Dear customer, Autotec has the pleasure to deliver the following course at its training center or
at customer premises, We can deliver this training to any number of engineers or technicians with
the best quality and price available in the Egyptian market.
 
Fundamentals of Control
 

• Measuring Devices
        (Avometer, Clamp meter, Meger,)
• Sensors & Actuators
        (Proximity, Magnetic, Limit, Photo cells,
    Level Temp. &pressure sensors…)
• Relays
• Contactors
• Timers
• Counters
• Basic of Control Circuits Design
• Wiring Diagrams
• Motors Operation and Protection
• Short Circuit Protection
• Overview of Speed Drives
         (No Parameter adjustment will be
    explained)
• Debugging & Troubleshooting of Panels
• Basics of PLC
• PLC Monitoring & Troubleshooting
         (Practical part)
 


 
Text Box: Digital PLC for Beginners
 
INTRODUCTION
   • Manual / Automatic Control
   • Evolution of Control Systems:
   • Relay Control
   • PCB Control
   • PLC Control
   • Advantages of PLC
   • Inputs and Outputs:
   • Digital Inputs/Outputs
   • Analog Inputs/Outputs
   • Programming Languages:
   • Statement List
   • Ladder
   • Function Block Diagram
   • Memory Types:
   • RAM
   • ROM
   • EPROM, EEPROM
   • Flash EPROM, MMC
   • Connecting PLCs to Operator Interface
   • What are the differences between PLC?
   • S7 200 / S7 300 / S7 400
   • Communication Capabilities
   • What are the differences between
      Networks?
 		 PRACTICAL EXPLANATION ON S7-300 PLC:
   • Setting the PLC - PC Interface
   • Creating New Project
   • Programming with Symbols
   • Absolute Addressing
   • Symbolic Addressing
   • Programming OB1
   • Configuring the Central Rack
   • Establishing an online connection
   • Downloading
   • Testing via Program Status
   • Variable Table & Diagnostic Buffer
   • Forcing
   • PLC Simulator
   • Reference Data
   • Cross Reference
   • Assignment List
   • Program structure
   • Unused Symbols
   • Addresses without Symbols
   • Rewiring
   • Comparing Programs
   • Overview of PLC Instructions
Step5
 
• Fundamental control concepts
• System Overview
• System Components
• Power Supply, Central Processing Units , Input and
   Output Modules, Intelligent Input/Output Modules,
   Communications Processors
• Expansion Capability
• Centralized Configuration
• Distributed Configuration
• Communications Systems
• Addressing
• Address Structure
• Slot Address Assignments
• Handling Process Signals
• Addressing (Contd.)
• Accessing the PII
• Accessing the PIQ
• Direct Access
• STEP5: Creating and
Handling Projects
• Project Settings
• Managing Blocks
• Editing with STEP 5
• Common Functions in STL, LAD
• Editing Statement List (STL)
• Editing Ladder Diagrams (LAD)
• Basic Operations
• Boolean Logic Operations
• Set/Reset Operations
• Load and Transfer Operations
• Timer Operations
• Counter Operations
• Examples
• Basic Operations (Contd.)
• Comparison Operations
• Arithmetic Operations
• Block Call Operations
• Other Operations
• Examples
• Introduction to Organization, Data,
   and Function blocks
• Supplementary Operations
• Substitution Operations
• Examples & Sample Programs
• Analog Value Processing
• Analog Input Modules
• Analog Output Modules
• Digital Representation of an Analog Value
• Analog Value Matching Blocks
• Reading and Scaling Analog Values
• Outputting an Analog Value
• Example of Analog Value Processing
 
Objectives
Upon completion of this course, the student shall be able to:
    • Create and manage projects with STEP5.
   • Program discrete logic operations
     (AND, or, etc.).
   • Program timers and  counters.
   • Program comparison and
     mathematic operations.
   • Deal with analog values.
   • Use different blocks (OB, FB and DB )
   • Troubleshoot common software errors.

Prerequisites
    • Electrical and Control systems   
     background
   • Good Computer Knowledge
   • Good English Knowledge
 
 
 
 
 
 
Step7 Courses (Click Here)
 
ProTool
 
• Introduction
• Installing ProTool
• Configuring ProTool
• Configuring with ProTool integrated in STEP 7
• Example of an instance DB
• Creating projects
• Fundamental considerations when creating a project
• What does a ProTool project consist of?
• Steps to be taken when creating a project Setting up
    area pointers
• Example: How to create an OP37 project
• Creating projects (Contd.)
• Subdividing the display on the operating unit
• Configuration notes for the touch panels
• Selecting a PLC driver
• Projects conversion
• Copying objects: Between projects and
    within a project
• Undoing and redoing actions
• "Cross-Reference" window
• "Project Information"
• Configuration techniques
• Creating screens
• Configuring display elements
• Configuring controls
• Using PROFIBUS screen numbers
• Using tags
• Example: Scaling tags
• Multiplexing
• Example: How to multiplex a bar graph
• Graphics creation
• Creating trends
• Configuring messages
• Reporting operating and process states
• Example: How to configure alarm messages
• Configuring ALARM_S messages
• Using functions
• Creating recipes
• Operator guidance
• Configuration in foreign languages
• Testing projects
• Testing projects
• Downloading the executable project file
• Peculiarities of MPI transfers
• Status/Force Tag
• Documenting and managing projects
• Documenting projects
• Printing project data
• Constraints with printing
• Example: creating a customized report
• Managing projects
• Project management with integrated operation
• Managing projects in stand-alone operation
• System limits
• System limits for graphics displays
• Example: system limits for the SIMATIC S7
• Tips and Tricks
 
Objectives
    Upon completion of this course, the student shall be able to:
    • Using ProTool
    • Create new project.
    • Connecting to SIMATIC PLC’s.
    • Troubleshoot common software errors
      Prerequisites
    • Electrical and Control systems background
    • General Computer Knowledge
    • General knowledge with SIMATIC PLC’s
 
WinCC Flexible (Tailor made)
 
   
WinCC Sacda  (Tailor made)
 
 
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