Course Details
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Course Description
Industrial data communication is characterized by its operating environment. Electromagnetic interference (EMI), long distances, and physical barriers set industrial communications apart from typical business office requirements. Conventional equipment usually lacks the versatility to adapt to the unique requirements of data monitoring and process control. In response to the growing need for industrial data communications, several purpose-developed industrial data communications devices have entered the marketplace. Their designs are a result of field experience in solving difficult data communications problems and optimizing characteristics for all aspects of reliability and economy. With so many different standards on the market today, the debate is not about what is the best – be it Foundation Fieldbus, Profibus, Device Net, or Industrial Ethernet but rather about selecting the most appropriate technologies and standards for a given application and then ensuring that best practice is followed in designing, installing and commissioning the data communications links to ensure they run fault-free. The industrial data communications systems in your plant underpin your entire operation. You must apply best practices in designing, installing, and fixing any problems that may occur. This Course distills all the tips and tricks with the benefit of many years of experience and gives the best-proven practices to follow.
Ethernet, TCP/IP, and Internet technologies are reshaping the way that control, data transfer, and maintenance are being carried out in industrial plants around the world. In this course, you will learn more about the latest developments in networking, including practical tips on testing TCP/IP-based networks and where to safely use an industrial Web intranet. You will also explore the strengths and weaknesses of competing network technologies, including leased services such as T1/T3, Frame Relay, or ADSL, and private systems such as short-haul modems and fiber optics. Special focus will be placed on the questions of security in the industrial setting.
This course provides a thorough understanding of modern industrial data communication including basic communication principles, hardware interfaces such as RS232, communication protocols: ASCII-based protocol, Modbus, and other industrial protocols in peer-to-peer or network environments. Including IEC61850 and their applications in Water and Power systems.
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Training Objective
Target Audience
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.
Training Methods
Daily Agenda
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
Accreditation
Certification that all the attendees will get BTS certification upon successful completion of the exam assessment
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