DIA6-SP Advanced Industrial Automation - Data Communications

DIA6-SP Advanced Industrial Automation - Data Communications

  • Duration:
  • Investment: US$ 149.00
Certificate:

Must complete all lessons

Content

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Description

Data can be exchanged from one point to another by means of electrical or optical transmission system.  In today's computing world, data communication provides electronic exchange of data or information and it is utilized in computer networking equipment such as modems, local area networks (LAN), adapters, repeaters, hubs, microwave links and wireless network access points. To be effective, technical staff should have sound knowledge on data communication media and its components to provide reliable and efficient communication.
This course is designed to help students to understand the role of IP addressing in the TCP/IP Network Reference Model in Networking, RS-232 AND 485 interface and also describes the constructional features and applications of fibre optics and copper cabling.
After completing this course, students will have expert knowledge on the basic principles of data communications and the major technologies used in modern data communication and field bus system.

 

WHO SHOULD COMPLETE THIS COURSE

  • Automation Engineers
  • Chemical Engineers
  • Consulting Engineers
  • Electrical Engineers
  • Electricians
  • Installation and maintenance technicians
  • Instrumentation and Control Engineers
  • Maintenance Engineers
  • Operations Engineers
  • Process Engineers
  • Process Operators
  • Production Managers
  • Project Managers
  • System Integrators

 

COURSE OUTLINE

GENERAL METHODOLOGY

  • Common Problems
  • Methodology

 

NOISE AND COUPLING

  • Definition of Noise
  • Electrical coupling of Noise
  • Electrostatic coupling
  • Capacitive coupling
  • Magnetic coupling
  • Transformer coupling
  • Grounding configurations
  • Ingress protection

 

COPPER CABLING

  • Coaxial cable
  • Preferred cable types
  • N-type connector
  • Thin coax T piece
  • BNC connector
  • D-type connectors
  • RJ45 connector
  • M-12 connector

 

FIBRE OPTICS

  • Applications of Fibre optic cable
  • Fibre optic cable components
  • Construction of optic fibre
  • Graded index multimode fibre
  • SC and ST connectors
  • Splicing tray
  • Fibre optic tests

 

RS-232

  • RS-232 Connections
  • Voltage Levels
  • Asynchronous vs. synchronous transmission
  • Summary of operation
  • Limitation

 

RS-485

  • RS – 485 Voltages
  • Two wire network
  • Four wire network
  • Bias resistors
  • RS – 485 trouble shooting

 

INTERFACE CONVERTERS

  • 20mA current loop
  • RS-232/RS-485 converter
  • Serial interface converters
  • TCP/IP
  • TCP/IP Protocol suite
  • IPV4 Notation
  • IPV4 Addressing concepts
  • Address Classes

 

SUBNET MASK, TCP AND UDP

  • IP Addressing concepts
  • Prefix notation
  • Private IP addresses
  • IP datagram
  • Establishing and terminating a connection
  • User datagram protocol

 

MODBUS

  • Modbus serial
  • Modbus transaction
  • Memory address blocks
  • Modbus commands

 

FC01

  • FC05

 

DISTRIBUTED NETWORK PROTOCOL

  • Designed for SCADA
  • Why use DNP3?
  • Features of DNP3
  • Build-up of DNP Message
  • IEC 60870
  • Protocol Architecture

 

MODBUS PLUS

  • Frame structure
  • Modbus network terminology
  • Protocol structure
  • Symbols used
  • Normal message transfer

 

HART

  • Digital transmission mode
  • Master Slave Mode
  • Burst Mode
  • Hart commands
  • Commands
  • Practical Demo of Modbus serials

 

DEVICENET

  • Introduction
  • Network specifications
  • Typical open-style physical media
  • ODVA troubleshooting tools
  • EDS file checker
  • DeviceNet assistant
  • DeviceNet frame format

 

PROFIBUS

  • Introduction
  • Profibus stack
  • DP/PA Alternatives

 

IEC 61158-2

  • Profibus OLM
  • PA connector
  • Profibus MAC
  • Profibus Messages

 

FOUNDATION FIELDBUS H1

  • Fieldbus
  • Physical Layer
  • Cable characteristics
  • Foundation Technology
  • Scheduling
  • Power conditioner block
  • Terminator

 

ETHERNET/IP

  • DeviceNet
  • The host to host layer

 

PROFINET

  • PROFINET communication
  • PROFINET versions
  • Comparisons

 

FOUNDATION FIELDBUS HSE

  • Summary
  • HSE benefits
  • High speed Ethernet
  • ModBus Communication Stack
  • Encapsulation of MODBUS TCP/IP ADU

 

Investment

Plan Name Investment
Unlimited Access for 2 Years: US$ 149.00

Instructor

John Lawrence

B.Sc (Hons) M.Sc B.Com (Hons)

 

John is an accomplished and practising Project Manager who has been involved in the mining and oil industries, banking, investment and finance sectors for over 25 years. His extensive Project Management skills have been acquired through various contrasting project types - application development projects, company infrastructure set-up in multi-million dollar technical and mining evaluation systems, IT component company relocations and strategy development.

His adaptive approach to Project Management has proven invaluable to numerous clients - from hands-on to a consultancy capacity relative to key prevailing factors. He has a strong belief in Post Project Reviews and feeding this experience back into new projects. John is particularly enthusiastic about the opportunity in using software tools to improve the management of projects - both engineering and IT based.

In the past 10 years John has concentrated on the areas of Project Management and Technical training with a number of European and North American based companies. His individual style of training and successful transfer of information methods have made him a highly sought after instructor. An inspiring and professional instructor, you will benefit from and enjoy John’s presentations, including Project Management, Technical and Specification Writing, Data Communications and Networking.

 

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