Upon the successful completion of this course, participants will be able to:-

• Apply the latest technology of industrial data communications and telecommunications by the international standard, EIA-232, 422, 423 and 485
• Explain the inner workings of proprietary PLC networks and the Local Area Network (LAN) topologies and protocols
• Compare media access techniques such as CSMA/CD, token passing, and master/slave
• Describe design methods for LANs using Ethernet and identify the different Ethernet varieties and which are best for industry
• Apply the options for Ethernet hardware to avoid instant obsolescence and being locked in the past and describe the  Open Systems Interconnection (OSI)
• Discuss how the structure of the telephone system impacts industrial networks  and the analog dial-up connections and modem standards
• Define the modern digital WANs and recognize the service options for corporate intranets
• Apply the basics of fiber-optic networks including cable selection for the plant floor
• Employ the LAN, WAN, Intranet, Internet, TCP/IP protocols, addressing and troubleshooting
• Create a web server for an industrial intranet and identify  where web technologies can safely be used for process control
• Identify the basics of network security and the procedures that should be followed for safe operations
• Describe Smart Instrument Systems such as HART and discuss the Fieldbus protocols and configurations
• Discuss the public network transport technologies and the Wide Area and Converged Networking (PSTN/PBX/Internet/Intranet)
• Explain the wireless communications and their characteristics and the Enterprise Level Process Data Communications (ERP, MES, SCADA)
• Discuss the details of protocol IEC61850 and communication applications in Water and Power systems

This course is designed for personnel with a need to understand the techniques required to use and apply modern industrial communications and telecommunications technology as productively and economically as possible. 
This includes electrical, control and instrumentation, SCADA and telemetry systems, process control engineers and supervisors, engineering managers, network administrators, field technical support staff, and project management staff.

Day 1:

Introduction:

• Course Objectives
• The Manual
• What is Data Communications
• Brief Overview of “Smart” Instrumentation
• Overview of Modern Instrumentation and Control Systems

Definitions, Basic Principles, and Coding:

• Background to Data Communications
• Sources, Receivers, and the Communications Interface
• Transmission Modes – Simplex and Duplex
• Bits, Bytes and Characters
• Parallel and Serial Communications
• Analog and Digital Signals
• The Coding of Messages – The ASCII Code
• Data Transmission Speeds
• The Format of Messages
• Introduction to Error Detection and Correction (EDAC)
• The Universal Asynchronous Receiver/Transmitter (UART)
• The Importance of Standards

Data Communications Standards:

• Null Modems
• Modem Control & Handshaking
• Trouble Shooting on RS-232
• EIA-RS-423 Interface Standard
• EIA-RS-422 Interface Standard
• EIA-RS-485 Interface Standard
• Comparison of EIA Interface Standards
• Interface Converters
• Current Loop Interface
• Introduction to Networks
• Testing Equipment (Breakout Box, Line Analyzer)
• Protocol Analyzer Practical

Selection and Installation of Copper Data Cables:

• Cables with Copper Conductors
• Interference and Noise (IEEE-518)
• Cable Selection and Installation Recommendations

Day 2:

Modems and Interface Converters:

• Concept of a modem
• Various Modulation Techniques
• Smart Modems
• Radio Modems
• Data Compression Techniques

OSI-Open Systems Interconnection:

• Modern Factory Automation & Process Control Systems
• OSI Reference Model and Standards
• Individual Layers
• Illustrative Example of OSI

Local Area Networks:

• LAN History
• LAN Topologies
• LAN Media Access Control Techniques
• LAN Standards
• Protocols: TCP/IP
• LAN Extension and Interconnection (Bridging, Switching, Routing)
• Physical Issues
• CSMA/CD Bus (Ethernet Standard)
• Industrial Ethernet
• Token Ring
• Token Bus
• Wireless Local Area networking: IEEE 802.11

Error Detection:

• Feedback and Forward Error Control
• Cyclic Redundancy Checks

Proprietary Protocols:

• The Concept of a Protocol
• Protocol Design
• Data Processing Protocols
• Allen Bradley Data Highway Plus Protocol

Day3:

Proprietary Protocols (cont.):

• Modbus history and evolution
• Modbus concepts and message structure
• Modbus Plus
• Modbus TCP/IP
• Modbus interfacing
• Practical Demonstration of Modbus

Selection of Standards and Protocols.

Telecommunication Basics:

• Concepts: Signaling, Circuits, Channels, Lines, Trunks,
• Bandwidth, Channel Capacity.
• Full vs. Half Duplex
• Baseband, Broadband, Narrowband and Wideband
• Analogue vs. Digital transmission
• Dial-up vs. Leased Access
• Multiplexing techniques: FDM, TDM, PCM, WDM,
•  
• Connection Oriented vs. Connectionless Communication
• Circuit Switching vs. Packet Switching
• Switching vs. Routing
• Local Area vs. Wide Area Networks
• The "Communications Cloud"
• The PSTN vs. the Internet

Transmission Media:

• Introduction
• Fiber Optic
• Power System Carrier
• Microwave Radio
• Satellite Systems
• Infra-Red
• Fiber Optic Communication Concepts
• Optical Cable Selection
• Connectors

Smart Instrument Systems:

• Digital vs. Analog Data Transmission
• Cabling
• Remote diagnostics and calibration
• HART

Day 4:

Fieldbus Protocols:

• Actuator Sensor Interface (ASI)
• CAN Bus 
• Device Net 
• InterBus

Fieldbus Protocols (cont.):

• Profibus DP
• Profibus PA
• Foundation Fieldbus

Public Network Transport Technologies:

• Analogue Switched (dial-up)
• Public Switched Telephone Network (PSTN)
• Analogue Dedicated (leased) Alternatives

Public Network Transport Technologies (cont’d):

• Digital Switched (dial-up) Alternatives; Switched 56, ISDN-BRI; Frame Relay (SVC); SMDS; ATM
• Digital Dedicated (leased) Alternatives: DDS; T-1; T-3; E-1; ISDN-PRI; B-ISDN; X.25; Frame Relay (PVC); SDH/SONET
• Signaling System #7
• Services

Day 5:

PLC:

• Traditional control
• PLC system components
• PLC device operating concept
• PLC device main components

DCS:

• Definition
• Applications
• DCS components
• DCS networks

SCADA

• Definition
• Applications
• SCADA components
• SCADA networks

Automation systems

• PLC Vs DCS Vs SCADA
• PLC Vs RTU
• Systems’ Integration
• Classifications
• Automation systems’ Selection guide

Conclusion

• Pulling all the Strands Together

CDGA attendance certificate will be issued to all attendees completing minimum of 80% of the total course duration.