Fundamentals of industrial communications in automation

Fundamentals of industrial communications in automation

  • Author: Gómez Rojas, Jorge; Moreno Garcia, Francisco Ernesto; Medina Delgado, Byron
  • Publisher: Ediciones Unimagdalena
  • eISBN Epub: 9789587465495
  • Place of publication:  Santa Marta , Colombia
  • Year of publication: 2022
  • Pages: 271
This book presents an integration between communication systems and its application to industrial systems. Thus, it contributes to academic training in an up-to-date and widely used environment in the industry.
  • Foreword
    • Valoratives
    • Transversal (Cognitive, Interdisciplinary and Investigative)
  • Chapter 1: Introduction to automation
    • Introduction
    • Redo and Reset!
    • The analysis of unit operations in order to automate
    • Basic principles of industrial automation
      • Individual automation
      • Centralized automation
      • Distributed automation
      • Continuous processes
      • Batch processes
      • Individual process
    • Elements of automation
      • Action / Sensing (sensor) Level
      • Supervision level (Plant Level)
      • Management level (Factory level)
  • Chapter 2: Basics Concepts of Industrial Communications
    • Data Transfer in Industrial Environments
      • Types of signals
      • Physical medium
      • Number of channels
      • The OSI model
      • Data Communication
      • Time and Transmission
    • Protocols or Field Buses
      • Typical terminology and material found on a fieldbus
      • Hierarchical structure of industrial communications
  • Chapter 3: Main Field Protocol Technical Characteristics
    • I2C communication protocol
      • Examples of components and/or equipment that use the I2C Bus
    • SPI communication protocol
      • Examples of components and/or equipment that use SPI Bus
    • Hart communication protocol
      • The Hart protocol in the OSI model
      • The Hart signal
      • Transmission Mode and Format via Hart protocol
      • The evolution of the Hart protocol
      • Examples of components and/or equipment that use the Bus Hart
    • ASI Communication protocol - SERIPLEX
      • Example of component and/or equipment used by the AS-i Bus
      • Example of component and/or equipment used by the Seriplex Bus
    • CAN-Bus communication protocol
      • Example of component and/or equipment used by the CAN Bus
    • Modbus communication protocol
      • Physical medium
      • Access to the Medium
      • Protocol
      • The Request
      • The Response
      • Modbus Addressing
      • Function codes
      • Example 3.1 Implementation of a modbus communications network.
    • Profibus communication protocol
    • Rockwell communication protocols
      • Devicenet
      • Controlnet
      • Ethernet
  • Chapter 4: Scada system and principles to enter supervision
    • The Scada System
      • Facility Remote Control
      • Information processing
      • Presentation of Dynamic Graphics
      • Generating Reports
      • Presentation of Alarms
      • Storage of Historical Information
      • Presentation of Trend Graphs
      • Event Programming
    • Introduction to OPC Server
  • Bibliographic references
  • Appendices
    • Practical exercise No. 1
    • RS232 Supported Serial Communication Development Instructions
      • Objectives
    • References
    • Introduction
      • Transmission speed (baud rate)
      • Data bits
      • Stop bits
      • Parity
    • RS-232
    • Microcontroller programming to transmit to the PC
    • Practical exercise No. 2
    • Serial Digital Data Transmission Through FSK Modulation Instructions
      • Objectives
    • References
    • General Description
    • Transmitter prototype development- FSK receiver
      • The digital sequence to be transmitted
      • Implementation
      • Bit clock generator
      • Scroll log and frame generation
      • XR-2206 modulator
      • Channel adaptation
      • Communication channel
      • XR-2211 Demodulator
    • Practical Exercise No. 3
    • Development of an I2C Communication with Labview for Analog Channel Reading
      • Instructions
      • Objectives
    • Introduction
      • Development of the Communication Protocol
    • USB Connector
    • Interface Between LabVIEW® and the I2C Communication Protocol
    • Practical Exercise No. 4
    • Serial Communication between a Mega Arduino - Pc For Type K Thermocoupler Reading Via SPI
      • Instructions
      • Objectives
    • References
    • SPI Serial Communication
    • USB Serial Communication
    • MAX6675 Module
    • Arduino Mega
    • Process
    • Final Considerations
    • Practical exercise No. 5
    • Development and Implementation of an Spi-Can Communication Instructions
      • Objective
    • References
    • Necessary Elements
    • Introduction
    • Theoretical Foundation
      • CAN communication
    • Practical Development
    • Arduino One Programming (set of 2)
      • Communication Conversion (SPI/CAN and CAN/SPI)
    • 3.3 Schematic diagram to assemble
    • Recommendations
    • Practical Exercise No. 6
    • Communication between a CLICK Koyo PLC and a ModBus Board RTU Via RS485 Relay
      • Instructions
      • Objectives
      • Specific objectives
    • References
    • Introduction
    • Theoretical Framework
      • Modbus
      • PLC
      • RELAY MODBUS BOARD RTU
    • Procedure for a Modbus Network Implementation
      • Relay Module Preparation
      • Slave Configuration and Programming (CLICK Koyo PLC)
    • Practical Exercise No. 7
    • Communication between an HMI 5056N Screen and a CLICK Koyo Via Modbus PLC
      • Instructions
      • Objective
      • Specific objectives
    • References
    • Introduction
    • Theoretical Framework
      • Modbus
      • PLC
      • HMI screen
    • Procedure for the Implementation of a Modbus Network
      • Slave programming (plc click koyo)
      • Code Description
      • Master configuration and programming (hmi 5056n).
      • Gauge and Display indicator
      • Meter Display Configuration
      • Numeric Display Settings
      • Indicator and virtual potentiometer
    • Practical Exercise No. 8
    • Communication between ATV71 Variator and TWIDO PLC Via Modbus, Using Macro Drive.
      • Instructions
      • Objectives
    • References
    • Modbus Protocol
    • Exercise. Implementation of a modbus network
      • Master configuration (twido)
      • Open Twido Suite software
      • Configure components ports
      • Configure macro drive
      • Select the Modbus-Port 1 network channel and the address in the network
      • Program: go to edit program
      • Animation of tables
      • Configure atv71 speed drive parameters
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