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Electrical Wiring Industrial 16th edition [Pehme köide]

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(Lee College (deceased))
  • Formaat: Paperback / softback, 384 pages, kõrgus x laius x paksus: 17x218x274 mm, kaal: 952 g
  • Ilmumisaeg: 02-Jan-2017
  • Kirjastus: Delmar Cengage Learning
  • ISBN-10: 1337101923
  • ISBN-13: 9781337101929
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Electrical Wiring Industrial 16th editionSuurem pilt
  • Formaat: Paperback / softback, 384 pages, kõrgus x laius x paksus: 17x218x274 mm, kaal: 952 g
  • Ilmumisaeg: 02-Jan-2017
  • Kirjastus: Delmar Cengage Learning
  • ISBN-10: 1337101923
  • ISBN-13: 9781337101929
Teised raamatud teemal:
Püsilink: https://www.kriso.ee/db/9781337101929.html
Märksõnad:
Written for industrial wiring courses at two-year community and technical colleges, ELECTRICAL WIRING INDUSTRIAL, 16th Edition, walks learners step by step through an industrial building -- equipping them with all the basics for installing wiring systems. A set of blueprints included with the text enables students to apply chapter concepts to an actual industrial building as they progress through the book and continue to build upon their news skills. The new edition also includes expanded coverage of motor installation, service entrances, transformers, motor control symbols, and how to select conductors for equipment. ELECTRICAL WIRING INDUSTRIAL, 16th Edition completes Cengage's NEC-based Electrical Wiring series, which includes ELECTRICAL WIRING RESIDENTIAL and ELECTRICAL WIRING COMMERCIAL. All books in this series have been thoroughly updated to reflect the 2017 National Electric Code, the standard for layout and construction of electrical systems.
Preface vii
Acknowledgments x
Chapter 1 Plans and Sitework
1(25)
Construction Plans
2(1)
Explanation of Plan Symbols
2(4)
Sitework
6(1)
Testing the Site for Grounding Requirements
6(7)
Interpreting the Site Plan
13(5)
Metrics (SI) and the NEC
18(8)
Chapter 2 The Unit Substation
26(29)
The High-Voltage Section
28(3)
Transformer Protection
31(1)
Overcurrent Protection
31(3)
Determining Transformer Fuse Size
34(2)
The Transformer Section
36(1)
The Low-Voltage Section
36(3)
The High-Voltage Metering Equipment
39(1)
Service Entrances
40(6)
Transformer Maintenance
46(9)
Chapter 3 Feeder Bus System
55(11)
Feeder Ducts
56(4)
The Circuit-Breaker Cubicles
60(1)
Plug-In Busway
60(4)
Bus Plugs
64(2)
Chapter 4 Panelboards
66(9)
Panelboards
67(3)
Branch-Circuit Protective Devices
70(1)
Panelboard Protective Device
71(1)
Power Panelboards
71(4)
Chapter 5 Trolley Busways
75(14)
Three-Phase Trolley Busway
76(1)
The Trolley Busway Runs
76(5)
Lighting in the Manufacturing Area
81(3)
Lighting in the Boiler Room
84(5)
Chapter 6 Using Wire Tables and Determining Conductor Sizes
89(24)
Conductors
90(4)
Insulation Type
94(2)
Correction Factors
96(1)
More Than Three Conductors in Raceway
97(1)
Underground Conductors
97(1)
Selecting Conductors for Equipment Installation
97(2)
Calculating Conductor Sizes and Resistance
99(1)
Long Wire Lengths
99(1)
Calculating Resistance
100(4)
Parallel Conductors
104(2)
Testing Wire Installations
106(2)
The American Wire Gauge
108(5)
Chapter 7 Signaling Systems
113(13)
The Master Clock
114(1)
The Program System
115(1)
The Paging System
116(3)
The Fire Alarm System
119(7)
Chapter 8 Basic Motor Controls
126(36)
Two-Wire Controls
127(2)
Three-Wire Controls
129(1)
Schematic Symbols
130(7)
Overload Relays
137(8)
Schematics and Wiring Diagrams
145(2)
Start-Stop Push-Button Control Circuit
147(1)
Forward-Reverse Control
148(2)
Basic Air-Conditioning Circuit
150(1)
Timing Relays
150(12)
Chapter 9 Motors and Controllers
162(44)
The Machines and Their Motors
163(1)
Motor Types
163(1)
Single-Speed Squirrel-Cage Induction Motor
163(10)
The Wound-Rotor Induction Motor
173(3)
Determining Direction of Rotation for 3-Phase Motors
176(3)
Connecting Dual-Voltage 3-Phase Motors
179(4)
Dual-Voltage Single-Phase Motors
183(2)
Determining Direction of Rotation for Single-Phase Motors
185(4)
Terminal Identification for Direct-Current Motors
189(1)
Determining the Direction of Rotation of a Direct-Current Motor
189(1)
Direct-Current Power Supplies
190(5)
Variable-Frequency Drives
195(11)
Chapter 10 Motor Installation
206(26)
Motor Nameplate Data
207(4)
Motor Installation
211(1)
Motor Tables
212(1)
Direct-Current Motors
212(1)
Single-Phase Alternating-Current Motors
213(1)
Two-Phase Motors
213(1)
Three-Phase Motors
214(1)
Determining Conductor Size for a Single Motor
214(2)
Overload Size
216(1)
Overload Heaters
217(1)
Protecting Large Horsepower Motor
218(1)
Motor Starter Sizes
219(1)
Determining Locked-Rotor Current
219(3)
Short-Circuit Protection
222(4)
Multiple Motor Calculations
226(6)
Chapter 11 Power Factor
232(26)
Loading on Alternating-Current Circuits
233(6)
Power Factor Measurement
239(2)
The Synchronous Condensers
241(3)
The Tie-In
244(1)
Correcting Power Factor with Capacitors
245(6)
Correcting Motor Power Factor
251(1)
Installing Capacitors
251(1)
Testing Capacitors
251(7)
Chapter 12 Ventilating, Air Conditioning, and Other Facilities
258(12)
The Ventilator and Exhaust Systems
259(2)
Special Terminology
261(1)
The Cooling Equipment
261(3)
Liquid Chillers
264(1)
The Precipitation Unit
265(5)
Chapter 13 System Protection
270(16)
System Protection
271(1)
Circuit Breakers
272(10)
Fuses
282(4)
Chapter 14 Lightning Protection
286(8)
Atomic Structure
287(1)
How Lightning Is Generated
288(2)
Master Label
290(1)
Building Protection
290(1)
Safety Rules
291(3)
Chapter 15 Site Lighting
294(10)
Lamp Selection
295(4)
Illuminance Selections
299(1)
Power Limitation
300(1)
Luminaire Placement
300(2)
Electrical Installation
302(2)
Chapter 16 Programmable Logic Controllers
304(14)
Differences between Programmable Logic Controllers and Personal Computers
305(1)
Basic Components
305(10)
Installing Programmable Logic Controllers
315(1)
The Differential Amplifier
316(2)
Chapter 17 Developing a Program for a PLC
318(7)
Assigning Inputs and Outputs
320(1)
Converting the Schematic
320(5)
Chapter 18 Fiber Optics
325(11)
Fiber Optics
326(3)
Fiber-Optic Connectors
329(4)
Fiber-Optic Lighting
333(3)
Chapter 19 Hazardous Locations
336(24)
Equipment Approval
338(1)
Intrinsically Safe Circuits and Equipment
338(1)
Equipment
339(1)
Seals
340(3)
Circuit-Breaker Panelboards
343(1)
Luminaires
344(1)
Motor Controls
345(3)
Flexible Cords and Receptacles
348(3)
Hazardous Areas
351(4)
Explosionproof Equipment
355(5)
Chapter 20 Harmonics
360(10)
Harmonic Effects
361(2)
Circuit-Breaker Problems
363(1)
Bus Ducts and Panelboard Problems
363(1)
Determining Harmonic Problems on Single-Phase Systems
364(3)
Determining Harmonic Problems on 3-Phase Systems
367(1)
Dealing with Harmonic Problems
367(1)
Determining Transformer Harmonic Derating Factor
368(2)
Electrical Specifications 370(6)
Code Index 376(1)
Index 377
Stephen L. Herman was an electrician and proficient instructor with over 30 years of practical experience and was known for his reader-friendly approach. A seasoned author, Mr. Herman wrote leading books on electricity and mathematics that are popular with students and instructors alike. For two decades, Mr. Herman served as lead instructor for the Electrical Technology Curriculum at Lee College in Baytown, Texas, where he received an Excellence in Education Award from the Halliburton Education Foundation. He also taught at Randolph Community College in Asheboro, North Carolina, for nine years and helped pioneer an electrical curriculum for Northeast Texas Community College in Mount Pleasant, Texas. His additional publications include ELECTRIC MOTOR CONTROL, ELECTRICITY AND CONTROLS FOR HVAC/R, INDUSTRIAL MOTOR CONTROLS, UNDERSTANDING MOTOR CONTROLS, ELECTRONICS FOR ELECTRICIANS, ALTERNATING CURRENT FUNDAMENTALS, DIRECT CURRENT FUNDAMENTALS, ELECTRICAL STUDIES FOR TRADES, ELECTRICAL PRINCIPLES, EXPERIMENTS IN ELECTRICITY FOR USE WITH LAB VOLT EQUIPMENT, THE COMPLETE LABORATORY MANUAL FOR ELECTRICITY and PRACTICAL PROBLEMS IN MATHEMATICS FOR ELECTRICIANS.