Industrial Instrumentation And Control

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Key Features Details the working principles, advantages, disadvantages and applications of each instrument. Extensive coverage of topics such as Electronic measurements and Automatic process control systems for industrial processes. Incorporates computer-aided measurement and control by providing coverage on microprocessor-based control such as programmable logic controllers (PLC's) and distributed digital control (DDC) systems. Orientation tables have been provided to help reader select right instruments for specific application. Three New chapters on Power and Energy Measurements, Sensors and Transducers, and Application of Control Systems have been added to cover entire gamut of industrial measurement. Topical organization has been done to make it easy for the students to visualize the logical flow of topics. The mathematics of the subject are minimized, and more emphasis is placed on examples that illustrate principles and concepts of great practical importance. Bridges the gap between theoretical learning and practical implementation of instrumentation and control concepts for process industries by means case studies. New to the edition : Three new chapters: Power and Energy Measurements (Chapter 4) Sensors and Transducers (Chapter 15) Application of Control Systems (Chapter 20) Detailed coverage of Microprocessor-based controls (Chapter 17) Three other chapters: Units and Standards of Measurements ; Electronic Measurements; Automatic Process Control Systems and Controllers have been thoroughly revised and updated Case studies have been discussed for bridging the gap between theoretical learning and practical implementation. This will help students to revisit the concepts and refresh their overall understanding. New sections on Transfer function, Differential equation and Laplace transform (Chapter 14). Topical organization has been done to make it easy for the students to visualize the logical flow of topics. Pedagogy: An extensive set of review questions (exercises, self check quizzes such as True/False, choosing appropriate answers, and fill-in the blanks) accompanies each chapter and reinforces student's ability to apply the concepts to real problems. Pedagogy includes: Examples : 58 Short Answer Questions: 218 MCQ's : 196 True False : 218 Fill in the blanks : 173 Total : 863 Details the working principles, advantages, disadvantages and applications of each instrument. Provides extensive coverage of topics such as Electronic measurements and Automatic process control systems for industrial processes Incorporates computer-aided measurement and control by providing coverage on microprocessor-based control such as programmable logic controllers (PLC?s) and distributed digital control (DDC) systems Three New chapters on Power and Energy Measurements, Sensors and Transducers, and Application of Control Systems have been added to cover entire gamut of industrial measurement Bridges the gap between theoretical learning and practical implementation of instrumentation and control concepts for process industries by means case studies. Table Of Contents PART I : MEASUREMENT CONCEPTS Chapter 1. Basic Concepts and Qualities of Measurement PART II : ELECTRICAL AND ELECTRONIC MEASUREMENTS Chapter 2. Units and Standards of Measurement Chapter 3. Electrical Measuring Instruments Chapter 4. Power and Energy Measurements Chapter 5. Magnetic Measurement PART III : PROCESS PARAMETER MEASUREMENTS Chapter 6. Electronic Measurement Chapter 7. Displacement Force, Torque and Speed Measurement Chapter 8. Dimension Measurement Chapter 9. Density, Viscosity and Ph Measurements Chapter 10. Level Measurement Chapter 11. Flow Measurement Chapter 12. Pressure Measurement Chapter 13. Temperature Measurement PART IV : AUTOMATIC CONTROL SYSTEMS Chapter 14. Automatic Process Control Systems and Controllers PART V : COMPUTER-AIDED TRANDUCERS Chapter 15. Sensors and Tranducers Chapter 16. Transmitters, Telemetry Systems and Recorders Chapter 17. Computer-Aided Measurement and Control Systems PART VI : INSTRUMENT SELECTION AND COMMISSIONING Chapter 18. Programmable Logic Controllers Chapter 19. Distributed Control System Chapter 20. Application of Control Systems