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AUTOMATION PLC SCADA TRAINING

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Brands Covered in AUTOMATION PLC SCADA TRAINING

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Key Highlights in Automation PLC SCADA Training

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THE SMEC Advantage

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Attend live training from anywhere in the world in your native language

English | Hindi | Tamil | Malayalam | Telugu | Kannada | Marathi

Automation PLC SCADA Training Syllabus

Introduction to Electrical Wiring
Basic Electrical Circuits / Drawings
Relays
Circuit designing using Relays
Relay Wiring
Introduction to Industrial Automation
Automation Tools
PLC Architecture
Programming Languages
Ladder Diagram
Implementation on Logic Gates
Rules for Programming
Latching and Unlatching

Introduction – Automation
PLC Hardware/ Architecture
Relay/ Digital Logic
Ladder Logic Programming
Functional Block Programming
PLC scan cycle
Bit, byte and word instructions
Compare/Logical /Arithmetic
Program control instructions
Timer, Counter Configuration
Instruction set
Upload/Download /Monitoring of program
Forcing inputs & outputs
Analog input/ output addressing
Digital input/output addressing
PLC Troubleshooting
I/O Modules configuration
Sub routine & interrupts programming
Panel wiring
Communication drivers
HMI/ SCADA interface
Applications

Introduction – SCADA
Creating database
Images, objects configuration
Dynamic properties (blinking visibility, movement, filling )
Tag creation and addressing
Tag grouping
Macro editor
alarm/ events configuration
Trends – real time and historical
Database and DDE connectivity
I/O driver configuration
Interfacing with PLC
Wireless SCADA/GSM PLC, Recipe

Introduction
Drives
Drive systems
Internal circuits
VFD selection
Parameterization
Checking load
Rated voltage
Rated current
Rated RPM
Commissioning, No Load Test
Interfacing PLC to VFD
Speed Modulation
on/off command

Interfacing AB PLC with SCADA and HMI
Interfacing M221 PLC with SCADA and HMI
Interfacing Delta PLC with SCADA and HMI
Interfacing GE Fanuc PLC with SCADA and HMI
Interfacing Omron PLC with SCADA and HMI
Interfacing Mitsubishi PLC with SCADA and HMI

Introduction to AC Motors
Introduction to MCC Panel (Motor Control Centre)
Starting, Controlling and Protection of Motor
Starters – DOL Starter, Star – Delta Starter
MCC Panel Wiring

Plc wiring
Panel designing

Introduction to P & FI

Calibration
Transducer
Sensor
Basic Instrumentation Parameters & Variables
Temperature Measurement
Pressure Measurement

Case study
Plc programming
Scada designing and interfacing

Introduction – DCS
DCS Hardware/Architecture
I/O Module Configuration
Controller Configuration
Controller Module Configuration
Programming-DCS
Basic I/O
Logic Gates
Timer/Counter
Compare/Compute
SCADA
Basic Introduction
Digital/Analog
Animation
Trend/Alarm
Communication

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automation training course-smeclabs

Learning of Automation PLC SCADA

Automation is one of the most simple and robust technologies in the world. Learning it takes a bit of effort, as knowledge in Automation needs to be polished from time to time with the latest updates. SMEClabs itself being an Automation company offers you all the latest advancements from time to time. An Automation Engineer is one who has skills not just in programming but also has remarkable skills in the following:

  • Programming
  • Communication
  • Interfacing
  • Panel Building
  • Hardware Configuration
  • Assembly
  • Wiring
  • Channel Configuration
  • Testing
  • Troubleshooting

One should have skills to determine the exact I/O card configuration, power supply required, determination of safety measures etc. To be an Automation Engineer who can create wonders, one should work out various exercises and develop skill in Troubleshooting. The entire process starting from programming to interfacing should be done repeatedly. The study of PLCs would only cover 40% of technology that Automation is involved in. Automation is actually the study of Automation tools where one is taught programming, installation and troubleshooting of these tools. The major tools of Automation are as follows:

  • PLC – Programmable Logic Controller
  • PAC – Programmable Automation Controller
  • DCS – Distributed Control System
  • SCADA – Supervisory Control And Data Acquisition
  • HMI – Human Machine Interface
  • VFD – Variable Frequency Drives
  • RTU – Remote Terminal Units
  • Power Supply Modules
  • Relays
  • Fuses

Another important point to be acknowledged is that, there are various brands that support Automation and as brands change the UI changes, Communication protocols change, Hardware configuration change, functionalities change, etc. Thus it is very important to be a master in the leading and most widely used brands in the market while the others remain a copy of these brands. Such top-class widely used brands are as given below:

  • AB – Allen Bradley
  • ABB – ASEA Brown Boveri
  • SIEMENS
  • Schneider Electric
  • Honeywell
  • Emerson
  • Yokogawa
  • GE – General Electric
  • Omron
  • Mitsubishi
  • Delta

So always keep in mind, to be a master Automation Engineer, it is very important to be focused and have knowledge that is self-gained, where one gets to repeatedly work with disassembly and assembly of Automation systems starting from programming to successful installation and testing.

Why is SMEClabs the best place to learn Automation?

SMEClabs offers complete master-level training. Delivering, the one of its kind Hybrid Training that would give you all facilities of practical training while learning from home. SMEClabs will give you kits and working models of projects, using which you can learn every module in detail. Complete assistance in a trained lead skill enhancement program. SMEClabs will also give you global certification for various levels of training.

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