ISBN-10:
0071457844
ISBN-13:
9780071457842
Pub. Date:
05/23/2006
Publisher:
McGraw-Hill Professional Publishing
HVAC Pump Handbook, Second Edition / Edition 2

HVAC Pump Handbook, Second Edition / Edition 2

Current price is , Original price is $140.0. You

Temporarily Out of Stock Online

Please check back later for updated availability.

Overview

Publisher's Note: Products purchased from Third Party sellers are not guaranteed by the publisher for quality, authenticity, or access to any online entitlements included with the product.



Design, install, and maintain HVAC pumps

Filled with case studies and problem-solving sections, this reference offers HVAC engineers and technicians concrete methods for achieving efficient operation in utilizing the latest digital electronic technologies.

  • Updated to include the latest information ranging from codes to the electronic evolution in HVAC pumping systems

Product Details

ISBN-13: 9780071457842
Publisher: McGraw-Hill Professional Publishing
Publication date: 05/23/2006
Series: Handbook Series
Edition description: REV
Pages: 685
Sales rank: 981,604
Product dimensions: 6.30(w) x 9.30(h) x 1.60(d)

About the Author

James B. Rishel has been Owner and consultant in the pumping industry since the late 40's. From 1960 to present, Rishel has been involved in the design and operation of pumping systems. Significant projects include the Denver International Airport, National Institute of Standards and Technology, and National Institute of Health. The author of three books including HVAC Pump Handbook and Water Pumps and Pumping Systems published by McGraw-Hill, he is a member of ASHRAE Journal Editorial Board, and Hydraulic Institute Standards reviewer. Rishel's other book, The Water Management Manual, was published by Systecon Inc. to promote good pump application practice, particularly variable speed pump operation. It is a composite of a number of magazine articles and company bulletins that he has written over the past twenty years.

Table of Contents

Part 1: The Basic Tools

Chapter 1: Digital Electronics and HVAC Pumps

Chapter 2: Physical Data for HVAC System Design

Chapter 3: Piping System Friction
Part 2: HVAC Pumps and Their Performance

Chapter 4: Basics of Pump Design

Chapter 5: Physical Description of HVAC Pumps

Chapter 6: HVAC Pump Performance

Chapter 7: Pump Drivers and Variable-Speed Drives
Part 3: The HVAC World

Chapter 8: The Use of Water in HVAC Systems

Chapter 9: Configuring an HVAC Water System

Chapter 10: Basics of Pump Application for HVAC Systems
Part 4: Pumps for Open HVAC Cooling Systems

Chapter 11: Open Cooling Tower Pumps

Chapter 12: Pumps for Process Cooling

Chapter 13: Pumping Open Thermal Storage Tanks
Part 5: Pumps for Closed HVAC Cooling Systems

Chapter 14: Chillers and Their Pumps

Chapter 15: Chilled Water Distribution Systems

Chapter 16: Closed Condenser Water Systems

Chapter 17: Pumps for Closed Energy Storage Systems

Chapter 18: Pumps for District Cooling and Heating
Part 6: Pumps for HVAC Hot Water Systems

Chapter 19: Steam and Hot Water Boilers

Chapter 20: Low-Temperature Hot Water Heating Systems

Chapter 21: Pumps for Medium- and High-Temperature Water Systems

Chapter 22: Condensate, Boiler Feed, and Deaerator Systems
Part 7: Installing and Operating HVAC Pumps

Chapter 23: Instrumentation and Control for HVAC Pumping Systems

Chapter 24: Testing HVAC Centrifugal Pumps

Chapter 25: Installing HVAC Pumps and Pumping Systems

Chapter 26: Factory-Assembled Pumping Systems

Chapter 27: Operating HVAC Pumps

Chapter 28: Maintaining HVAC Pumps

Chapter 29: Retrofitting Existing HVAC Water Systems

Chapter 30: Summary of HVAC Energy Evaluations

Chapter 31: The Modern Two-Pipe Heating and Cooling System

Chapter 32: Advanced Heat Recovery
APPENDIX A: ABBREVIATIONS
APPENDIX B: TERMS AND NOMENCLATURE
APPENDIX C: GLOSSARY OF EQUATIONS
APPENDIX D: CONVERSION OF ENGLISH UNITS TO SI
INDEX

Customer Reviews

Most Helpful Customer Reviews

See All Customer Reviews