCS | VFD | PAC | HMI | IMCC | SERVO
GSM PLC | ROBOTICS | FIELD INSTRUMENTS | FIELD BUS
Branch office : #648,10th
B Main,4th
Block,Jayanagar,Bangalore-11
99168668779916866877
Worldwide Branches: Coimbatore | Chennai | Bangalore | Trichy | Dubai |
Ajman (UAE)
www.agatrg.comwww.agatrg.com

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AGIIT

  • 2. World Wide Branches: INDIA - Chennai | Coimbatore | Bengaluru |Trichy, UAE – Ajman, Dubai www.agatrg.com
  • 3. OurOur Services to Industry:Services to Industry: Engineering & Consulting Installation & Commissioning Maintenance & Field Service Migration & Upgrades Supporting & Remote Service Corporate Training Retrofit
  • 4. OurOur Services to College:Services to College: (EEE, ECE, E&I, I&C, Mechanical, Mechatronics) • Industrial Based Training • Industrial Based Projects • Institutional Lab Requirements • Industrial Lab Requirements • Conducting Workshops • Industrial Seminars • Guest Lectures • Staff Training • Industrial Visit • Placements Industrial Internship Training Industrial Final Year Projects
  • 5. OurOur World Wide Offices:World Wide Offices: Countries: INDIA – Coimbatore | Chennai | Bengaluru | Trichy, UAE – Ajman | Dubai UAEUAE INDIAINDIA
  • 6. ADVANCED INDUSTRIAL AUTOMATION & ROBOTICS TRAINING PLC | SCADA | DCS | VFD | PAC | HMI | IMCC | SERVO GSM PLC | ROBOTICS | FIELD INSTRUMENTS | FIELD BUS ADVANCED INDUSTRIAL ROBOTICS TRAININGADVANCED INDUSTRIAL ROBOTICS TRAINING INTERNATIONAL CERTIFIEDINTERNATIONAL CERTIFIED Authorized Training PartnerAuthorized Training Partner
  • 7. OUROUR INDUSTRIAL CLIENTS*INDUSTRIAL CLIENTS* * Few of our clients are shown in above
  • 8. OUROUR COLLEGE CLIENTS*COLLEGE CLIENTS* * Few of our clients are shown in above
  • 9. MOUsMOUs Signed With*Signed With* * Few of our MOUs clients are shown in above
  • 10. Center of ExcellenceCenter of Excellence (COE)(COE) Brand Partners
  • 13. What is Automation?What is Automation? • Making a Process without any Human Interrupt. • Sharing our work with any device. • Allocation of Human Control Functions to Technical Equipment.
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  • 15. Why we go for automation?Why we go for automation? • Safety • Reduce manpower • Consistency • Productivity • Quality • Time • Cost • Quantity • Accuracy Main factors:
  • 16. Process & Product Industries • Oil & GasOil & Gas• MetalMetal • PharmaPharma • FoodFood• CementCement• PaperPaper Industrial Application:Industrial Application:
  • 17. •HydroHydro • CoalCoal • OilOil• NuclearNuclear •SolarSolar•WindWind Plant Application:Plant Application: Power PlantsPower Plants
  • 18. Facility Based Application:Facility Based Application: •Airports •Space stations•Escalator •Ships •Rail ways •Buildings
  • 19. Infrastructural Application:Infrastructural Application: Power Transmission & Distribution •ElectricityElectricity •OilOil •CommunicationsCommunications •TransportationsTransportations •GasGas •SatelliteSatellite
  • 20. History Of Automation:History Of Automation: Manual Control
  • 21. Hardwired Control Manual Control History Of Automation:History Of Automation:
  • 22. Electronic Control using Logic Gates Hardwired Control Manual Control History Of Automation:History Of Automation:
  • 23. µc & µp Electronic Control using Logic Gates Hardwired Control Manual Control History Of Automation:History Of Automation:
  • 24. µc & µp Electronic Control using Logic Gates Hardwired Control Manual Control PLC History Of Automation:History Of Automation:
  • 25. Automation Tools:Automation Tools: • PLC • SCADA • DCS • VFD • HMI • PAC • GSM PLC • ROBOTICS • FIELD INSTRUMENTS • IMCC
  • 26. What is PLC ?What is PLC ? Programmable Logic Controller
  • 27. PLC:PLC: • A solid state device that controls output devices based on input status and a user developed program. Packaged PLCPackaged PLC Packaged PLC withPackaged PLC with ExpansionExpansion
  • 28. Input Devices:Input Devices: • Pushbuttons • Selector Switches • Limit Switches • Level Switches • Photoelectric Sensors • Proximity Sensors • Motor Starter Contacts • Relay Contacts
  • 29. Output Devices:Output Devices: • Valves • Motor Starters • Solenoids • Control Relays • Alarms • Lights • Fans • Horns • Relays – 120 VAC/VDC – 240 VAC – 24 VAC/VDC
  • 30. Basic Elements Of Ladder Diagram:Basic Elements Of Ladder Diagram: Normally open contact Normally closed contact Load contact
  • 31. Ladder Diagram Programming:Ladder Diagram Programming: AND Gate Logic ProgramAND Gate Logic Program
  • 32. PLC Advantages:PLC Advantages: • Ease of programming • Ease of maintenance • Designed for industrial environment • Quick installation • Adaptable to change
  • 33. HMI/MMI:HMI/MMI: • Human/Man Machine Interface. • Graphics based Visualization of an industrial control and monitoring system. • It can communicate with DCS,PLC,SCADA.
  • 34. S C A D A:S C A D A: • S - Supervisory • C - Control • A - and • D - Data • A - Acquisition
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  • 36. •Designing of their own thoughts •Monitor and control industrial process SCADA front end:
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  • 41. Advantages of SCADA:Advantages of SCADA: • Record very large amount of data • Minimum fault response time • More no. of sensors can be connected • Maximize equipment life time • Maximize safety- Public & Site • Reduce man power
  • 42. PACPAC • The name is derived largely from the popular PLC or Programmable Logic Controller. • One major difference between a PLC and a PAC is Most PLCs are programmed in a graphical representation of coils and contacts called Ladder Logic. Most PACs are programmed in a modern programming language such as C or C++.
  • 44. HONEYWELL | ABBHONEYWELL | ABB Distributed Control System (DCS):Distributed Control System (DCS):
  • 45. • Controlling the rotational speed of an AC motor by Voltage/ frequency ratio. Variable Frequency Drives (VFD):Variable Frequency Drives (VFD):
  • 46. Applications Of VFD:Applications Of VFD: • Power generation • Metallurgy • Oil & Gas industries • Mining • Cement plants • HVAC systems
  • 48. SERVO MOTOR:SERVO MOTOR: • Servo is an automatic device that uses error sensing feedback to correct the performance of a mechanism. • The servo expects to see a pulse every 20 ms. The length of the pulse will determine how far the motor turns. • There are two different types of encoders: linear and rotary
  • 49. APPLICATIONS:APPLICATIONS: • Motion Controls • CNC Machines • Bio-Medical Equipment • Defense Equipments • Robotics • Textiles • Drilling Machines • Motor Feedback
  • 50. NDUSTRIAL ROBOTICS ISO 8373 The heart of modern manufacturing...
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  • 52. ROBOTICS:ROBOTICS: “An Automatic machine that replaces human effort, though it may not resemble human beings in appearance or function of a humanlike manner”.
  • 53. Robotics Types & Configuration :Robotics Types & Configuration : • Four axis robot • Six axis robot • Paint robots Configuration • Payload • Reach • Application
  • 54. ROBOTICS APPLICATIONS:ROBOTICS APPLICATIONS: • Pick &place(packaging & palletizing) • Painting • Welding • Cutting • Injection/molding • Testing, production inspection.
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  • 56. QUESTIONSQUESTIONS ?? THANK YOUTHANK YOU For Feedbacks & Suggestion feedback@axisglobalautomation.com
  • 57. ADVANCED TRAINING IN INDUSTRIAL AUTOMATION PLC | SCADA | DCS | VFD | PAC | HMI | IMCC | SERVO GSM PLC | ROBOTICS | FIELD INSTRUMENTS | FIELD BUS Branch office : #648,10th B Main,4th Block,Jayanagar,Bangalore-11 99168668779916866877 Worldwide Branches: Coimbatore | Chennai | Bangalore | Trichy | Dubai | Ajman (UAE) www.agatrg.comwww.agatrg.com

Editor's Notes

  1. Field input devices provide an electrical signal based on a condition ON, OFF etc.. The design of the inputs determines the type of electrical signal that can be used. Different applications, and regions may use different voltages. Larger rack mount PLC’s typically support a wider range of input voltages TTL (5Vdc), 12Vdc, 24Vdc/VAC, 48Vdc, 72Vdc, 120Vac, 220Vac etc...
  2. Field output devices are controlled by electricity being switched by the PLC. ON, OFF etc.. PLC’s “Switch” electricity, they do not “supply” electricity The design of the outputs determines the type of electrical “Load” that can be used. Different applications may require specialized output designs. Voltage/Current issues include Higher current - relays Longer life cycle - solid state (Triacs for AC, MOSFET for DC) Triacs 120Vac applications 1/2 amp maximum load MOSFET 24Vdc applications 1 amp maximum load Isolation issues can be crucial for an application. Typically the more isolation provided between output points the better. (The more individual commons the better) This provides customers greater flexibility in wiring and controlling different loads with the same PLC.