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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
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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 1ā€”Scope
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 5ā€”Stored 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 6ā€”Protection
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 7ā€”Grounding
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 9ā€”Specific industry applications
9.1 General
295 9.2 References
297 Chapter 10ā€”Design 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
IEEE 446 1996
$75.83