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From simple applications to multi-load/multi-temperature systems, learn how to use the newest and most sophisticated hydronic heating materials and methods without sacrificing comfort or energy. Heavily illustrated with product shots from top manufacturers, plus more than 300 diagrams of system piping/control schematics, Modern Hydronic Heating: For Residential and Light Commercial Buildings 3rd Edition is a one-of-a-kind introduction to today's hydronic heating systems. It transforms engineering-level design information into practical tools that can be used by technical students and professional contractors alike.
This revised edition features the latest information on state-of-the-art techniques for use in residential and light commercial buildings, such as radiant panel heating, injection mixing, primary and secondary piping, the use of buffer tanks to improve system stability, and advanced control methods. From students new to the industry to basic installers to design engineers, everyone involved in the heating trades will benefit from this preeminent resource of the North American hydronic heating industry, which is as well-suited for use in a formal education course or for self-study as it is on the job.
Features:
Expanded coverage of "green" renewable solar thermal technology as a heat source for hydronic systems, geothermal water-to-water heat pumps, and wood- and pellet-fired boilers enhances the content of previous editions.
All-new material on chilled water cooling and state-of-the-art variable speed circulators using Electronically Commutated motors addresses the latest industry trends.
Text is now 4 color with updated photographs and line art to better illustrate concepts and installation of hydronic systems.
More "green" renewable energy content inlcued in 'Green Wave' coverage; the ability of hydronics to deliver heat at a fraction of distribution energy and distribution efficiency. Also see information on solar energy.
Encourages a strong understanding of design and installation with detailed and generic piping and electrical schematics that offer access to the layout of nearly any piping and control system used in modern hydronic heating.
Improves efficiency through analytical design tools that teach readers how to assess the thermal and hydraulic performance of proposed systems before they are installed, avoiding potentially costly problems.
Facilitates the practical application of key concepts with real-world examples based on actual design situations and including references to the book's formulas and data, allowing readers to visualize how they are used in the trade.
Offers convenient, at-your-fingertips information by presenting a complete list of all variables whenever a formula is introduced, eliminating the need to flip back-and-forth between appendices to "figure out" parameters or units of expression.
Sets readers up for success in today's heating industry with complete coverage of the very latest in hardware, as well as design concepts and design procedures, making it one of the heating profession's leading references.
More "green" renewable energy content inlcued in 'Green Wave' coverage; the ability of hydronics to deliver heat at a fraction of distribution energy and distribution efficiency. Also see information on solar energy.
Table of Contents:
Preface.
Fundamental.
Concepts.
Heating Load Estimates.
Hydronic Heat Sources.
Properties of Water.Piping, Fittings, and Valves.
Fluid Flow in Pipes.
Circulating Pumps.
Heat Emitters.
Controls and Control Systems.
Radiant Panel Heating.
Distribution Piping Systems.
Expansion Tanks.
Air Elimination.
Auxiliary Heating Loads.
John C. Siegenthaler earned a Bachelor of Science degree in Mechanical Engineering from the Rensselaer Polytechnic Institute ,Troy, New York. His professional experience includes consulting for Niagara Mohawk Power Corporation, as well as development of training programs for the New York State Electric and Gas Corporation. The author of numerous hydronic heating articles, Mr. Siegenthaler is currently an instructor at Mohawk Valley Community College, Utica, New York and a self-employed consulting engineer.
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