(Ebook PDF) Electrical Wiring Industrial 16th Edition by Stephen Herman 9798214342085 full chapters

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ISBN-13 :  9798214342085

Author:  Stephen Herman 

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.

Electrical Wiring Industrial 16th Table of contents:

Chapter 1. Plans and Sitework
Construction Plans
Building Location
Explanation of Plan Symbols
Contour Lines
Benchmark
Elevations
Invert Elevation
Measuring Building Plans
Reading the Scale
Sitework
Testing the Site for Grounding Requirements
Testing
The Wenner Four-Point Method
Three-Point Fall-of-Potential Test
The Clamp-On Ground Resistance Test
Grounding and Bonding Considerations
Safety
Bonding
Interpreting the Site Plan
Telephone Service
Direct Burial Wiring
Underground Raceways
Manholes
Lighting Standards
Metrics (SI) and the NEC
Trade Sizes
Guide to Metric Usage
Summary
Review Questions
Chapter 2. The Unit Substation
The High-Voltage Section
The Pothead
Lightning Arresters
High-Voltage, Current-Limiting Fuses
Continuous Current Rating
Transformer Protection
Overcurrent Protection
Interrupt Rating
Determining Transformer Fuse Size
Transformers Rated 1000 Volts or Less
Coordination
The Transformer Section
Taps
The Low-Voltage Section
Grounding
Ground Detectors
Current Transformers
The High-Voltage Metering Equipment
Industrial Power Rates
Service Entrances
Grounded Delta Connection
Open Delta Connection
Open Delta Connection with Ground
Delta-Wye Connection
Delta-Delta Connection
Wye-Wye Connection
Transformer Maintenance
Safety Procedures
Entering a Transformer Tank
Preventive Maintenance
Cleaning
Tightening
Testing
Pad-Mounted Oil-Cooled Transformers
Transformer Protective Relaying
Internal Inspection and Maintenance
Insulation Testing
Oil Testing
Transformer Nameplate Data
Review Questions
Chapter 3. Feeder Bus System
Feeder Ducts
Feeder Busway No. 1
Feeder Busway No. 2
The Circuit-Breaker Cubicles
Plug-In Busway
Method of Suspension
Bus Plugs
Review Questions
Chapter 4. Panelboards
Panelboards
Lighting and Appliance Panelboards
Branch-Circuit Protective Devices
Panelboard Protective Device
Power Panelboards
Review Questions
Chapter 5. Trolley Busways
Three-Phase Trolley Busway
The Trolley Busway Runs
Trolley Busway Run A
Feed-in Adapter
The Trolleys
The Conduit Run
Trolley Busway Run B
Trolley Run C
Trolley Run D
Lighting in the Manufacturing Area
The Busbars
The Trolleys
Lighting in the Boiler Room
The Cord Drops (NEC Article 400)
Strain Reliefs
Review Questions
Chapter 6. Using Wire Tables and Determining Conductor Sizes
Conductors
Insulation Type
Conductor Metals
Correction Factors
More than Three Conductors in Raceway
Underground Conductors
Selecting Conductors for Equipment Installation
Calculating Conductor Sizes and Resistance
Long Wire Lengths
Calculating Resistance
Parallel Conductors
Testing Wire Installations
The American Wire Gauge
Review Questions
Chapter 7. Signaling Systems
The Master Clock
The Program System
The Paging System
The Fire Alarm System
Review Questions
Chapter 8. Basic Motor Controls
Two-Wire Controls
Three-Wire Controls
Schematic Symbols
Overload Relays
Schematics and Wiring Diagrams
Start–Stop Push-Button Control Circuit
Forward–Reverse Control
Basic Air-Conditioning Circuit
Timing Relays
On-Delay Timers
Off-Delay Timers
A Timer Circuit for Two Motors
Capacitor Discharge Timers
Pneumatic Timers
Clock Timers
Electronic Timers
Interval Timer
One-Shot Timer
Repeat Timer
Review Questions
Chapter 9. Motors and Controllers
The Machines and Their Motors
Motor Types
Single-Speed Squirrel-Cage Induction Motor
Induction Motors in the Industrial Plant
Four-Speed Squirrel-Cage Motors
Primary Resistance Starters
Reduced Voltage Starters
The Wound-Rotor Induction Motor
Secondary Resistance Controller
Determining Direction of Rotation for 3-Phase Motors
Connecting Dual-Voltage 3-Phase Motors
Dual-Voltage Single-Phase Motors
Determining Direction of Rotation for Single-Phase Motors
Direct-Current Motors
Terminal Identification for Direct-Current Motors
Determining the Direction of Rotation of a Direct-Current Motor
Direct-Current Power Supplies
Single-Phase, Full-Wave Rectifiers
Average Value of Voltage
Three-Phase Rectifiers
Silicon-Controlled Rectifiers
Variable-Frequency Drives
Variable-Frequency Drive Operating Principles
Voltage and Current Considerations
Basic Construction of a Variable-Frequency Drive
Some Related Problems
IGBTs
Advantages and Disadvantages of IGBT Drives
Inverter-Rated Motors
Variable-Frequency Drives Using SCRs and GTOs
Features of Variable-Frequency Control
Review Questions
Chapter 10. Motor Installation
Motor Nameplate Data
Manufacturer’s Name
Horsepower
Revolutions per Minute (RPM)
Frequency
Phases
Motor Type
Frame
Voltage
Full-Load Current
Enclosure
Duty Cycle
Temperature Rise
Service Factor
Locked Rotor Code Letter
NEMA Design Code
Motor Efficiency
Insulation Classification
Model and Serial Numbers
Connection Diagrams
Motor Installation
Motor Tables
Direct-Current Motors
Single-Phase Alternating-Current Motors
Two-Phase Motors
Three-Phase Motors
Determining Conductor Size for a Single Motor
Overload Size
Overload Heaters
Protecting Large Horsepower Motor
Motor Starter Sizes
Determining Locked-Rotor Current
Short-Circuit Protection
Multiple Motor Calculations

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Electrical,Wiring Industrial,Stephen Herman