Refrigeration and Air Conditioning 4/e

 Other Items from Air Conditioning Books

  HVAC Heating, Ventilating, and Air Conditioning Second Edition - 
  HVAC Principles and Applications Manual - Description Back to top The perfect on-the-job guide for beginning engineers, HVAC Principles and Applications Manual offers professionals a clear introduction to HVAC that bypasses hard-to-understand theory and complex mathematics. Based on methods approved by the American Society of Heating, Refrigerating, and Air Conditioning Engineers, the book provides expert coverage of HVAC fundamentals as well as step-by-step design and application methods. Filled with examples, the manual is meant to simplify such tasks as calculating the heat loss rate of a building and choosing the right system controls. This practical and concise manual is a must for HVAC designers and engineers, engineers without HVAC experience, technicians, contractors, and other engineering professionals. Back Cover Back to top Understand HVAC Principles! Master HVAC applications! With this comprehensive reference nearby, youll always have reliable answers to HVAC design and applications questions. The perfect on-the-job guide for beginning as well as seasoned engineers, the HVAC Principles and Applications Manual offers a clear survey of HVAC technology that bypasses hard-to-understand theory and complete mathematics. Thoroughly grounded in methods approved by the American Society of Heating, Refrigerating, and Air Conditioning Engineers, the Manual provides expert coverage of HVAC fundamentals as well as step-by-step design and application methods. Filled with helpful examples, tables, charts, and data, it is meant to simplify such tasks as calculating the heat loss rate of a building and choosing the right system controls. Taken together, this practical and concise guide to HVAC design, applications, and code compliance is required reading for: HVAC designers; HVAC engineers; Engineers without HVAC experience; Technicians; Contractors; And other engineering professionals. Contents Back to top Introduction to HVAC Design. Basic Scientific Principles. Climatic Conditions. Building Heat Transmission Surfaces. Infiltration and Ventilation. Heating Loads. External Heat Gains and Cooling Loads. Internal Heat Gains and Cooling Loads. HVAC Psychometrics. Overview of HVAC Systems. Codes and Standards for HVAC Systems Design. Acoustics and Vibration. Human Comfort. Air Distribution. Duct System Design. Fans and Central Air Systems. Air System Heating and Cooling. Air Cleaning and Filtration. Introduction to Electrical Systems. Controls for Air Distribution Systems. Author Biography Back to top Thomas Mull has over 20 years experience as a mechanical engineer. He is a member of the American Society of Mechanical Engineers, the American Society of Energy Engineers, and the American Society of Heating, Refrigerating, and Air Conditioning Engineers.
  AIR HANDLING SYSTEMS DESIGN - A complete guide to selecting and designing air handling systems for all types of air-conditioned buildings. Focuses exclusively on central air handling systems, it provides detailed practical information on more than 25 constant volume, variable volume, and hybrid systems-including single zone, terminal reheat, double duct, dual conduit, and hydronic pump systems. Basic Heating and Cooling Loads. Designing an Air Handling System. Load Variations in Conditioned Space. Basic Single Zone Air Conditioning Systems. Central Air Conditioning Systems. Constant Volume Systems. Variable Volume Systems. Basic Grouping of Air Handling Systems. Fan Coil Unit System. Induction System. Hydronic Heat Pump System. Heat Recovery and Economizer Cycle. Indirect Evaporative-Cooling. Energy Conservation and Systems Retrofit.
  Handbook of Air Conditioning and Refrigeration - Description * A broad range of disciplines--energy conservation and air quality issues, construction and design, and the manufacture of temperature-sensitive products and materials--is covered in this comprehensive handbook * Provide essential, up-to-date HVAC data, codes, standards, and guidelines, all conveniently located in one volume * A definitive reference source on the design, selection and operation of A/C and refrigeration systems Back Cover A handbook that provides practical and updated material on air conditioning and refrigeration systems, produced by an author with over 50 years experience as a practicing engineer under his belt. Whether youre an HVAC or mechanical engineer, technician, or student, providing an effective controlled environment through air conditioning and refrigeration technology is now within reach. This guide provides you with all the answers on AC and refrigeration systemsfrom designing and selection to operation and maintenance. This book provides: *Design information *HVAC data, standards, and guidelines *A system-wide approach *Use of computers and controllers in AC and refrigeration systems *Chapters ranging from management and control systems to system selection, commissioning, and maintenance. So dont waste valuable time searching through numerous resources. Here you get it all the latest in technological advances in air conditioning and refrigerationin one unique volume. Psychometrics Indoor Design Conditions Energy Management Control Systems (EMCS) Basics Load Calculations Air Conditioning Cycles Air Flow Air System Components Fans, Filters, Coils, and Humidifier Air System Equipment Air-Handling Unit Packaged Units Air Duct Design Space Air Diffusion Sound Control Basics Operating Modes Outdoor Ventilation Air and Smoke Control Air Volume (VAV) Systems Water and Heating Systems Refrigerant Cycles Refrigeration System Components Reciprocating, Scroll, Rotary, and Screw Refrigeration Systems Heat Pump Systems Cogeneration Centrifugal Refrigeration Systems Air Conditioning Systems Energy Use Index Cost Estimation Classification Characteristics System Selection Commissioning Maintenance Contents Preface to Second Edition. Preface to First Edition. Chapter 1: Introduction. Chapter 2: Psychrometrics. Chapter 3: Heat and Moisture Transfer through Building Envelope. Chapter 4: Indoor and Outdoor Design Conditions. Chapter 5: Energy Management and Control Systems. Chapter 6: Load Calculations. Chapter 7: Water Systems. Chapter 8: Heating Systems, Furnaces, and Boilers. Chapter 9: Refrigerants, Refrigeration Cycles, and Refrigeration. Chapter 10: Refrigerants Systems: Components. Chapter 11: Refrigeration Systems: Reciprocating, Rotary, Scroll, and Screw. Chapter 12: Heat Pumps, Heat Recovery, Gas Cooling, and Cogeneration Systems. Chapter 13: Refrigeration Systems: Centrifugal. Chapter 14: Refrigeration Systems: Absorption. Chapter 15: Air Systems: Components - Fans, Coils, Filters, and Humidifiers. Chapter 16: Air Systems: Equipment - Air-Handling Units and Packaged. Chapter 17: Air Systems: Air Duct Design. Chapter 18: Air Systems: Space Air Diffusion. Chapter 19: Sound Control. Chapter 20: Air Systems: Basics and Constant-Volume Systems. Chapter 21: Air Systems: Variable-Air-Volume Systems. Chapter 22: Air Systems: VAV Systems - Fan Combination, System Pressure, and Smoke Control. Chapter 23: Air Systems: Minimum Ventilation and VAV System Controls. Chapter 24: Improving Indoor Air Quality. Chapter 25: Energy Management and Global Warming. Chapter 26: Air Conditioning Systems: System Classification, Selection, and Individual Systems. Chapter 27: Air Conditioning Systems: Evaporate Cooling Systems and Evaporative Coolers. Chapter 28: Air Conditioning Systems: Space Conditioning Systems. Chapter 29: Air Conditioning Systems: Packaged Systems and Desiccant-Based Systems. Chapter 30: Air Conditioning Systems: Central Systems and Clean-Room Systems. Chapter 31: Air Conditioning Systems: Thermal Storage Systems. Chapter 32: Commissioning and Maintenance. Appendix A: Nomenclature and Abbreviations. Appendix B: Pyschrometric Chart, Tables, and I-P Units to SI Units Conversion.
  HVAC Design Data Sourcebook - Contents Basic Data and Fundamentals. Heat Loss Estimating. Building Material Properties. Heating Fuel Data. Heating Systems. Ventilating Systems. Air Conditioning Piping Design. Air Distribution Design. Attic Ventilation. Sheet Metal Duct Design. Energy Conservation. Climatic Data. Graphic Standards and Definitions. Metric Data and Conversion HVAC Design Data Sourcebook Author(s): Robert Parmley ISBN: 0070485720 DOI: 10.1036/0070485720 Format: Hardcover, 254 illus. , 489 pages. Pub date: April 1, 1994 Copyright: 1994
  HVAC Systems and Components Handbook - Description Back to top With this authoritative reference at hand, engineers and technicians will gain full knowledge of each component in todays complex heating, ventilating, and air conditioning systems. Completely revised and fully updated, this second edition of a widely used working tool offers: Analyses of todays most efficient, most trouble-free systems ... Details on todays highly advanced components ... Ways to achieve economy and efficiency in design ... clear explanations of the environmental impact of HVAC design ... Information on meeting key codes and standards. Featuring contributions from the top companies in HVAC technologyYork, Allied Signal, Honeywell, and Sverdrupthe Handbook is an ideal source of reliable and timely information and advice on HVAC systems and components. Back Cover Back to top Quick answers to day-to-day HVAC systems and components questions in one comprehensive volume. With this authoritative reference at hand, engineers and technicians will gain full knowledge of each component in todays complex heating, ventilating, and air conditioning systems. Completely revised and fully updated, this second edition of a widely-used working tool offers: ANALYSES of todays most efficient, most trouble-free systems; DETAILS to todays highly advanced components; WAYS to achieve economy and efficiency in design; CLEAR EXPLANATIONS of the environmental impact of HVAC design; INFORMATION on meeting key codes and standards. Featuring contributions from the top companies in HVAC technology-York, Allied Signal, Honeywell, and Sverdrup--the Handbook provides expert guidance on: Indoor Air Quality; Condensate Control; Absorption versus Mechanical chillers; Heat Pumps; Refrigerants. This detailed reference is the ideal on-the-job tool that engineers, designers, plant managers, and technicians will turn to again and again for reliable and timely information and advice on HVAC systems and components. Contents Back to top Major Sections: System Considerations. Comfort Applications. Process and Special Applications. Types of HVAC Systems. Components of HVAC Systems. Basic Components. Heating Equipment. Refrigeration Equipment. Air Handling Equipment. Distribution--Piping and Ducting. General Considerations. Automatic Controls. Avoiding Noise and Vibration. Design for Energy Conservation. Environmental Impact of HVAC. Water Treatment. Applicable Codes and Standards. Author Biography Back to top Niles R. Grimm was section manager for the Sverdrup Corporation in New York City. A registered professional engineer, he is a member of the American Society of Heating, Regrigeration, and Air Conditioning Engineers. Robert C. Rosaler is a consulting engineer with several decades of experience in HVAC design and plant engineering. He is editor of both the Standard Handbook of Plant Engineering and the Handbook of HVAC Maintenance and Operations, also from McGraw-Hill. HVAC Systems and Components Handbook Author(s): Nils Grimm Robert Rosaler ISBN: 0070248435 DOI: 10.1036/0070248435 Format: Hardcover, 890 illus. , 1488 pages. Pub date: August 1, 1997 Copyright: 1998
  HVAC SYSTEMS DESIGN HANDBOOK - UPDATED TO REFLECT THE LATEST CODES AND SPECIFICATIONS ONE-STOP GUIDANCE ON DESIGNING EFFICIENT AND EFFECTIVE RESIDENTIAL, COMMERCIAL, AND INDUSTRIAL HVAC SYTEMS Heres an all-in-one working tool for every phase of the HVAC design process packed with a treasury of applications and invaluable on-the-job insights that reflect the authors half-century in the HVAC field. Featuring todays only truly integrated approach to the subject, the Handbook offers thorough coverage of the latest technological and procedural advances in the design and installation of HVAC systems. The Fourth Edition offers completely updated code references, new coverage of energy conservation and digital control practice, and a greater focus on indoor air quality, including maintenance and operation. Enhanced by more than 300 job-simplifying illustrations and tables, the Handbook provides HVAC design pros with everything they need to design, operate, and maintain peak-performing HVAC systems. Contents Back to top Preface Acknowledgments Introduction Chapter 1: HVAC Engineering Fundamentals: Part 1 Chapter 2: HVAC Engineering Fundamentals: Part 2 Chapter 3: Design Procedures: Part 1--Load Calculations Chapter 4: Design Procedures: Part 2--General Concepts for Equipment Selection Chapter 5: Design Procedures: Part 3--Air-Handling Systems Chapter 6: Design Procedures: Part 4--Fluid-Handling Systems Chapter 7: Design Procedures: Part 5--Central Plants Chapter 8: Design Procedures: Part 6--Automatic Controls Chapter 9: Equipment: Part 1--Cooling Chapter 10: Equipment: Part 2--Heating Chapter 11: Equipment: Part 3--Air-Handling Systems Chapter 12: Electrical Features of HVAC Systems Chapter 13: Design Documentation: Drawings and Specifications Chapter 14: After Design: Through Construction to Operation Chapter 15: Technical Report Writing Chapter 16: Engineering Fundamentals: Part 1--Fluid Mechanics Chapter 17: Engineering Fundamentals: Part 2--Thermodynamics Chapter 18: Engineering Fundamentals: Part 3--Heat Transfer Chapter 19: Engineering Fundamentals: Part 4--Psychrometrics Chapter 20: Engineering Fundamentals: Part 5--Sound and Vibration Chapter 21: Indoor Air Quality Index Author Biography Back to top Roger W. Haines, P.E. is widely recognized as one of the foremost authorities in the field of HVAC Engineering. He is the author of Roger Haines on HVAC Controls and is a frequent contributor to HPAC Engineering Magazine. Mr. Haines resides in Laguna Woods,California. C. Lewis Wilson, P.E. is Chairman and CEO of the Heath Engineering Company and former Professor of HVAC at the University of Utah, Brigham Young University, and the University of New Mexico. Mr. Lewis is a resident of Salt Lake City, Utah.
  MODERN HEATING AND VENTILATING SYSTEMS DESIGN, 1/e - 

This one-stop reference delivers procedures and practical design examples of hydronic, steam, and warm air heating systems. It provides in-depth coverage of psychrometrics, automated control systems, thermodynamic principles, fluid flow, and much more. A vital reference for mechanical and architectural engineers.

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