FUNDAMENTALS
Useful Tables
Conversion Factors
Graphical Electrical Symbols
Principles of Electricity and Magnetism: Units
Measuring, Testing, and Instruments
Harmonics
PROPERTIES AND SPLICING OF CONDUCTORS
Electrical Conducting Wires and Cables
Cable Joints and Terminal Connections
Aluminum-Building-Wire Installation Practices
Termination and Splice Kits
CIRCUITS AND CIRCUIT CALCULATIONS
Types of Circuits
Electrical Systems
Circuit Calculations
NEC Ampacity Rules for Conductors
GENERAL ELECTRICAL EQUIPMENT AND BATTERIES
Introduction
Switches
Installation of Switches
Protective Devices
Switchboards and Switchgear
Panelboards
General Wiring Materials and Devices
Power Capacitors
Batteries: General
Primary Batteries
Storage Batteries: General
Lead-Acid Storage Batteries
Nickel-Iron-Alkaline Batteries
Nickel-Cadmium Batteries
Installation of Storage Batteries
General Construction Materials
TRANSFORMERS
Construction, Types, and Characteristics
Connections: Polarity
Single-Phase
Connections
Two-Phase Connections
Three-Phase Connections
Connections for Three-Phase Transformers
Parallel Operation
Connections and Applications of Autotransformers
Installation, Care, and Operation
Provisions for Different Types of Transformers
Provisions for Transformer Vaults
The Noise Problem
Pole and Platform Mounting
Saturable-Core Reactor
SOLID-STATE DEVICES AND CIRCUITS
Fundamentals of Electronics
Discrete Solid-State Components
Integrated Circuits
Integrated-Circuit Logic Functions
Microcomputers
Electronic Memories
Product Reliability
GENERATORS AND MOTORS
Principles, Characteristics and Management of DC
Generators (Dynamos)
Principles, Characteristics, and Management of AC
Generators (Alternators)
Principles, Characteristics, and Management of
Electric Motors
Direct-Current Motors
Alternating-Current Motors
Conversion Equipment
Troubles of AC Motors and Generators: Their
Localization and Correction
Care of Motors
Control Equipment for Motors
Motor Drives and Application
Motor Circuits
Control Circuits
Industrial Control Panels
Air-Conditioning and Refrigerating Equipment
Engine- and Gas-Turbine Generators
OUTSIDE DISTRIBUTION
Pole Lines: General, Construction, and Equipment
Pole-Line Construction
Pole-Line Guying
Underground Wiring
Grounding of Systems
INTERIOR WIRING
General
Open Wiring On Insulators
Concealed Knob-and-Tube Wiring
Rigid-Metal-Conduit and Intermediate-Metal-Conduit
Wiring
Cable Pulling Calculations for raceways
Interior or Aboveground Wiring with Rigid Nonmetallic
Conduit
Flexible-Metal-Conduit Wiring
Liquidtight Flexible-Metal-Conduit Wiring
Metal-Clad–Cable Wiring: Types AC and MC
Surface-Raceway Wiring
Electrical-Metallic-Tubing Wiring
Nonmetallic-Sheathed–Cable Wiring
Mineral-Insulated Metal-Sheathed–Cable Wiring
Medium-Voltage–Cable Wiring
Underground-Feeder and Branch-Circuit–Cable Wiring
Interior Wiring with Service-Entrance Cable
Underfloor-Raceway Wiring
Wireway Wiring
Busway Wiring
Cellular-Metal-Floor–Raceway Wiring
Cellular-Concrete-Floor–Raceway Wiring
Wiring with Multioutlet Assemblies
Cablebus Wiring
Cable Trays
General Requirements for Wiring Installations
Crane Wiring
Wiring for Circuits of Over 600 Volts
Wiring for Circuits of Less Than 50 Volts
Wiring for Hazardous Locations
Installation of Appliances
Electric Comfort Conditioning
Wiring for Electric Signs and Outline Lighting
Remote-Control, Signaling, and Power-Limited Circuits
Wiring for Special
Occupancies
Design of Interior-Wiring Installations
Wiring for Residential Outdoor Lighting
Wiring for Commercial and Industrial Occupancies
Farm Wiring
Solar Photovoltaic Systems
ELECTRIC LIGHTING
Principles and Units
Electric-Light Sources
Incandescent (Filament) Lamps
Fluorescent Lamps
High-Intensity-Discharge Lamps
Light-Emitting Diodes (LEDs)
Neon Lamps
Ultraviolet-Light Sources
Infrared Heating Lamps
Luminaires
Principles of Lighting-Installation Design
Tables for Interior Illumination Design
Interior-Lighting Suggestions
Heat with Light for Building Spaces
Street Lighting
Floodlighting
OPTICAL FIBER
The Advantages of Fiber Optics
Applications
The Nature of Light
Invisible Light
Transmitting Light through Fibers
WIRING AND DESIGN TABLES
Standard Sizes of Lamps for General Illumination, in
Watts
Demand Factors and Data for Determining Minimum Loads
Full-Load Currents of Motors
Capacitor Ratings for Use with Three-Phase 60-Hz
Motors
Ampacities of Conductors
Ampacity of Flexible Cords and Cables
Ampacity of Fixture Wires
Ampacity of Aluminum Cable, Steel-Reinforced
Ampacity of Parkway Cables Buried Directly in Ground
Number of Conductors in Conduit and Dimensions
Switches-Termination Space
Switch-Gutter and Termination Space
Enclosed Switch Wiring Space
Elevation of Unguarded Parts above Working Space
Ordinary Ratings of Overload Protective Devices, in
Amperes
Nonrenewable Cartridge Fuses
Ratings and Number of Overload Protective Devices
Motor Code Letters and Locked-Rotor Kilovolt-Amperes
Maximum Ratings for Motor Branch-Circuit Protection
Conversion Table of Single-Phase Locked Rotor
Currents
Conversion Table of Polyphase Design B, C, D, and E
Maximum Locked Rotor Currents
Horsepower Ratings of Fused Switches
Minimum Branch-Circuit Sizes for Motors
Maximum Allowable Voltage Drop
Graph for Computing Copper-Conductor Sizes According to Voltage Drop
Data for Computing Voltage Drop
Metric Practice
ELECTRICAL SAFETY
He has been certified by the International Association of
Electrical Inspectors as a Certified Master Electrical Inspector.
Mr. Hartwell is the senior member of NEC CMP 9.