IEEE 446 1996
$75.83
IEEE Recommended Practice for Emergency and Standby Power Systems for Industrial and Commercial Applications
Published By | Publication Date | Number of Pages |
IEEE | 1996 | 316 |
Revision Standard – Active. This Recommended Practice addresses the uses, power sources, design, and maintenance of emergency and standby power systems. Chapter 3 is a general discussion of needs for and the configuration of emergency and standby systems. Chapter 9 lists the power needs for specific industries. Chapters 4 and 5 deal with the selection of power sources. Chapter 6 provides recommendations for protecting both power sources and switching equipment during fault conditions. Chapter 7 provides recommendations for design of system grounding, and Chapter 10 provides recommendations for designing to reliability objectives. Chapter 8 provides recommended maintenance practices.
PDF Catalog
PDF Pages | PDF Title |
---|---|
1 | Title Page |
4 | Introduction |
8 | CONTENTS |
11 | Chapter 1āScope |
13 | Chapter 2ā Definitions 2.1 Introduction 2.2 Terms |
16 | 2.3 Bibliography |
17 | Chapter 3ā General need guidelines 3.1 Introduction |
39 | 3.2 Lighting |
41 | 3.3 Startup power |
43 | 3.4 Transportation |
46 | 3.5 Mechanical utility systems |
47 | 3.6 Heating |
49 | 3.7 Refrigeration |
50 | 3.8 Production |
55 | 3.9 Space conditioning |
57 | 3.10 Fire protection |
59 | 3.11 Data processing |
78 | 3.12 Life safety and life support systems |
83 | 3.13 Communication systems |
84 | 3.14 Signal circuits |
85 | 3.15 References |
87 | 3.16 Bibliography |
89 | Chapter 4ā Generator and electric utility systems 4.1 Introduction |
91 | 4.2 Engine-driven generators |
104 | 4.3 Multiple utility services |
120 | 4.4 Turbine-driven generators |
124 | 4.5 Mobile equipment |
129 | 4.6 References |
130 | 4.7 Bibliography |
133 | Chapter 5āStored energy systems 5.1 Introduction |
135 | 5.2 Definitions 5.3 Battery systems |
155 | 5.4 Mechanical energy storage |
156 | 5.5 Battery/inverter systems |
172 | 5.6 Motor-generators and rotating UPS systems |
181 | 5.7 References |
182 | 5.8 Bibliography |
185 | Chapter 6āProtection 6.1 Introduction 6.2 Short-circuit current considerations |
189 | 6.3 Transfer devices |
199 | 6.4 Generator protection |
209 | 6.5 Prime mover protection |
211 | 6.6 Electric utility power supply |
212 | 6.7 Uninterruptible power supply (UPS) system |
224 | 6.8 Equipment physical protection 6.9 Grounding 6.10 Conclusions |
225 | 6.11 References |
226 | 6.12 Bibliography |
229 | Chapter 7āGrounding 7.1 Introduction |
230 | 7.2 System and equipment grounding functions |
233 | 7.3 Supplemental equipment bonding |
234 | 7.4 Objectionable current through grounding conductors |
235 | 7.5 System grounding requirements |
236 | 7.6 Types of equipment-grounding conductors |
237 | 7.7 Grounding for separately derived and service-supplied systems |
239 | 7.8 Grounding arrangements for emergency and standby power systems 7.9 Systems with a grounded circuit conductor |
253 | 7.10 Ground-fault alarm 7.11 Systems without a grounded circuit conductor |
257 | 7.12 Mobile engine-generator sets |
259 | 7.13 Uninterruptible power supply (UPS) systems 7.14 References |
260 | 7.15 Bibliography |
263 | Chapter 8ā Maintenance 8.1 Introduction |
264 | 8.2 Internal combustion engines |
266 | 8.3 Gas turbine |
267 | 8.4 Generators |
270 | 8.5 Uninterruptable power supply (UPS) systems |
272 | 8.6 Stationary batteries |
278 | 8.7 Automatic transfer switches 8.8 Conclusions 8.9 References |
279 | 8.10 Bibliography |
281 | Chapter 9āSpecific industry applications 9.1 General |
295 | 9.2 References |
297 | Chapter 10āDesign and operation considerations for improving the reliability of emergency power s… 10.1 Introduction 10.2 Applications |
299 | 10.3 Environmental concerns |
300 | 10.4 Specification and acceptance testing |
302 | 10.5 Maintenance and training |
304 | 10.6 Failure modes 10.7 Management awareness |
305 | 10.8 Conclusions 10.9 References |
306 | 10.10 Bibliography |
307 | INDEX |