How to Download Industrial Instrumentation by Krishnaswamy for Free
Industrial Instrumentation by Krishnaswamy is a popular textbook for students of electronics and instrumentation engineering and instrumentation and control engineering. It covers the types of instruments available for the measurements and control of process variables in various industries. It also explains the basic concepts of temperature, pressure, force, torque, velocity, acceleration, vibration, density, flow, level, viscosity, humidity and moisture measurements.
If you are looking for a free download of Industrial Instrumentation by Krishnaswamy, you may be disappointed to know that there is no legal way to get it online. The book is protected by copyright and you need to purchase it from a reputable source such as Google Books or Harvard University. However, if you are still interested in finding a free download of Industrial Instrumentation by Krishnaswamy, here are some tips that may help you:
Search for the book on various file-sharing websites or torrent sites. However, be aware that these sites may contain viruses, malware or illegal content that can harm your device or violate the law. Use them at your own risk and discretion.
Look for the book on online libraries or academic databases that offer free access to students or researchers. However, these sites may have limited availability or require registration or subscription. You may also need to verify your identity or affiliation with an institution.
Ask your friends, classmates or colleagues who have the book if they can lend it to you or share a copy with you. However, respect their rights and preferences and do not distribute or reproduce the book without their permission or the author's consent.
In conclusion, Industrial Instrumentation by Krishnaswamy is a valuable resource for learning about the instruments and techniques used in process measurement and control. However, it is not available for free download legally and you need to buy it from a reliable source. Alternatively, you can try to find it on other websites or platforms, but be careful of the risks and consequences involved.
Why Learn Industrial Instrumentation
Industrial instrumentation is a field that involves the design, installation, maintenance and operation of instruments and systems that monitor and control industrial processes. Industrial instrumentation is essential for ensuring the safety, quality, efficiency and profitability of industrial operations. By learning industrial instrumentation, you can gain the skills and knowledge to work with various types of instruments and systems, such as:
Pressure instruments, such as gauges, transmitters, switches and regulators
Temperature instruments, such as thermometers, thermocouples, RTDs and pyrometers
Flow instruments, such as meters, orifices, venturis and rotameters
Level instruments, such as sight glasses, floats, displacers and radar
Force, torque and velocity instruments, such as load cells, strain gauges and tachometers
Acceleration, vibration and density instruments, such as accelerometers, piezoelectric sensors and hydrometers
Viscosity, humidity and moisture instruments, such as viscometers, hygrometers and moisture analyzers
Industrial instrumentation also covers the topics of electronics and pneumatics instrumentation, control loops, PID control, SCADA systems and more. By learning these topics, you can understand how to use electronic components and circuits to process signals from sensors and actuators, how to use pneumatic devices to transmit power and signals using compressed air or gas, how to use feedback loops to regulate the output of a process based on a setpoint and an error signal, how to use proportional-integral-derivative (PID) controllers to adjust the output of a process based on its dynamic behavior, how to use supervisory control and data acquisition (SCADA) systems to remotely monitor and control multiple processes from a central location and more.
What are the Benefits of Industrial Instrumentation
Industrial instrumentation can provide many benefits for industrial operations. Some of these benefits are:
Improved operational efficiency that reduces the potential for costly errors
Increased automation that reduces the need for manual labor and human intervention
Potential increased product output through optimized process conditions and parameters
Quicker reaction time to address faults and alarms that may affect product quality or safety
VirtuÂalÂizaÂtion that reduces hardware requirements while improving reliability and flexibility
Assurance of superior performance of controls and the end-product through accurate measurement and feedback
For example, in Fullerton, California, Alcoa Fastening Systems was able to improve its wastewater treatment plant by upgrading its instrumentation and control systems. The upgrade gave operators complete control and monitoring capabilities from within the control room, alarm notification via telephone dial out, and historical data necessary for identifying the source of process problems quickly. The upgrade solved operational issues caused by burnt out lights, loose wires, lack of information in emergency situations, and no historical data collection. Alcoaâs operators were able to act proactively when issues arose and ensure compliance with environmental regulations.
How to Learn Industrial Instrumentation
If you are interested in learning industrial instrumentation, there are many resources available online or offline. You can choose from books, articles, courses, videos or podcasts that cover the basic principles or advanced topics of industrial instrumentation. Some examples are:
Industrial Instrumentation and Control: An Introduction to the Basic Principles, a technical article by CÃsar Castillo that explains the fundamental terminology and concepts used when working with industrial plants.
Industrial Instrumentation Vol. I, a book by K Krishnaswamy that describes the basic concepts of temperature and temperature-measuring instruments; pressure detectors; force; torque; velocity; acceleration; vibration; density measurements; flow meters; level measurements; viscosity; humidity; moisture measurements.
Instrumentation & Control Engineering Course - Part 1 (I&C Basics) 061ffe29dd