SMACNA ResidentialComfortSystemInstallationStandardsManual 2016
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Residential Comfort System Installation Standards Manual, 8th Edition
Published By | Publication Date | Number of Pages |
SMACNA | 2016 | 278 |
This newly revised 8th edition of SMACNA’s “Residential Comfort Systems Installation Standards Manual” (ANSI/SMACNA 007-2016) addresses three new areas: hydronic heating systems, multi-story HVAC systems, and residential commissioning. Appendix chapters provide overviews of methods for including crawlspaces in the conditioned space and such HVAC accessories as UV lights, zoning, and advanced air filtering methods to enhance indoor environmental quality (IEQ) for occupants. More detailed information and new concepts are included in the 278-page publication for earth energy heat exchanger methods and ground source heat pumps. Updated construction code requirements are reflected throughout the range of HVAC system types along with energy efficiency and sustainable practices. Installation, operation, maintenance, and guidance for residential heating, ventilation, and air conditioning systems are also included.
PDF Catalog
PDF Pages | PDF Title |
---|---|
1 | Halftitle page |
3 | Title page |
4 | Copyright page |
5 | FOREWORD |
6 | RESIDENTIAL COMFORT SYSTEMS TASK FORCE |
7 | NOTICE TO USERS OF THIS PUBLICATION |
9 | TABLE OF CONTENTS |
15 | CHAPTER 1 ENGINEERING CONSIDERATIONS |
17 | 1.1 GENERAL 1.2 DUCTED AIR SYSTEMS 1.3 HYDRONIC SYSTEMS |
21 | 1.4 HEATING AND COOLING EQUIPMENT |
22 | 1.5 ACCESSORY EQUIPMENT |
23 | 1.6 DUCTWORK |
24 | 1.7 REGISTER AND GRILLE LOCATIONS 1.8 SPACE CONDITIONING CONTROL SYSTEMS 1.9 NEW CONSTRUCTION TRENDS |
28 | 1.10 CODES AND ORDINANCES |
29 | CHAPTER 2 HOME LOADS AND EQUIPMENT SIZING |
31 | 2.1 GENERAL 2.2 Heating and Cooling Loads |
33 | 2.3 HEATING SYSTEM LOADS (HEAT LOSSES) |
37 | 2.4 COOLING SYSTEM LOADS (HEAT GAINS) |
39 | 2.5 HEAT GAIN CALCULATIONS |
40 | 2.6 ENERGY CONSIDERATIONS |
41 | CHAPTER 3 DUCTED AIR SYSTEMS BASICS |
43 | 3.1 GENERAL 3.2 HEATING SYSTEMS |
45 | 3.3 AIR SYSTEMS FOR COOLING |
46 | 3.5 HEAT PUMP SYSTEMS |
47 | 3.6 ZONING |
48 | 3.7 EXPOSED DUCTS 3.8 ENERGY CONSIDERATIONS |
51 | CHAPTER 4 HYDRONIC SYSTEM BASICS |
53 | 4.1 GENERAL 4.2 HOT WATER HEAT SOURCES |
54 | 4.3 CAST IRON RADIATOR SYSTEMS 4.4 PANEL RADIATOR SYSTEMS 4.5 BASEBOARD CONVECTION SYSTEMS |
57 | 4.4 RADIANT FLOOR HEATING SYSTEMS |
63 | CHAPTER 5 HVAC EQUIPMENT |
65 | 5.1 GENERAL 5.2 HEATING EQUIPMENT SELECTION |
68 | 5.3 COOLING EQUIPMENT SELECTION |
72 | 5.4 HEAT PUMPS |
80 | 5.5 COMBINED AND SPECIALIZED HVAC SYSTEMS |
84 | 5.6 EQUIPMENT INSTALLATION |
86 | 5.8 ENERGY CONSIDERATIONS |
89 | CHAPTER 6 SOUND AND VIBRATION |
91 | 6.1 GENERAL 6.2 OUTDOOR EQUIPMENT 6.3 INDOOR EQUIPMENT AND SYSTEMS |
92 | 6.4 SOUND AND VIBRATION CONSIDERATIONS 6.5 NOISE |
93 | 6.6 HVAC NOISE |
95 | 6.7 COMMON SOUND SOURCES |
97 | 6.8 DUCT NOISE 6.9 DUCT SOUND BREAKOUT |
99 | CHAPTER 7 DUCT CONSTRUCTION AND INSTALLATION |
101 | 7.1 GENERAL 7.2 DUCT LAYOUT |
106 | 7.4 SYSTEM DUCT SIZING |
107 | 7.5 DUCT SYSTEMS |
109 | 7.6 DUCT MATERIALS 7.7 DUCT CONSTRUCTION |
111 | 7.8 DAMPERS |
112 | 7.9 DUCT LINING 7.10 DUCT LEAKAGE 7.11 DUCT AIR LEAKAGECAL CULATIONS |
113 | 7.12 ZONING 7.14 ENERGY CONSIDERATIONS |
115 | CHAPTER 8 REGISTERS AND GRILLES |
117 | 8.1 GENERAL 8.2 SUPPLY AIR OUTLETS |
118 | 8.3 RETURN AIR INLETS |
119 | 8.5 SPECIAL DESIGNS 8.5 ENERGY CONSIDERATIONS |
123 | CHAPTER 9 CONTROL SYSTEMS |
125 | 9.1 GENERAL 9.2 CONTROL COMPONENTS |
126 | 9.3 SPACE HEATING AND COOLING CONTROLS |
127 | 9.4 FACTORY INSTALLED CONTROLS 9.5 CONTROL AND POWER WIRING |
128 | 9.6 INTERFACING HVAC AND HOME AUTOMATION SYSTEMS |
129 | 9.7 WIRELESS SYSTEM CONTROLS 9.8 ENERGY MANAGEMENT SYSTEMS 9.9 ENERGY CONSIDERATIONS |
133 | CHAPTER 10 FLUES, VENTS, AND AIR INTAKES |
135 | 10.1 GENERAL 10.2 CHIMNEYS |
136 | 10.3 VENT CONNECTORS |
137 | 10.4 VENTING SYSTEMS 10.5 COMBUSTION MAKEUP AIR 10.6 FLUE, EXHAUST, INTAKES, AND VENT TERMINAL LOCATIONS |
139 | 10.7 HEAT AND ENERGY RECOVERY VENTILATORS 10.8 CLOTHES DRYER EXHAUST VENTING SYSTEM |
140 | 10.9 KITCHEN INTAKE AND EXHAUST 10.10 BATHROOM EXHAUST |
141 | 10.11 SAFETY AND CODE ISSUES 10.12 ENERGY CONSIDERATIONS |
143 | CHAPTER 11 EXISTING HVAC SYSTEM REPLACEMENT |
145 | 11.1 EXISTING HOME HVAC SYSTEM REPLACEMENT |
147 | 11.2 Selecting the Best HVAC Equipment Replacement 11.3 HVAC SYSTEM ADD- ON REQUIREMENTS AND PRECAUTIONS |
152 | 11.4 COMPLETE HVAC SYSTEM CHANGE OUTS |
153 | CHAPTER 12 ENERGY EFFICIENCY & SUSTAINABILITY OBJECTIVES |
155 | 12.1 GENERAL 12.2 EXHAUST, VENTILATION, AND HEAT RECOVERY |
157 | 12.3 AUTOMATION CONTROLS 12.4 VARIABLE CAPACITY HVAC EQUIPMENT 12.5 COP, EER, SEER, AND HSPF RATINGS |
160 | 12.6 SUSTAINABLE DESIGN |
161 | 12.7 ENERGY SAVING STRATEGIES |
163 | 12.8 COST OF SUSTAINABILITY |
165 | CHAPTER 13 PIPING SYSTEMS |
167 | 13.1 GENERAL 13.2 REFRIGERATION PIPING |
169 | 13.3 Refrigerant Gas Venting 13.4 FUEL GAS PIPE SIZING |
170 | 13.5 FUEL OIL PIPE SIZING 13.6 LIQUIFIED PETROLEUM (LP) GAS STORAGE TANKS |
171 | 13.7 OIL STORAGE TANKS |
173 | CHAPTER 14 MULTISTORY RESIDENTIAL |
175 | 14.1 GENERAL 14.2 LOAD CALCULATIONS 14.3 HVAC EQUIPMENT |
181 | 14.4 HVAC APPLICATIONS IN CORRIDORS |
182 | 14.5 EXHAUST VENTING 14.6 HYBRID HVAC SYSTEMS |
185 | CHAPTER 15 HYDRONIC SYSTEM ENGINEERING, FABRICATION, AND INSTALLATION |
187 | 15.1 GENERAL 15.2 HYDRONIC SYSTEM COMPONENTS |
193 | 15.3 HYDRONIC SYSTEM HEATERS |
203 | 15.4 HYDRONIC WATER PIPING HEAT TRANSFER |
204 | 15.5 HYDRONIC SYSTEM PIPE SIZING |
205 | 15.6 HYDRONIC PIPE SIZING PROCEDURES |
206 | 15.7 FINAL SIZING |
209 | 15.8 WATER AND WATER ADDITIVES 15.9 INSULATION 15.10 ENERGY CONSIDERATIONS |
211 | CHAPTER 16 RESIDENTIAL COMMISSIONING |
213 | 16.1 DEFINITION 16.2 PURPOSE 16.3 SCOPE |
214 | 16.4 BENEFITS AND COSTS |
215 | 16.5 COMMISSIONING SKILLS AND QUALIFICATIONS |
219 | 16.6 COMMISSIONING AN EXISTING HOME |
223 | APPENDIX A ACCESSORY HARDWARE, DEVICES, AND EQUIPMENT |
235 | APPENDIX B BACKUP GENERATORS |
239 | APPENDIX C CRAWL SPACES |
243 | APPENDIX D UNDERGROUND AND FLEXIBLE DUCT |
255 | GLOSSARY |