• What is Automation
• Requirements of Automation
• Role of engineers
• Components for Automation
• Advantages PLC

General PLC Introduction

• Architectural Evolution of PLC
• Role of PLC in automation
• PLC Applications, Advantages & disadvantages
• Introduction to PLC hardware
• Detail Description about each hardware
• CPU, I/P, O/P, P/S, Bus & Rack
• Explanation of Signal Flow in PLC
• Concept remote I/O & redundancy
• Typical installation PLC
• Different Programming languages
• Scan Cycle execution
• Communication Baud rate
• Different type of protocol
• Bit, byte, word & double word concept
• PLC selection criteria
• Architectural Evolution of PLC Applications
• Advantages & disadvantages
• PLC Basic Hardware
• Detail Description about each hardware
• CPU, I/P, O/P, P/S, Bus & Rack
• Explanation of Signal Flow in PLC
• Concept remote I/O & redundancy
• Typical installation PLC
• Different Programming languages
• Scan Cycle, Baud rate & Protocol
• Bit, byte, word & double word
• PLC selection criteria

• Introduction to hardware
• Switching on Procedure with PLC Hardware
• PLC Manufacturer
• Different Siemens PLC Ranges
• Different PLC Modules
• Basic Hardware CPU, SM, FM, IM, PS
• PLC Hardware diagram,
• Different Protocol used in Siemens PLC
• Input & Output Addressing
• Addressing of programming instructions
• Basic programming symbols
• Basic programming rules
• Concept Download & Upload
• PLC software switching on with Simulator

Creating new application

• Aa PLC software switching on with Simulator
• Use of NO, NC, O/P coil
• Start, Stop, hold on, set & reset concept
• AND & OR function with NO contact
• Timer- Addressing, Reset & practice program
• Counter – Addressing & Practice program.
• Compare Data with Limiter, Equal, Greater & Less.
• Mathematical- Add, Subtract, Multiply Division & Practice program
• Subroutine concept, call & Practice program
• Analog (varying data) scaling
• Selection & addressing of FC 105 & Practice program
• Move, Jump & label
• Positive & negative edge detection
• Master control reset
• Bit shift left & right application
• Bitwise AND & OR function
• Status bit application
• Square & square root
• Trigonometric function

Practical on Hardware

• Power supply Switching on precaution
• How to refer wiring manual
• Different wiring diagram
• Digital & analog wiring
• Sink & Source concept
• Types of transmitter
• Switching on Procedure with PLC Hardware
• Data Block programing
• Function Block programing
• Checking real time program

Trouble shooting / Fault finding

• Finding faults with help of software
• Input fault reasons
• PLC hang up
• PLC program corrupt
• CPU control switch function
• Downloading program to PLC
• Uploading program from PLC
• Use of memory
• Concept of Force Input and output
• Precaution & Procedure removal and fitment of PLC modules
• Input and output terminal change precaution

Maintenance of PLC

• Switching on precaution
• Replacing Input and output terminal with help of software
• Requirements PLC maintenance – software CD
• Process Text, wiring manual and software diagram manual
• Documentation Backup of program
• Hard copy (Print)
• Cross reference

Networking of PLC

• Networking with another AB PLC
• Networking Driver selection
• Networking with SCADA
• Networking with HMI
• Data Block programing
• Function Block programing
• PID concept and programming

Software installation

• Memory Requirement
• Operating system
• Admin password
• Assignments

Introduction

• Architecture evolution of SCADA
• Function of SCADA
• Requirements of SCADA
• Different types of packages of SCADA
• Criteria selection SCADA
• Tag and its types
• Different monitoring facility available in
• Function of alarm and types
• Purpose trend and types
• Script function and its use
• Concept of tool library
• Different vender of SCADA
• Recipe function and its use

SCADA Practical

• Introduction to SCADA Software
• Different of shapes and facility available
• Different color options
• Creating a new SCADA application
• Selection of symbols wizard library
• Selection of symbols symbol factory
• Creating Database of Tags
• Creating & Editing graphic display with different symbols
• Data Entry giving command through user input
• Different of shapes and facility available
• Various color options
• Different discrete animation properties
• Sizing height width and both
• Movement- vertical, horizontal & diagonal
• Blinking with different color
• Visibility indicator lamp & text
• Filling – vertical and horizontal
• Value display of discrete and analog quantity
• Creating & Accessing Real-time Trends
• Creating & Accessing Historical Trends
• Creating different warning (Alarms)
• Configuration of SCADA alarms
• larms LOLO, LO HI, HIHI
• Alarm data record display with different options
• Acknowledge button function
• Security function of SCADA
• Configuration of different user
• Concept of Access level

Networking (communication)of SCADA

• Application script
• Condition Script
• Window script
• Concept faceplate (run time tool)
• Introduction to system tag
• Concept of RTU and modem theory
• Architecture of RTU and modem
• Connection to different component
• Application of RTU
• Use of modem with SCADA
• Use of OPC server software
• Maintenance of SCADA
• Switching on precaution
• Replacing Input and output terminal with help of software
• In case of RTU check wiring and power supply
• Documentation Backup of program
• Hard copy (Print)
• Cross reference
• Software installation
• Memory Requirement
• Operating system
• Admin password

Assignments

• 1 to 10 assignments
• Topics for experienced person

Are you looking for HMI Training in Dubai, provided by Experienced and Professional teachers, with Flexible timings? We have what you need!!

• Human Machine Interface (HMI)

Introduction to Automations

• Introduction to HMI hardware
• Specifications of HMI
• Various HMI available in industry
• Programming the HMI
• Communication of HMI and PLC
• Monitoring and Controlling of the data through HMI

Participants

• Plant maintenance engineers, projects, design & consulting engineers.

Objective 

• Participants will be able to select, program, install and maintain drives to suit their application.

Topics covered

• Selection criteria of the drives for particular application i.e. Speed /Torque Characteristic etc.
• Configuration of different motor parameter for drives i.e. speed  and torque control, types of braking, ramp selection, jog/inch  selection, flux optimization, No. of poles, load equalization,  selection of slip & skip frequencies, preset speed selection, RPM  etc.
• Remote and Local operation of Variable Speed Drives.
• Communication with PLC, MMI/SCADA Software.
• Study of different operational methods like PWM method, flux  vector control, vector voltage control, direct torque control etc.  on which Variable Speed Drives work.
• Troubleshooting
• Case study and different applications of Drives in the industry.
• Instrumentation  Process Control

• Basics of Field Instrumentation
• Measurement Practices
• Erection and installation guidelines
• Flow measurement

Principles of operations of flow meters

Types of Flow Transmitters

• Selection & Installation of sensors
• Pressure measurement

Principles of operations of pressure meters

Types of pressure Transmitters

• Selection & Installation of sensors
• Level measurement

Types of level measurement sensors

• Selection, Installation and configuration of sensors
• Temperature measurement

Sensors for temperature measurement

Types of RTDs & Thermocouples

• Selection, Installation and Commissioning

Types of sensors

• Inductive Proximity sensors