Principles of Industrial Instrumentation Third Edition by D. Patranabis: An In-depth and Practical Book on Industrial Instrumentation
- Overview of the book: What are the main features and topics covered in the third edition? - How to get the book: Where to find the pdf version and how to download it? H2: Industrial Instrumentation: Definition, Scope and Applications - Definition: What is industrial instrumentation and how does it differ from other types of instrumentation? - Scope: What are the main areas and domains where industrial instrumentation is used? - Applications: What are some examples of industrial processes and systems that require instrumentation? H2: Principles of Industrial Instrumentation: Key Concepts and Terminologies - Key Concepts: What are the basic principles and theories that underlie industrial instrumentation? - Terminologies: What are some common terms and acronyms used in industrial instrumentation? H2: Principles of Industrial Instrumentation Third Edition by D. Patranabis: Summary and Review - Summary: What are the main chapters and sections of the book and what do they cover? - Review: What are the strengths and weaknesses of the book and how does it compare to other books on the same topic? H2: Principles of Industrial Instrumentation Third Edition by D. Patranabis: Benefits and Outcomes - Benefits: What are the advantages and benefits of reading this book for engineers and students? - Outcomes: What are the expected learning outcomes and skills that can be acquired from this book? H2: Principles of Industrial Instrumentation Third Edition by D. Patranabis: FAQs - FAQs: What are some frequently asked questions about this book and their answers? Article with HTML formatting Principles of Industrial Instrumentation Third Edition by D. Patranabis: A Comprehensive Guide for Engineers and Students
If you are an engineer or a student who wants to learn more about industrial instrumentation, you might be interested in reading this book by D. Patranabis. In this article, we will give you an overview of what industrial instrumentation is, what are the main features and topics covered in this book, and how to get the pdf version of it. We will also summarize and review the book, highlight its benefits and outcomes, and answer some frequently asked questions about it.
principles of industrial instrumentation third edition d patranabis pdf 809
Industrial Instrumentation: Definition, Scope and Applications
Industrial instrumentation is a branch of engineering that deals with the design, installation, operation, maintenance, and improvement of instruments and systems that measure, control, regulate, or monitor physical variables such as pressure, temperature, flow, level, force, speed, etc. in industrial processes and systems.
Industrial instrumentation is different from other types of instrumentation such as scientific, medical, or musical instrumentation because it focuses on improving the efficiency, quality, safety, reliability, and profitability of industrial operations rather than on discovering new phenomena or creating artistic expressions.
Industrial instrumentation has a wide scope and covers various areas and domains such as chemical engineering, mechanical engineering, electrical engineering, civil engineering, environmental engineering, biomedical engineering, etc. Some examples of industrial processes and systems that require instrumentation are power plants, oil refineries, chemical plants, steel mills, cement plants, water treatment plants, pharmaceutical plants, food processing plants, etc.
Principles of Industrial Instrumentation: Key Concepts and Terminologies
The basic principles and theories that underlie industrial instrumentation are derived from physics, chemistry, mathematics, electronics, computer science, etc. Some of the key concepts that are essential for understanding industrial instrumentation are:
Sensors: Devices that convert a physical variable into an electrical signal that can be measured or processed.
Transducers: Devices that convert one form of energy into another form of energy.
Transmitters: Devices that transmit an electrical signal from a sensor or a transducer to a receiver or a controller.
Receivers: Devices that receive an electrical signal from a transmitter or a controller and display or record it.
Controllers: Devices that compare an electrical signal from a sensor or a transducer with a set point and generate an output signal that can be used to control a process or a system.
Actuators: Devices that convert an electrical signal from a controller into a physical action that can affect a process or a system.
Feedback: The process of using the output of a system or a process as an input to the same system or process to regulate or modify its behavior.
Feedforward: The process of using the input of a system or a process as an input to another system or process to anticipate or compensate for its behavior.
Open-loop control: A type of control system that does not use feedback and operates on a fixed or predetermined input.
Closed-loop control: A type of control system that uses feedback and operates on a variable or dynamic input.
PID control: A type of closed-loop control system that uses proportional, integral, and derivative actions to adjust the output of a controller.
SCADA: Supervisory Control and Data Acquisition, a system that uses computers, networks, and software to monitor and control industrial processes and systems remotely.
PLC: Programmable Logic Controller, a device that uses logic, timers, counters, etc. to perform sequential or conditional operations on industrial processes and systems.
HMI: Human-Machine Interface, a device that allows human operators to interact with industrial processes and systems through graphical displays, keyboards, touchscreens, etc.
DCS: Distributed Control System, a system that uses multiple controllers, networks, and software to coordinate and control complex industrial processes and systems.
Fieldbus: A digital communication network that connects sensors, transmitters, controllers, actuators, etc. in industrial processes and systems.
Principles of Industrial Instrumentation Third Edition by D. Patranabis: Summary and Review
This book by D. Patranabis is one of the most comprehensive and updated books on industrial instrumentation. It was first published in 1976 and has been revised and upgraded three times since then. The latest edition was published in 1979 by Tata McGraw-Hill and has 12 chapters and 419 pages.
The book covers all the fundamental and advanced topics of industrial instrumentation in a clear, concise, and systematic manner. It includes both theoretical and practical aspects of the subject and provides numerous examples, diagrams, tables, charts, graphs, etc. to illustrate the concepts and applications. It also includes end-of-chapter exercises, review questions, objective questions, etc. to test the understanding and reinforce the learning of the readers.
The main chapters and sections of the book are:
Introduction to Industrial Instrumentation: This chapter introduces the definition, scope, objectives, classification, history, and future trends of industrial instrumentation.
Measurement Systems: This chapter discusses the basic elements, characteristics, performance parameters, errors, calibration methods, and standards of measurement systems.
Sensors and Transducers: This chapter explains the principles, types, specifications, selection criteria, and applications of various sensors and transducers for measuring different physical variables such as temperature, pressure, flow, level, force, torque, speed, acceleration, displacement, strain, vibration, sound, light, etc.
Signal Conditioning Circuits: This chapter describes the functions, types, designs, and applications of various signal conditioning circuits such as amplifiers, filters, converters, modulators, demodulators, etc. that are used to modify or enhance the signals from sensors or transducers.
Data Transmission Systems: This chapter covers the methods, modes, media, protocols, and standards of data transmission systems such as analog transmission, digital transmission, wireless transmission, optical transmission, etc. that are used to transmit the signals from transmitters to receivers or controllers.
Data Display Systems: This chapter deals with the principles, types, features, and applications of various data display systems such as analog displays, digital displays, graphic displays, etc. that are used to display or record the signals from receivers or controllers.
Principles of Industrial Instrumentation Third Edition by D. Patranabis: Summary and Review (continued)
Data Acquisition Systems: This chapter explains the concepts, components, functions, and applications of data acquisition systems such as analog-to-digital converters, multiplexers, sample-and-hold circuits, etc. that are used to collect, store, process, and analyze the data from sensors or transducers.
Control Systems: This chapter covers the principles, types, components, characteristics, and applications of control systems such as open-loop control systems, closed-loop control systems, PID control systems, etc. that are used to control the output of a process or a system based on the input from a sensor or a transducer.
Actuators and Final Control Elements: This chapter discusses the principles, types, specifications, selection criteria, and applications of various actuators and final control elements such as valves, motors, pumps, solenoids, relays, etc. that are used to convert the output signal from a controller into a physical action that can affect a process or a system.
Industrial Automation Systems: This chapter describes the concepts, types, features, and applications of various industrial automation systems such as SCADA systems, PLC systems, HMI systems, DCS systems, Fieldbus systems, etc. that are used to monitor and control industrial processes and systems remotely.
Hazards and Safety: This chapter introduces the sources, types, effects, and prevention methods of various hazards and safety issues that are associated with industrial instrumentation such as electrical hazards, mechanical hazards, chemical hazards, thermal hazards, radiation hazards, noise hazards, etc.
Metrology: This chapter deals with the science and practice of measurement and its applications in industrial instrumentation. It covers the topics such as units of measurement, measurement standards, measurement uncertainty, measurement traceability, measurement accuracy, measurement precision, etc.
The book by D. Patranabis is a well-written and well-organized book that provides a comprehensive and in-depth coverage of industrial instrumentation. It is suitable for both undergraduate and postgraduate students as well as practicing engineers who want to learn or refresh their knowledge on this subject. The book is also useful for preparing for competitive exams or interviews related to industrial instrumentation.
The book has many strengths such as its clarity of expression, its logical flow of topics, its balance of theory and practice, its use of examples and illustrations, its inclusion of exercises and questions, its incorporation of recent developments and trends, etc. The book has few weaknesses such as its outdated references, its lack of color images, its occasional typographical errors, etc. The book is comparable to other books on the same topic such as Industrial Instrumentation by K. Krishnaswamy, Industrial Instrumentation and Control by S.K. Singh, Industrial Instrumentation by A.K. Sawhney, etc.
Principles of Industrial Instrumentation Third Edition by D. Patranabis: Benefits and Outcomes
Reading this book by D. Patranabis can have many advantages and benefits for engineers and students who are interested in industrial instrumentation. Some of them are:
Enhancing the knowledge and understanding: The book can help the readers to gain a thorough and comprehensive knowledge and understanding of the fundamental and advanced concepts and principles of industrial instrumentation.
Improving the skills and competencies: The book can help the readers to develop and improve their skills and competencies in designing, installing, operating, maintaining, and improving instruments and systems for industrial processes and systems.
Boosting the confidence and performance: The book can help the readers to boost their confidence and performance in applying their knowledge and skills in solving problems and challenges related to industrial instrumentation.
Expanding the career opportunities: The book can help the readers to expand their career opportunities in various industries and domains that require industrial instrumentation such as power generation, oil and gas, chemicals, metals, cement, water treatment, pharmaceuticals, food processing, etc.
Updating the information and awareness: The book can help the readers to update their information and awareness on the latest developments and trends in industrial instrumentation such as virtual instrumentation, wireless I/O, flow switches, boiler drum measurement, Clark oxygen analysis, etc.
The expected learning outcomes and skills that can be acquired from this book are:
Define and explain the definition, scope, objectives, classification, history, and future trends of industrial instrumentation.
Describe and analyze the basic elements, characteristics, performance parameters, errors, calibration methods, and standards of measurement systems.
Identify and compare the principles, types, specifications, selection criteria, and applications of various sensors and transducers for measuring different physical variables.
Design and evaluate the functions, types, designs, and applications of various signal conditioning circuits that are used to modify or enhance the signals from sensors or transducers.
Select and implement the methods, modes, media, protocols, and standards of data transmission systems that are used to transmit the signals from transmitters to receivers or controllers.
Choose and use the principles, types, features, and applications of various data display systems that are used to display or record the signals from receivers or controllers.
Apply and integrate the concepts, components, functions, and applications of data acquisition systems that are used to collect, store, process, and analyze the data from sensors or transducers.
Demonstrate and optimize the principles, types, components, characteristics, and applications of control systems that are used to control the output of a process or a system based on the input from a sensor or a transducer.
Utilize and maintain the principles, types, specifications, selection criteria, and applications of various actuators and final control elements that are used to convert the output signal from a controller into a physical action that can affect a process or a system.
Monitor and control industrial processes and systems remotely using various industrial automation systems such as SCADA systems, PLC systems, HMI systems, DCS systems, Fieldbus systems, etc.
Recognize and prevent the sources, types, effects, and prevention methods of various hazards and safety issues that are associated with industrial instrumentation such as electrical hazards, mechanical hazards, chemical hazards, thermal hazards, radiation hazards, noise hazards, etc.
Measure and apply the science and practice of measurement and its applications in industrial instrumentation such as units of measurement, measurement standards, measurement uncertainty, measurement traceability, measurement accuracy, measurement precision, etc.
Principles of Industrial Instrumentation Third Edition by D. Patranabis: FAQs
Here are some frequently asked questions about this book and their answers:
Q: Where can I find the pdf version of this book?A: You can find the pdf version of this book on various online platforms such as Google Books [1], Amazon Kindle [2], Scribd [3], etc. However, you may need to pay a fee or subscribe to access the full content of the book. Alternatively, you can also check your local library or bookstore for a hard copy of the book.
Q: Is this book suitable for beginners or advanced learners?A: This book is suitable for both beginners and advanced learners who want to learn about industrial instrumentation. The book covers both the fundamental and advanced topics of the subject in a clear and concise manner. The book also provides ample examples and illustrations to help the readers understand and apply the concepts and principles. However, some prior knowledge of physics chemistry mathematics electronics computer science etc. may be helpful for grasping some of the topics better.
Q: How can I use this book for preparing for competitive exams or interviews related to industrial instrumentation?A: This book can be very useful for preparing for competitive exams or interviews related to industrial instrumentation. The book covers all the important topics and concepts that are likely to be asked in such exams or interviews. The book also provides end-of-chapter exercises review questions objective questions etc. that can help you test your knowledge and understanding. You can also refer to other books or online resources for more practice questions or mock tests.
Principles of Industrial Instrumentation Third Edition by D. Patranabis: FAQs (continued)
Q: How can I get in touch with the author of this book?A: You can get in touch with the author of this book by sending an email to dpatranabis@heritageit.edu. The author is a professor emeritus at the Department of Applied Electronics and Instrumentation Engineering at Heritage Institute of Technology Kolkata. You can also visit his website [4] for more information about his research and publications.
Q: What are some other books that are similar to this book?A: Some other books that are similar to this book are:
Industrial Instrumentation by K. Krishnaswamy [5]: This book provides a comprehensive and practical coverage of industrial instrumentation with an emphasis on measurement techniques and applications.
Industrial Instrumentation and Control by S.K. Singh [6]: This book covers the fundamentals and advanced topics of industrial instrumentation and control with a focus on process control and automation.
Industrial Instrumentation by A.K. Sawhney [7]: This book covers the theory and practice of industrial instrumentation with a detailed discussion of sensors transducers signal conditioning data transmission data display data acquisition control systems actuators and final control elements.
Conclusion
In conclusion, Principles of Industrial Instrumentation Third Edition by D. Patranabis is a comprehensive and updated book that covers all the aspects of industrial instrumentation in a clear and concise manner. It is suitable for both engineers and students who want to