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Fundamentals of Industrial Communications in Automation
| Clasificación: | Libro Electrónico |
|---|---|
| Autor principal: | |
| Otros Autores: | , |
| Formato: | Electrónico eBook |
| Idioma: | Español |
| Publicado: |
Bogota :
Editorial UniMagdalena,
2022.
|
| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Intro
- 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