American Electricians' Handbook
by Summers, Wilford I.; Croft, TerrellEdition: 14th
Format: Hardcover
Pub. Date: 2002-06-07
Publisher(s): McGraw-Hill Professional
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Summary
* Since 1913, the single source blockbuster for all essential information on designing, installing, operating, and maintaining electrical systems and equipment * Includes advancements in fiber optic cables, grounding, arc-fault circuit interrupter devices, and transient voltage surge suppressors * Complete with the latest updates on National Electrical Code, National Safety Code, and NEMA motor and generator standards * Features new information on high efficiency motors and electronic control of motors * Provides the latest developments in circuits and circuit calculations, transformers, wiring tables, lamp applications tables, and more
Author Biography
WILFORD SUMMERS (Colorado Springs, CO) is an electrical consultant and former Executive Director of the International Association of Electrical Inspectors.
TERRELL CROFT (deceased)
Table of Contents
Division 1: FUNDAMENTALS Chapter 1: Useful Tables Chapter 2: Conversion Factors Chapter 3: Graphical Electrical Symbols Chapter 4: Principles of Electricity and Magnetism: Units Chapter 5: Measuring, Testing, and InstrumentsHarmonics Division 2 PROPERTIES AND SPLICING OF CONDUCTORS Chapter 6: Electrical Conducting Wires and Cables Chapter 7: Cable Joints and Terminal Connections Chapter 8: Aluminum-Building-Wire Installation Practices Chapter 9: Termination and Splice Kits Division 3 CIRCUITS AND CIRCUIT CALCULATIONS Chapter 10: Types of Circuits Chapter 11: Electrical Systems Chapter 12: Circuit Calculations Division 4 GENERAL ELECTRICAL EQUIPMENT AND BATTERIES Chapter 13: Introduction Chapter 14: Switches Chapter 15: Installation of Switches Chapter 16: Protective Devices Chapter 17: Switchboards and Switchgear Chapter 18: Panelboards Chapter 19: General Wiring Materials and Devices Chapter 20: Power Capacitors Chapter 21: Batteries: General Chapter 22: Primary Batteries Chapter 23: Storage Batteries: General Chapter 24: Lead-Acid Storage Batteries Chapter 25: Nickel-Iron-Alkaline Batteries Chapter 26: Nickel-Cadmium Batteries Chapter 27: Installation of Storage Batteries Chapter 28: General Construction Materials Division 5 TRANSFORMERS Chapter 29: Construction, Types, and Characteristics Chapter 30: Connections: Polarity Chapter 31: Single-Phase Connectons Chapter 32: Two-Phase Connections Chapter 33: Three-Phase Connections Chapter 34: Connections for Three-Phase Transformers Chapter 35: Parallel Operation Chapter 36: Connections and Applications of Autotransformers Chapter 37: Installation, Care, and Operation Chapter 38: Provisions for Different Types of Transformers Chapter 39: Provisions for Transformer VaultsThe Noise Problem Chapter 40: Pole and Platform Mounting Chapter 41: Saturable-Core Reactor Division 6 SOLID-STATE DEVICES AND CIRCUITS Chapter 42: Fundamentals of Electronics Chapter 43: Discrete Solid-State Components Chapter 44: Integrated Circuits Chapter 45: Integrated-Circuit Logic FunctionsMicrocomputers Chapter 46: Electronic Memories Division 7 GENERATORS AND MOTORS Chapter 47: Principles, Characteristics and Management of DC Generators (Dynamos) Chapter 48: Principles, Characteristics, and Management of AC Generators (Alternators) Chapter 49: Principles, Characteristics, and Management of Electric Motors Chapter 50: Direct-Current Motors Chapter 51: Alternating-Current Motors Chapter 52: Conversion Equipment Chapter 53: Troubles of AC Motors and Generators: Their Localization and Correction Chapter 54: Care of Motors Chapter 55: Control Equipment for Motors Chapter 56: Motor Drives and Application Chapter 57: Motor Circuits Chapter 58: Control Circuits Chapter 59: Air-Conditioning and Refrigerating Equipment Chapter 60: Engine- and Gas-Turbine Generators Division 8 OUTSIDE DISTRIBUTION Chapter 61: Pole Lines: General, Construction, and Equipment Chapter 62: Pole-Line Construction Chapter 63: Pole-Line Guying Chapter 64: Underground Wiring Chapter 65: Grounding of Systems Division 9 INTERIOR WIRING Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 2: Conversion Factors Chapter 3: Graphical Electrical Symbols Chapter 4: Principles of Electricity and Magnetism: Units Chapter 5: Measuring, Testing, and InstrumentsHarmonics Division 2 PROPERTIES AND SPLICING OF CONDUCTORS Chapter 6: Electrical Conducting Wires and Cables Chapter 7: Cable Joints and Terminal Connections Chapter 8: Aluminum-Building-Wire Installation Practices Chapter 9: Termination and Splice Kits Division 3 CIRCUITS AND CIRCUIT CALCULATIONS Chapter 10: Types of Circuits Chapter 11: Electrical Systems Chapter 12: Circuit Calculations Division 4 GENERAL ELECTRICAL EQUIPMENT AND BATTERIES Chapter 13: Introduction Chapter 14: Switches Chapter 15: Installation of Switches Chapter 16: Protective Devices Chapter 17: Switchboards and Switchgear Chapter 18: Panelboards Chapter 19: General Wiring Materials and Devices Chapter 20: Power Capacitors Chapter 21: Batteries: General Chapter 22: Primary Batteries Chapter 23: Storage Batteries: General Chapter 24: Lead-Acid Storage Batteries Chapter 25: Nickel-Iron-Alkaline Batteries Chapter 26: Nickel-Cadmium Batteries Chapter 27: Installation of Storage Batteries Chapter 28: General Construction Materials Division 5 TRANSFORMERS Chapter 29: Construction, Types, and Characteristics Chapter 30: Connections: Polarity Chapter 31: Single-Phase Connectons Chapter 32: Two-Phase Connections Chapter 33: Three-Phase Connections Chapter 34: Connections for Three-Phase Transformers Chapter 35: Parallel Operation Chapter 36: Connections and Applications of Autotransformers Chapter 37: Installation, Care, and Operation Chapter 38: Provisions for Different Types of Transformers Chapter 39: Provisions for Transformer VaultsThe Noise Problem Chapter 40: Pole and Platform Mounting Chapter 41: Saturable-Core Reactor Division 6 SOLID-STATE DEVICES AND CIRCUITS Chapter 42: Fundamentals of Electronics Chapter 43: Discrete Solid-State Components Chapter 44: Integrated Circuits Chapter 45: Integrated-Circuit Logic FunctionsMicrocomputers Chapter 46: Electronic Memories Division 7 GENERATORS AND MOTORS Chapter 47: Principles, Characteristics and Management of DC Generators (Dynamos) Chapter 48: Principles, Characteristics, and Management of AC Generators (Alternators) Chapter 49: Principles, Characteristics, and Management of Electric Motors Chapter 50: Direct-Current Motors Chapter 51: Alternating-Current Motors Chapter 52: Conversion Equipment Chapter 53: Troubles of AC Motors and Generators: Their Localization and Correction Chapter 54: Care of Motors Chapter 55: Control Equipment for Motors Chapter 56: Motor Drives and Application Chapter 57: Motor Circuits Chapter 58: Control Circuits Chapter 59: Air-Conditioning and Refrigerating Equipment Chapter 60: Engine- and Gas-Turbine Generators Division 8 OUTSIDE DISTRIBUTION Chapter 61: Pole Lines: General, Construction, and Equipment Chapter 62: Pole-Line Construction Chapter 63: Pole-Line Guying Chapter 64: Underground Wiring Chapter 65: Grounding of Systems Division 9 INTERIOR WIRING Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 4: Principles of Electricity and Magnetism: Units Chapter 5: Measuring, Testing, and InstrumentsHarmonics Division 2 PROPERTIES AND SPLICING OF CONDUCTORS Chapter 6: Electrical Conducting Wires and Cables Chapter 7: Cable Joints and Terminal Connections Chapter 8: Aluminum-Building-Wire Installation Practices Chapter 9: Termination and Splice Kits Division 3 CIRCUITS AND CIRCUIT CALCULATIONS Chapter 10: Types of Circuits Chapter 11: Electrical Systems Chapter 12: Circuit Calculations Division 4 GENERAL ELECTRICAL EQUIPMENT AND BATTERIES Chapter 13: Introduction Chapter 14: Switches Chapter 15: Installation of Switches Chapter 16: Protective Devices Chapter 17: Switchboards and Switchgear Chapter 18: Panelboards Chapter 19: General Wiring Materials and Devices Chapter 20: Power Capacitors Chapter 21: Batteries: General Chapter 22: Primary Batteries Chapter 23: Storage Batteries: General Chapter 24: Lead-Acid Storage Batteries Chapter 25: Nickel-Iron-Alkaline Batteries Chapter 26: Nickel-Cadmium Batteries Chapter 27: Installation of Storage Batteries Chapter 28: General Construction Materials Division 5 TRANSFORMERS Chapter 29: Construction, Types, and Characteristics Chapter 30: Connections: Polarity Chapter 31: Single-Phase Connectons Chapter 32: Two-Phase Connections Chapter 33: Three-Phase Connections Chapter 34: Connections for Three-Phase Transformers Chapter 35: Parallel Operation Chapter 36: Connections and Applications of Autotransformers Chapter 37: Installation, Care, and Operation Chapter 38: Provisions for Different Types of Transformers Chapter 39: Provisions for Transformer VaultsThe Noise Problem Chapter 40: Pole and Platform Mounting Chapter 41: Saturable-Core Reactor Division 6 SOLID-STATE DEVICES AND CIRCUITS Chapter 42: Fundamentals of Electronics Chapter 43: Discrete Solid-State Components Chapter 44: Integrated Circuits Chapter 45: Integrated-Circuit Logic FunctionsMicrocomputers Chapter 46: Electronic Memories Division 7 GENERATORS AND MOTORS Chapter 47: Principles, Characteristics and Management of DC Generators (Dynamos) Chapter 48: Principles, Characteristics, and Management of AC Generators (Alternators) Chapter 49: Principles, Characteristics, and Management of Electric Motors Chapter 50: Direct-Current Motors Chapter 51: Alternating-Current Motors Chapter 52: Conversion Equipment Chapter 53: Troubles of AC Motors and Generators: Their Localization and Correction Chapter 54: Care of Motors Chapter 55: Control Equipment for Motors Chapter 56: Motor Drives and Application Chapter 57: Motor Circuits Chapter 58: Control Circuits Chapter 59: Air-Conditioning and Refrigerating Equipment Chapter 60: Engine- and Gas-Turbine Generators Division 8 OUTSIDE DISTRIBUTION Chapter 61: Pole Lines: General, Construction, and Equipment Chapter 62: Pole-Line Construction Chapter 63: Pole-Line Guying Chapter 64: Underground Wiring Chapter 65: Grounding of Systems Division 9 INTERIOR WIRING Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Division 2 PROPERTIES AND SPLICING OF CONDUCTORS Chapter 6: Electrical Conducting Wires and Cables Chapter 7: Cable Joints and Terminal Connections Chapter 8: Aluminum-Building-Wire Installation Practices Chapter 9: Termination and Splice Kits Division 3 CIRCUITS AND CIRCUIT CALCULATIONS Chapter 10: Types of Circuits Chapter 11: Electrical Systems Chapter 12: Circuit Calculations Division 4 GENERAL ELECTRICAL EQUIPMENT AND BATTERIES Chapter 13: Introduction Chapter 14: Switches Chapter 15: Installation of Switches Chapter 16: Protective Devices Chapter 17: Switchboards and Switchgear Chapter 18: Panelboards Chapter 19: General Wiring Materials and Devices Chapter 20: Power Capacitors Chapter 21: Batteries: General Chapter 22: Primary Batteries Chapter 23: Storage Batteries: General Chapter 24: Lead-Acid Storage Batteries Chapter 25: Nickel-Iron-Alkaline Batteries Chapter 26: Nickel-Cadmium Batteries Chapter 27: Installation of Storage Batteries Chapter 28: General Construction Materials Division 5 TRANSFORMERS Chapter 29: Construction, Types, and Characteristics Chapter 30: Connections: Polarity Chapter 31: Single-Phase Connectons Chapter 32: Two-Phase Connections Chapter 33: Three-Phase Connections Chapter 34: Connections for Three-Phase Transformers Chapter 35: Parallel Operation Chapter 36: Connections and Applications of Autotransformers Chapter 37: Installation, Care, and Operation Chapter 38: Provisions for Different Types of Transformers Chapter 39: Provisions for Transformer VaultsThe Noise Problem Chapter 40: Pole and Platform Mounting Chapter 41: Saturable-Core Reactor Division 6 SOLID-STATE DEVICES AND CIRCUITS Chapter 42: Fundamentals of Electronics Chapter 43: Discrete Solid-State Components Chapter 44: Integrated Circuits Chapter 45: Integrated-Circuit Logic FunctionsMicrocomputers Chapter 46: Electronic Memories Division 7 GENERATORS AND MOTORS Chapter 47: Principles, Characteristics and Management of DC Generators (Dynamos) Chapter 48: Principles, Characteristics, and Management of AC Generators (Alternators) Chapter 49: Principles, Characteristics, and Management of Electric Motors Chapter 50: Direct-Current Motors Chapter 51: Alternating-Current Motors Chapter 52: Conversion Equipment Chapter 53: Troubles of AC Motors and Generators: Their Localization and Correction Chapter 54: Care of Motors Chapter 55: Control Equipment for Motors Chapter 56: Motor Drives and Application Chapter 57: Motor Circuits Chapter 58: Control Circuits Chapter 59: Air-Conditioning and Refrigerating Equipment Chapter 60: Engine- and Gas-Turbine Generators Division 8 OUTSIDE DISTRIBUTION Chapter 61: Pole Lines: General, Construction, and Equipment Chapter 62: Pole-Line Construction Chapter 63: Pole-Line Guying Chapter 64: Underground Wiring Chapter 65: Grounding of Systems Division 9 INTERIOR WIRING Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 7: Cable Joints and Terminal Connections Chapter 8: Aluminum-Building-Wire Installation Practices Chapter 9: Termination and Splice Kits Division 3 CIRCUITS AND CIRCUIT CALCULATIONS Chapter 10: Types of Circuits Chapter 11: Electrical Systems Chapter 12: Circuit Calculations Division 4 GENERAL ELECTRICAL EQUIPMENT AND BATTERIES Chapter 13: Introduction Chapter 14: Switches Chapter 15: Installation of Switches Chapter 16: Protective Devices Chapter 17: Switchboards and Switchgear Chapter 18: Panelboards Chapter 19: General Wiring Materials and Devices Chapter 20: Power Capacitors Chapter 21: Batteries: General Chapter 22: Primary Batteries Chapter 23: Storage Batteries: General Chapter 24: Lead-Acid Storage Batteries Chapter 25: Nickel-Iron-Alkaline Batteries Chapter 26: Nickel-Cadmium Batteries Chapter 27: Installation of Storage Batteries Chapter 28: General Construction Materials Division 5 TRANSFORMERS Chapter 29: Construction, Types, and Characteristics Chapter 30: Connections: Polarity Chapter 31: Single-Phase Connectons Chapter 32: Two-Phase Connections Chapter 33: Three-Phase Connections Chapter 34: Connections for Three-Phase Transformers Chapter 35: Parallel Operation Chapter 36: Connections and Applications of Autotransformers Chapter 37: Installation, Care, and Operation Chapter 38: Provisions for Different Types of Transformers Chapter 39: Provisions for Transformer VaultsThe Noise Problem Chapter 40: Pole and Platform Mounting Chapter 41: Saturable-Core Reactor Division 6 SOLID-STATE DEVICES AND CIRCUITS Chapter 42: Fundamentals of Electronics Chapter 43: Discrete Solid-State Components Chapter 44: Integrated Circuits Chapter 45: Integrated-Circuit Logic FunctionsMicrocomputers Chapter 46: Electronic Memories Division 7 GENERATORS AND MOTORS Chapter 47: Principles, Characteristics and Management of DC Generators (Dynamos) Chapter 48: Principles, Characteristics, and Management of AC Generators (Alternators) Chapter 49: Principles, Characteristics, and Management of Electric Motors Chapter 50: Direct-Current Motors Chapter 51: Alternating-Current Motors Chapter 52: Conversion Equipment Chapter 53: Troubles of AC Motors and Generators: Their Localization and Correction Chapter 54: Care of Motors Chapter 55: Control Equipment for Motors Chapter 56: Motor Drives and Application Chapter 57: Motor Circuits Chapter 58: Control Circuits Chapter 59: Air-Conditioning and Refrigerating Equipment Chapter 60: Engine- and Gas-Turbine Generators Division 8 OUTSIDE DISTRIBUTION Chapter 61: Pole Lines: General, Construction, and Equipment Chapter 62: Pole-Line Construction Chapter 63: Pole-Line Guying Chapter 64: Underground Wiring Chapter 65: Grounding of Systems Division 9 INTERIOR WIRING Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 9: Termination and Splice Kits Division 3 CIRCUITS AND CIRCUIT CALCULATIONS Chapter 10: Types of Circuits Chapter 11: Electrical Systems Chapter 12: Circuit Calculations Division 4 GENERAL ELECTRICAL EQUIPMENT AND BATTERIES Chapter 13: Introduction Chapter 14: Switches Chapter 15: Installation of Switches Chapter 16: Protective Devices Chapter 17: Switchboards and Switchgear Chapter 18: Panelboards Chapter 19: General Wiring Materials and Devices Chapter 20: Power Capacitors Chapter 21: Batteries: General Chapter 22: Primary Batteries Chapter 23: Storage Batteries: General Chapter 24: Lead-Acid Storage Batteries Chapter 25: Nickel-Iron-Alkaline Batteries Chapter 26: Nickel-Cadmium Batteries Chapter 27: Installation of Storage Batteries Chapter 28: General Construction Materials Division 5 TRANSFORMERS Chapter 29: Construction, Types, and Characteristics Chapter 30: Connections: Polarity Chapter 31: Single-Phase Connectons Chapter 32: Two-Phase Connections Chapter 33: Three-Phase Connections Chapter 34: Connections for Three-Phase Transformers Chapter 35: Parallel Operation Chapter 36: Connections and Applications of Autotransformers Chapter 37: Installation, Care, and Operation Chapter 38: Provisions for Different Types of Transformers Chapter 39: Provisions for Transformer VaultsThe Noise Problem Chapter 40: Pole and Platform Mounting Chapter 41: Saturable-Core Reactor Division 6 SOLID-STATE DEVICES AND CIRCUITS Chapter 42: Fundamentals of Electronics Chapter 43: Discrete Solid-State Components Chapter 44: Integrated Circuits Chapter 45: Integrated-Circuit Logic FunctionsMicrocomputers Chapter 46: Electronic Memories Division 7 GENERATORS AND MOTORS Chapter 47: Principles, Characteristics and Management of DC Generators (Dynamos) Chapter 48: Principles, Characteristics, and Management of AC Generators (Alternators) Chapter 49: Principles, Characteristics, and Management of Electric Motors Chapter 50: Direct-Current Motors Chapter 51: Alternating-Current Motors Chapter 52: Conversion Equipment Chapter 53: Troubles of AC Motors and Generators: Their Localization and Correction Chapter 54: Care of Motors Chapter 55: Control Equipment for Motors Chapter 56: Motor Drives and Application Chapter 57: Motor Circuits Chapter 58: Control Circuits Chapter 59: Air-Conditioning and Refrigerating Equipment Chapter 60: Engine- and Gas-Turbine Generators Division 8 OUTSIDE DISTRIBUTION Chapter 61: Pole Lines: General, Construction, and Equipment Chapter 62: Pole-Line Construction Chapter 63: Pole-Line Guying Chapter 64: Underground Wiring Chapter 65: Grounding of Systems Division 9 INTERIOR WIRING Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 10: Types of Circuits Chapter 11: Electrical Systems Chapter 12: Circuit Calculations Division 4 GENERAL ELECTRICAL EQUIPMENT AND BATTERIES Chapter 13: Introduction Chapter 14: Switches Chapter 15: Installation of Switches Chapter 16: Protective Devices Chapter 17: Switchboards and Switchgear Chapter 18: Panelboards Chapter 19: General Wiring Materials and Devices Chapter 20: Power Capacitors Chapter 21: Batteries: General Chapter 22: Primary Batteries Chapter 23: Storage Batteries: General Chapter 24: Lead-Acid Storage Batteries Chapter 25: Nickel-Iron-Alkaline Batteries Chapter 26: Nickel-Cadmium Batteries Chapter 27: Installation of Storage Batteries Chapter 28: General Construction Materials Division 5 TRANSFORMERS Chapter 29: Construction, Types, and Characteristics Chapter 30: Connections: Polarity Chapter 31: Single-Phase Connectons Chapter 32: Two-Phase Connections Chapter 33: Three-Phase Connections Chapter 34: Connections for Three-Phase Transformers Chapter 35: Parallel Operation Chapter 36: Connections and Applications of Autotransformers Chapter 37: Installation, Care, and Operation Chapter 38: Provisions for Different Types of Transformers Chapter 39: Provisions for Transformer VaultsThe Noise Problem Chapter 40: Pole and Platform Mounting Chapter 41: Saturable-Core Reactor Division 6 SOLID-STATE DEVICES AND CIRCUITS Chapter 42: Fundamentals of Electronics Chapter 43: Discrete Solid-State Components Chapter 44: Integrated Circuits Chapter 45: Integrated-Circuit Logic FunctionsMicrocomputers Chapter 46: Electronic Memories Division 7 GENERATORS AND MOTORS Chapter 47: Principles, Characteristics and Management of DC Generators (Dynamos) Chapter 48: Principles, Characteristics, and Management of AC Generators (Alternators) Chapter 49: Principles, Characteristics, and Management of Electric Motors Chapter 50: Direct-Current Motors Chapter 51: Alternating-Current Motors Chapter 52: Conversion Equipment Chapter 53: Troubles of AC Motors and Generators: Their Localization and Correction Chapter 54: Care of Motors Chapter 55: Control Equipment for Motors Chapter 56: Motor Drives and Application Chapter 57: Motor Circuits Chapter 58: Control Circuits Chapter 59: Air-Conditioning and Refrigerating Equipment Chapter 60: Engine- and Gas-Turbine Generators Division 8 OUTSIDE DISTRIBUTION Chapter 61: Pole Lines: General, Construction, and Equipment Chapter 62: Pole-Line Construction Chapter 63: Pole-Line Guying Chapter 64: Underground Wiring Chapter 65: Grounding of Systems Division 9 INTERIOR WIRING Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 12: Circuit Calculations Division 4 GENERAL ELECTRICAL EQUIPMENT AND BATTERIES Chapter 13: Introduction Chapter 14: Switches Chapter 15: Installation of Switches Chapter 16: Protective Devices Chapter 17: Switchboards and Switchgear Chapter 18: Panelboards Chapter 19: General Wiring Materials and Devices Chapter 20: Power Capacitors Chapter 21: Batteries: General Chapter 22: Primary Batteries Chapter 23: Storage Batteries: General Chapter 24: Lead-Acid Storage Batteries Chapter 25: Nickel-Iron-Alkaline Batteries Chapter 26: Nickel-Cadmium Batteries Chapter 27: Installation of Storage Batteries Chapter 28: General Construction Materials Division 5 TRANSFORMERS Chapter 29: Construction, Types, and Characteristics Chapter 30: Connections: Polarity Chapter 31: Single-Phase Connectons Chapter 32: Two-Phase Connections Chapter 33: Three-Phase Connections Chapter 34: Connections for Three-Phase Transformers Chapter 35: Parallel Operation Chapter 36: Connections and Applications of Autotransformers Chapter 37: Installation, Care, and Operation Chapter 38: Provisions for Different Types of Transformers Chapter 39: Provisions for Transformer VaultsThe Noise Problem Chapter 40: Pole and Platform Mounting Chapter 41: Saturable-Core Reactor Division 6 SOLID-STATE DEVICES AND CIRCUITS Chapter 42: Fundamentals of Electronics Chapter 43: Discrete Solid-State Components Chapter 44: Integrated Circuits Chapter 45: Integrated-Circuit Logic FunctionsMicrocomputers Chapter 46: Electronic Memories Division 7 GENERATORS AND MOTORS Chapter 47: Principles, Characteristics and Management of DC Generators (Dynamos) Chapter 48: Principles, Characteristics, and Management of AC Generators (Alternators) Chapter 49: Principles, Characteristics, and Management of Electric Motors Chapter 50: Direct-Current Motors Chapter 51: Alternating-Current Motors Chapter 52: Conversion Equipment Chapter 53: Troubles of AC Motors and Generators: Their Localization and Correction Chapter 54: Care of Motors Chapter 55: Control Equipment for Motors Chapter 56: Motor Drives and Application Chapter 57: Motor Circuits Chapter 58: Control Circuits Chapter 59: Air-Conditioning and Refrigerating Equipment Chapter 60: Engine- and Gas-Turbine Generators Division 8 OUTSIDE DISTRIBUTION Chapter 61: Pole Lines: General, Construction, and Equipment Chapter 62: Pole-Line Construction Chapter 63: Pole-Line Guying Chapter 64: Underground Wiring Chapter 65: Grounding of Systems Division 9 INTERIOR WIRING Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 13: Introduction Chapter 14: Switches Chapter 15: Installation of Switches Chapter 16: Protective Devices Chapter 17: Switchboards and Switchgear Chapter 18: Panelboards Chapter 19: General Wiring Materials and Devices Chapter 20: Power Capacitors Chapter 21: Batteries: General Chapter 22: Primary Batteries Chapter 23: Storage Batteries: General Chapter 24: Lead-Acid Storage Batteries Chapter 25: Nickel-Iron-Alkaline Batteries Chapter 26: Nickel-Cadmium Batteries Chapter 27: Installation of Storage Batteries Chapter 28: General Construction Materials Division 5 TRANSFORMERS Chapter 29: Construction, Types, and Characteristics Chapter 30: Connections: Polarity Chapter 31: Single-Phase Connectons Chapter 32: Two-Phase Connections Chapter 33: Three-Phase Connections Chapter 34: Connections for Three-Phase Transformers Chapter 35: Parallel Operation Chapter 36: Connections and Applications of Autotransformers Chapter 37: Installation, Care, and Operation Chapter 38: Provisions for Different Types of Transformers Chapter 39: Provisions for Transformer VaultsThe Noise Problem Chapter 40: Pole and Platform Mounting Chapter 41: Saturable-Core Reactor Division 6 SOLID-STATE DEVICES AND CIRCUITS Chapter 42: Fundamentals of Electronics Chapter 43: Discrete Solid-State Components Chapter 44: Integrated Circuits Chapter 45: Integrated-Circuit Logic FunctionsMicrocomputers Chapter 46: Electronic Memories Division 7 GENERATORS AND MOTORS Chapter 47: Principles, Characteristics and Management of DC Generators (Dynamos) Chapter 48: Principles, Characteristics, and Management of AC Generators (Alternators) Chapter 49: Principles, Characteristics, and Management of Electric Motors Chapter 50: Direct-Current Motors Chapter 51: Alternating-Current Motors Chapter 52: Conversion Equipment Chapter 53: Troubles of AC Motors and Generators: Their Localization and Correction Chapter 54: Care of Motors Chapter 55: Control Equipment for Motors Chapter 56: Motor Drives and Application Chapter 57: Motor Circuits Chapter 58: Control Circuits Chapter 59: Air-Conditioning and Refrigerating Equipment Chapter 60: Engine- and Gas-Turbine Generators Division 8 OUTSIDE DISTRIBUTION Chapter 61: Pole Lines: General, Construction, and Equipment Chapter 62: Pole-Line Construction Chapter 63: Pole-Line Guying Chapter 64: Underground Wiring Chapter 65: Grounding of Systems Division 9 INTERIOR WIRING Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 15: Installation of Switches Chapter 16: Protective Devices Chapter 17: Switchboards and Switchgear Chapter 18: Panelboards Chapter 19: General Wiring Materials and Devices Chapter 20: Power Capacitors Chapter 21: Batteries: General Chapter 22: Primary Batteries Chapter 23: Storage Batteries: General Chapter 24: Lead-Acid Storage Batteries Chapter 25: Nickel-Iron-Alkaline Batteries Chapter 26: Nickel-Cadmium Batteries Chapter 27: Installation of Storage Batteries Chapter 28: General Construction Materials Division 5 TRANSFORMERS Chapter 29: Construction, Types, and Characteristics Chapter 30: Connections: Polarity Chapter 31: Single-Phase Connectons Chapter 32: Two-Phase Connections Chapter 33: Three-Phase Connections Chapter 34: Connections for Three-Phase Transformers Chapter 35: Parallel Operation Chapter 36: Connections and Applications of Autotransformers Chapter 37: Installation, Care, and Operation Chapter 38: Provisions for Different Types of Transformers Chapter 39: Provisions for Transformer VaultsThe Noise Problem Chapter 40: Pole and Platform Mounting Chapter 41: Saturable-Core Reactor Division 6 SOLID-STATE DEVICES AND CIRCUITS Chapter 42: Fundamentals of Electronics Chapter 43: Discrete Solid-State Components Chapter 44: Integrated Circuits Chapter 45: Integrated-Circuit Logic FunctionsMicrocomputers Chapter 46: Electronic Memories Division 7 GENERATORS AND MOTORS Chapter 47: Principles, Characteristics and Management of DC Generators (Dynamos) Chapter 48: Principles, Characteristics, and Management of AC Generators (Alternators) Chapter 49: Principles, Characteristics, and Management of Electric Motors Chapter 50: Direct-Current Motors Chapter 51: Alternating-Current Motors Chapter 52: Conversion Equipment Chapter 53: Troubles of AC Motors and Generators: Their Localization and Correction Chapter 54: Care of Motors Chapter 55: Control Equipment for Motors Chapter 56: Motor Drives and Application Chapter 57: Motor Circuits Chapter 58: Control Circuits Chapter 59: Air-Conditioning and Refrigerating Equipment Chapter 60: Engine- and Gas-Turbine Generators Division 8 OUTSIDE DISTRIBUTION Chapter 61: Pole Lines: General, Construction, and Equipment Chapter 62: Pole-Line Construction Chapter 63: Pole-Line Guying Chapter 64: Underground Wiring Chapter 65: Grounding of Systems Division 9 INTERIOR WIRING Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 17: Switchboards and Switchgear Chapter 18: Panelboards Chapter 19: General Wiring Materials and Devices Chapter 20: Power Capacitors Chapter 21: Batteries: General Chapter 22: Primary Batteries Chapter 23: Storage Batteries: General Chapter 24: Lead-Acid Storage Batteries Chapter 25: Nickel-Iron-Alkaline Batteries Chapter 26: Nickel-Cadmium Batteries Chapter 27: Installation of Storage Batteries Chapter 28: General Construction Materials Division 5 TRANSFORMERS Chapter 29: Construction, Types, and Characteristics Chapter 30: Connections: Polarity Chapter 31: Single-Phase Connectons Chapter 32: Two-Phase Connections Chapter 33: Three-Phase Connections Chapter 34: Connections for Three-Phase Transformers Chapter 35: Parallel Operation Chapter 36: Connections and Applications of Autotransformers Chapter 37: Installation, Care, and Operation Chapter 38: Provisions for Different Types of Transformers Chapter 39: Provisions for Transformer VaultsThe Noise Problem Chapter 40: Pole and Platform Mounting Chapter 41: Saturable-Core Reactor Division 6 SOLID-STATE DEVICES AND CIRCUITS Chapter 42: Fundamentals of Electronics Chapter 43: Discrete Solid-State Components Chapter 44: Integrated Circuits Chapter 45: Integrated-Circuit Logic FunctionsMicrocomputers Chapter 46: Electronic Memories Division 7 GENERATORS AND MOTORS Chapter 47: Principles, Characteristics and Management of DC Generators (Dynamos) Chapter 48: Principles, Characteristics, and Management of AC Generators (Alternators) Chapter 49: Principles, Characteristics, and Management of Electric Motors Chapter 50: Direct-Current Motors Chapter 51: Alternating-Current Motors Chapter 52: Conversion Equipment Chapter 53: Troubles of AC Motors and Generators: Their Localization and Correction Chapter 54: Care of Motors Chapter 55: Control Equipment for Motors Chapter 56: Motor Drives and Application Chapter 57: Motor Circuits Chapter 58: Control Circuits Chapter 59: Air-Conditioning and Refrigerating Equipment Chapter 60: Engine- and Gas-Turbine Generators Division 8 OUTSIDE DISTRIBUTION Chapter 61: Pole Lines: General, Construction, and Equipment Chapter 62: Pole-Line Construction Chapter 63: Pole-Line Guying Chapter 64: Underground Wiring Chapter 65: Grounding of Systems Division 9 INTERIOR WIRING Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 19: General Wiring Materials and Devices Chapter 20: Power Capacitors Chapter 21: Batteries: General Chapter 22: Primary Batteries Chapter 23: Storage Batteries: General Chapter 24: Lead-Acid Storage Batteries Chapter 25: Nickel-Iron-Alkaline Batteries Chapter 26: Nickel-Cadmium Batteries Chapter 27: Installation of Storage Batteries Chapter 28: General Construction Materials Division 5 TRANSFORMERS Chapter 29: Construction, Types, and Characteristics Chapter 30: Connections: Polarity Chapter 31: Single-Phase Connectons Chapter 32: Two-Phase Connections Chapter 33: Three-Phase Connections Chapter 34: Connections for Three-Phase Transformers Chapter 35: Parallel Operation Chapter 36: Connections and Applications of Autotransformers Chapter 37: Installation, Care, and Operation Chapter 38: Provisions for Different Types of Transformers Chapter 39: Provisions for Transformer VaultsThe Noise Problem Chapter 40: Pole and Platform Mounting Chapter 41: Saturable-Core Reactor Division 6 SOLID-STATE DEVICES AND CIRCUITS Chapter 42: Fundamentals of Electronics Chapter 43: Discrete Solid-State Components Chapter 44: Integrated Circuits Chapter 45: Integrated-Circuit Logic FunctionsMicrocomputers Chapter 46: Electronic Memories Division 7 GENERATORS AND MOTORS Chapter 47: Principles, Characteristics and Management of DC Generators (Dynamos) Chapter 48: Principles, Characteristics, and Management of AC Generators (Alternators) Chapter 49: Principles, Characteristics, and Management of Electric Motors Chapter 50: Direct-Current Motors Chapter 51: Alternating-Current Motors Chapter 52: Conversion Equipment Chapter 53: Troubles of AC Motors and Generators: Their Localization and Correction Chapter 54: Care of Motors Chapter 55: Control Equipment for Motors Chapter 56: Motor Drives and Application Chapter 57: Motor Circuits Chapter 58: Control Circuits Chapter 59: Air-Conditioning and Refrigerating Equipment Chapter 60: Engine- and Gas-Turbine Generators Division 8 OUTSIDE DISTRIBUTION Chapter 61: Pole Lines: General, Construction, and Equipment Chapter 62: Pole-Line Construction Chapter 63: Pole-Line Guying Chapter 64: Underground Wiring Chapter 65: Grounding of Systems Division 9 INTERIOR WIRING Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 21: Batteries: General Chapter 22: Primary Batteries Chapter 23: Storage Batteries: General Chapter 24: Lead-Acid Storage Batteries Chapter 25: Nickel-Iron-Alkaline Batteries Chapter 26: Nickel-Cadmium Batteries Chapter 27: Installation of Storage Batteries Chapter 28: General Construction Materials Division 5 TRANSFORMERS Chapter 29: Construction, Types, and Characteristics Chapter 30: Connections: Polarity Chapter 31: Single-Phase Connectons Chapter 32: Two-Phase Connections Chapter 33: Three-Phase Connections Chapter 34: Connections for Three-Phase Transformers Chapter 35: Parallel Operation Chapter 36: Connections and Applications of Autotransformers Chapter 37: Installation, Care, and Operation Chapter 38: Provisions for Different Types of Transformers Chapter 39: Provisions for Transformer VaultsThe Noise Problem Chapter 40: Pole and Platform Mounting Chapter 41: Saturable-Core Reactor Division 6 SOLID-STATE DEVICES AND CIRCUITS Chapter 42: Fundamentals of Electronics Chapter 43: Discrete Solid-State Components Chapter 44: Integrated Circuits Chapter 45: Integrated-Circuit Logic FunctionsMicrocomputers Chapter 46: Electronic Memories Division 7 GENERATORS AND MOTORS Chapter 47: Principles, Characteristics and Management of DC Generators (Dynamos) Chapter 48: Principles, Characteristics, and Management of AC Generators (Alternators) Chapter 49: Principles, Characteristics, and Management of Electric Motors Chapter 50: Direct-Current Motors Chapter 51: Alternating-Current Motors Chapter 52: Conversion Equipment Chapter 53: Troubles of AC Motors and Generators: Their Localization and Correction Chapter 54: Care of Motors Chapter 55: Control Equipment for Motors Chapter 56: Motor Drives and Application Chapter 57: Motor Circuits Chapter 58: Control Circuits Chapter 59: Air-Conditioning and Refrigerating Equipment Chapter 60: Engine- and Gas-Turbine Generators Division 8 OUTSIDE DISTRIBUTION Chapter 61: Pole Lines: General, Construction, and Equipment Chapter 62: Pole-Line Construction Chapter 63: Pole-Line Guying Chapter 64: Underground Wiring Chapter 65: Grounding of Systems Division 9 INTERIOR WIRING Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 23: Storage Batteries: General Chapter 24: Lead-Acid Storage Batteries Chapter 25: Nickel-Iron-Alkaline Batteries Chapter 26: Nickel-Cadmium Batteries Chapter 27: Installation of Storage Batteries Chapter 28: General Construction Materials Division 5 TRANSFORMERS Chapter 29: Construction, Types, and Characteristics Chapter 30: Connections: Polarity Chapter 31: Single-Phase Connectons Chapter 32: Two-Phase Connections Chapter 33: Three-Phase Connections Chapter 34: Connections for Three-Phase Transformers Chapter 35: Parallel Operation Chapter 36: Connections and Applications of Autotransformers Chapter 37: Installation, Care, and Operation Chapter 38: Provisions for Different Types of Transformers Chapter 39: Provisions for Transformer VaultsThe Noise Problem Chapter 40: Pole and Platform Mounting Chapter 41: Saturable-Core Reactor Division 6 SOLID-STATE DEVICES AND CIRCUITS Chapter 42: Fundamentals of Electronics Chapter 43: Discrete Solid-State Components Chapter 44: Integrated Circuits Chapter 45: Integrated-Circuit Logic FunctionsMicrocomputers Chapter 46: Electronic Memories Division 7 GENERATORS AND MOTORS Chapter 47: Principles, Characteristics and Management of DC Generators (Dynamos) Chapter 48: Principles, Characteristics, and Management of AC Generators (Alternators) Chapter 49: Principles, Characteristics, and Management of Electric Motors Chapter 50: Direct-Current Motors Chapter 51: Alternating-Current Motors Chapter 52: Conversion Equipment Chapter 53: Troubles of AC Motors and Generators: Their Localization and Correction Chapter 54: Care of Motors Chapter 55: Control Equipment for Motors Chapter 56: Motor Drives and Application Chapter 57: Motor Circuits Chapter 58: Control Circuits Chapter 59: Air-Conditioning and Refrigerating Equipment Chapter 60: Engine- and Gas-Turbine Generators Division 8 OUTSIDE DISTRIBUTION Chapter 61: Pole Lines: General, Construction, and Equipment Chapter 62: Pole-Line Construction Chapter 63: Pole-Line Guying Chapter 64: Underground Wiring Chapter 65: Grounding of Systems Division 9 INTERIOR WIRING Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 25: Nickel-Iron-Alkaline Batteries Chapter 26: Nickel-Cadmium Batteries Chapter 27: Installation of Storage Batteries Chapter 28: General Construction Materials Division 5 TRANSFORMERS Chapter 29: Construction, Types, and Characteristics Chapter 30: Connections: Polarity Chapter 31: Single-Phase Connectons Chapter 32: Two-Phase Connections Chapter 33: Three-Phase Connections Chapter 34: Connections for Three-Phase Transformers Chapter 35: Parallel Operation Chapter 36: Connections and Applications of Autotransformers Chapter 37: Installation, Care, and Operation Chapter 38: Provisions for Different Types of Transformers Chapter 39: Provisions for Transformer VaultsThe Noise Problem Chapter 40: Pole and Platform Mounting Chapter 41: Saturable-Core Reactor Division 6 SOLID-STATE DEVICES AND CIRCUITS Chapter 42: Fundamentals of Electronics Chapter 43: Discrete Solid-State Components Chapter 44: Integrated Circuits Chapter 45: Integrated-Circuit Logic FunctionsMicrocomputers Chapter 46: Electronic Memories Division 7 GENERATORS AND MOTORS Chapter 47: Principles, Characteristics and Management of DC Generators (Dynamos) Chapter 48: Principles, Characteristics, and Management of AC Generators (Alternators) Chapter 49: Principles, Characteristics, and Management of Electric Motors Chapter 50: Direct-Current Motors Chapter 51: Alternating-Current Motors Chapter 52: Conversion Equipment Chapter 53: Troubles of AC Motors and Generators: Their Localization and Correction Chapter 54: Care of Motors Chapter 55: Control Equipment for Motors Chapter 56: Motor Drives and Application Chapter 57: Motor Circuits Chapter 58: Control Circuits Chapter 59: Air-Conditioning and Refrigerating Equipment Chapter 60: Engine- and Gas-Turbine Generators Division 8 OUTSIDE DISTRIBUTION Chapter 61: Pole Lines: General, Construction, and Equipment Chapter 62: Pole-Line Construction Chapter 63: Pole-Line Guying Chapter 64: Underground Wiring Chapter 65: Grounding of Systems Division 9 INTERIOR WIRING Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 27: Installation of Storage Batteries Chapter 28: General Construction Materials Division 5 TRANSFORMERS Chapter 29: Construction, Types, and Characteristics Chapter 30: Connections: Polarity Chapter 31: Single-Phase Connectons Chapter 32: Two-Phase Connections Chapter 33: Three-Phase Connections Chapter 34: Connections for Three-Phase Transformers Chapter 35: Parallel Operation Chapter 36: Connections and Applications of Autotransformers Chapter 37: Installation, Care, and Operation Chapter 38: Provisions for Different Types of Transformers Chapter 39: Provisions for Transformer VaultsThe Noise Problem Chapter 40: Pole and Platform Mounting Chapter 41: Saturable-Core Reactor Division 6 SOLID-STATE DEVICES AND CIRCUITS Chapter 42: Fundamentals of Electronics Chapter 43: Discrete Solid-State Components Chapter 44: Integrated Circuits Chapter 45: Integrated-Circuit Logic FunctionsMicrocomputers Chapter 46: Electronic Memories Division 7 GENERATORS AND MOTORS Chapter 47: Principles, Characteristics and Management of DC Generators (Dynamos) Chapter 48: Principles, Characteristics, and Management of AC Generators (Alternators) Chapter 49: Principles, Characteristics, and Management of Electric Motors Chapter 50: Direct-Current Motors Chapter 51: Alternating-Current Motors Chapter 52: Conversion Equipment Chapter 53: Troubles of AC Motors and Generators: Their Localization and Correction Chapter 54: Care of Motors Chapter 55: Control Equipment for Motors Chapter 56: Motor Drives and Application Chapter 57: Motor Circuits Chapter 58: Control Circuits Chapter 59: Air-Conditioning and Refrigerating Equipment Chapter 60: Engine- and Gas-Turbine Generators Division 8 OUTSIDE DISTRIBUTION Chapter 61: Pole Lines: General, Construction, and Equipment Chapter 62: Pole-Line Construction Chapter 63: Pole-Line Guying Chapter 64: Underground Wiring Chapter 65: Grounding of Systems Division 9 INTERIOR WIRING Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Division 5 TRANSFORMERS Chapter 29: Construction, Types, and Characteristics Chapter 30: Connections: Polarity Chapter 31: Single-Phase Connectons Chapter 32: Two-Phase Connections Chapter 33: Three-Phase Connections Chapter 34: Connections for Three-Phase Transformers Chapter 35: Parallel Operation Chapter 36: Connections and Applications of Autotransformers Chapter 37: Installation, Care, and Operation Chapter 38: Provisions for Different Types of Transformers Chapter 39: Provisions for Transformer VaultsThe Noise Problem Chapter 40: Pole and Platform Mounting Chapter 41: Saturable-Core Reactor Division 6 SOLID-STATE DEVICES AND CIRCUITS Chapter 42: Fundamentals of Electronics Chapter 43: Discrete Solid-State Components Chapter 44: Integrated Circuits Chapter 45: Integrated-Circuit Logic FunctionsMicrocomputers Chapter 46: Electronic Memories Division 7 GENERATORS AND MOTORS Chapter 47: Principles, Characteristics and Management of DC Generators (Dynamos) Chapter 48: Principles, Characteristics, and Management of AC Generators (Alternators) Chapter 49: Principles, Characteristics, and Management of Electric Motors Chapter 50: Direct-Current Motors Chapter 51: Alternating-Current Motors Chapter 52: Conversion Equipment Chapter 53: Troubles of AC Motors and Generators: Their Localization and Correction Chapter 54: Care of Motors Chapter 55: Control Equipment for Motors Chapter 56: Motor Drives and Application Chapter 57: Motor Circuits Chapter 58: Control Circuits Chapter 59: Air-Conditioning and Refrigerating Equipment Chapter 60: Engine- and Gas-Turbine Generators Division 8 OUTSIDE DISTRIBUTION Chapter 61: Pole Lines: General, Construction, and Equipment Chapter 62: Pole-Line Construction Chapter 63: Pole-Line Guying Chapter 64: Underground Wiring Chapter 65: Grounding of Systems Division 9 INTERIOR WIRING Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 30: Connections: Polarity Chapter 31: Single-Phase Connectons Chapter 32: Two-Phase Connections Chapter 33: Three-Phase Connections Chapter 34: Connections for Three-Phase Transformers Chapter 35: Parallel Operation Chapter 36: Connections and Applications of Autotransformers Chapter 37: Installation, Care, and Operation Chapter 38: Provisions for Different Types of Transformers Chapter 39: Provisions for Transformer VaultsThe Noise Problem Chapter 40: Pole and Platform Mounting Chapter 41: Saturable-Core Reactor Division 6 SOLID-STATE DEVICES AND CIRCUITS Chapter 42: Fundamentals of Electronics Chapter 43: Discrete Solid-State Components Chapter 44: Integrated Circuits Chapter 45: Integrated-Circuit Logic FunctionsMicrocomputers Chapter 46: Electronic Memories Division 7 GENERATORS AND MOTORS Chapter 47: Principles, Characteristics and Management of DC Generators (Dynamos) Chapter 48: Principles, Characteristics, and Management of AC Generators (Alternators) Chapter 49: Principles, Characteristics, and Management of Electric Motors Chapter 50: Direct-Current Motors Chapter 51: Alternating-Current Motors Chapter 52: Conversion Equipment Chapter 53: Troubles of AC Motors and Generators: Their Localization and Correction Chapter 54: Care of Motors Chapter 55: Control Equipment for Motors Chapter 56: Motor Drives and Application Chapter 57: Motor Circuits Chapter 58: Control Circuits Chapter 59: Air-Conditioning and Refrigerating Equipment Chapter 60: Engine- and Gas-Turbine Generators Division 8 OUTSIDE DISTRIBUTION Chapter 61: Pole Lines: General, Construction, and Equipment Chapter 62: Pole-Line Construction Chapter 63: Pole-Line Guying Chapter 64: Underground Wiring Chapter 65: Grounding of Systems Division 9 INTERIOR WIRING Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 32: Two-Phase Connections Chapter 33: Three-Phase Connections Chapter 34: Connections for Three-Phase Transformers Chapter 35: Parallel Operation Chapter 36: Connections and Applications of Autotransformers Chapter 37: Installation, Care, and Operation Chapter 38: Provisions for Different Types of Transformers Chapter 39: Provisions for Transformer VaultsThe Noise Problem Chapter 40: Pole and Platform Mounting Chapter 41: Saturable-Core Reactor Division 6 SOLID-STATE DEVICES AND CIRCUITS Chapter 42: Fundamentals of Electronics Chapter 43: Discrete Solid-State Components Chapter 44: Integrated Circuits Chapter 45: Integrated-Circuit Logic FunctionsMicrocomputers Chapter 46: Electronic Memories Division 7 GENERATORS AND MOTORS Chapter 47: Principles, Characteristics and Management of DC Generators (Dynamos) Chapter 48: Principles, Characteristics, and Management of AC Generators (Alternators) Chapter 49: Principles, Characteristics, and Management of Electric Motors Chapter 50: Direct-Current Motors Chapter 51: Alternating-Current Motors Chapter 52: Conversion Equipment Chapter 53: Troubles of AC Motors and Generators: Their Localization and Correction Chapter 54: Care of Motors Chapter 55: Control Equipment for Motors Chapter 56: Motor Drives and Application Chapter 57: Motor Circuits Chapter 58: Control Circuits Chapter 59: Air-Conditioning and Refrigerating Equipment Chapter 60: Engine- and Gas-Turbine Generators Division 8 OUTSIDE DISTRIBUTION Chapter 61: Pole Lines: General, Construction, and Equipment Chapter 62: Pole-Line Construction Chapter 63: Pole-Line Guying Chapter 64: Underground Wiring Chapter 65: Grounding of Systems Division 9 INTERIOR WIRING Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 34: Connections for Three-Phase Transformers Chapter 35: Parallel Operation Chapter 36: Connections and Applications of Autotransformers Chapter 37: Installation, Care, and Operation Chapter 38: Provisions for Different Types of Transformers Chapter 39: Provisions for Transformer VaultsThe Noise Problem Chapter 40: Pole and Platform Mounting Chapter 41: Saturable-Core Reactor Division 6 SOLID-STATE DEVICES AND CIRCUITS Chapter 42: Fundamentals of Electronics Chapter 43: Discrete Solid-State Components Chapter 44: Integrated Circuits Chapter 45: Integrated-Circuit Logic FunctionsMicrocomputers Chapter 46: Electronic Memories Division 7 GENERATORS AND MOTORS Chapter 47: Principles, Characteristics and Management of DC Generators (Dynamos) Chapter 48: Principles, Characteristics, and Management of AC Generators (Alternators) Chapter 49: Principles, Characteristics, and Management of Electric Motors Chapter 50: Direct-Current Motors Chapter 51: Alternating-Current Motors Chapter 52: Conversion Equipment Chapter 53: Troubles of AC Motors and Generators: Their Localization and Correction Chapter 54: Care of Motors Chapter 55: Control Equipment for Motors Chapter 56: Motor Drives and Application Chapter 57: Motor Circuits Chapter 58: Control Circuits Chapter 59: Air-Conditioning and Refrigerating Equipment Chapter 60: Engine- and Gas-Turbine Generators Division 8 OUTSIDE DISTRIBUTION Chapter 61: Pole Lines: General, Construction, and Equipment Chapter 62: Pole-Line Construction Chapter 63: Pole-Line Guying Chapter 64: Underground Wiring Chapter 65: Grounding of Systems Division 9 INTERIOR WIRING Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 36: Connections and Applications of Autotransformers Chapter 37: Installation, Care, and Operation Chapter 38: Provisions for Different Types of Transformers Chapter 39: Provisions for Transformer VaultsThe Noise Problem Chapter 40: Pole and Platform Mounting Chapter 41: Saturable-Core Reactor Division 6 SOLID-STATE DEVICES AND CIRCUITS Chapter 42: Fundamentals of Electronics Chapter 43: Discrete Solid-State Components Chapter 44: Integrated Circuits Chapter 45: Integrated-Circuit Logic FunctionsMicrocomputers Chapter 46: Electronic Memories Division 7 GENERATORS AND MOTORS Chapter 47: Principles, Characteristics and Management of DC Generators (Dynamos) Chapter 48: Principles, Characteristics, and Management of AC Generators (Alternators) Chapter 49: Principles, Characteristics, and Management of Electric Motors Chapter 50: Direct-Current Motors Chapter 51: Alternating-Current Motors Chapter 52: Conversion Equipment Chapter 53: Troubles of AC Motors and Generators: Their Localization and Correction Chapter 54: Care of Motors Chapter 55: Control Equipment for Motors Chapter 56: Motor Drives and Application Chapter 57: Motor Circuits Chapter 58: Control Circuits Chapter 59: Air-Conditioning and Refrigerating Equipment Chapter 60: Engine- and Gas-Turbine Generators Division 8 OUTSIDE DISTRIBUTION Chapter 61: Pole Lines: General, Construction, and Equipment Chapter 62: Pole-Line Construction Chapter 63: Pole-Line Guying Chapter 64: Underground Wiring Chapter 65: Grounding of Systems Division 9 INTERIOR WIRING Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 38: Provisions for Different Types of Transformers Chapter 39: Provisions for Transformer VaultsThe Noise Problem Chapter 40: Pole and Platform Mounting Chapter 41: Saturable-Core Reactor Division 6 SOLID-STATE DEVICES AND CIRCUITS Chapter 42: Fundamentals of Electronics Chapter 43: Discrete Solid-State Components Chapter 44: Integrated Circuits Chapter 45: Integrated-Circuit Logic FunctionsMicrocomputers Chapter 46: Electronic Memories Division 7 GENERATORS AND MOTORS Chapter 47: Principles, Characteristics and Management of DC Generators (Dynamos) Chapter 48: Principles, Characteristics, and Management of AC Generators (Alternators) Chapter 49: Principles, Characteristics, and Management of Electric Motors Chapter 50: Direct-Current Motors Chapter 51: Alternating-Current Motors Chapter 52: Conversion Equipment Chapter 53: Troubles of AC Motors and Generators: Their Localization and Correction Chapter 54: Care of Motors Chapter 55: Control Equipment for Motors Chapter 56: Motor Drives and Application Chapter 57: Motor Circuits Chapter 58: Control Circuits Chapter 59: Air-Conditioning and Refrigerating Equipment Chapter 60: Engine- and Gas-Turbine Generators Division 8 OUTSIDE DISTRIBUTION Chapter 61: Pole Lines: General, Construction, and Equipment Chapter 62: Pole-Line Construction Chapter 63: Pole-Line Guying Chapter 64: Underground Wiring Chapter 65: Grounding of Systems Division 9 INTERIOR WIRING Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 40: Pole and Platform Mounting Chapter 41: Saturable-Core Reactor Division 6 SOLID-STATE DEVICES AND CIRCUITS Chapter 42: Fundamentals of Electronics Chapter 43: Discrete Solid-State Components Chapter 44: Integrated Circuits Chapter 45: Integrated-Circuit Logic FunctionsMicrocomputers Chapter 46: Electronic Memories Division 7 GENERATORS AND MOTORS Chapter 47: Principles, Characteristics and Management of DC Generators (Dynamos) Chapter 48: Principles, Characteristics, and Management of AC Generators (Alternators) Chapter 49: Principles, Characteristics, and Management of Electric Motors Chapter 50: Direct-Current Motors Chapter 51: Alternating-Current Motors Chapter 52: Conversion Equipment Chapter 53: Troubles of AC Motors and Generators: Their Localization and Correction Chapter 54: Care of Motors Chapter 55: Control Equipment for Motors Chapter 56: Motor Drives and Application Chapter 57: Motor Circuits Chapter 58: Control Circuits Chapter 59: Air-Conditioning and Refrigerating Equipment Chapter 60: Engine- and Gas-Turbine Generators Division 8 OUTSIDE DISTRIBUTION Chapter 61: Pole Lines: General, Construction, and Equipment Chapter 62: Pole-Line Construction Chapter 63: Pole-Line Guying Chapter 64: Underground Wiring Chapter 65: Grounding of Systems Division 9 INTERIOR WIRING Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Division 6 SOLID-STATE DEVICES AND CIRCUITS Chapter 42: Fundamentals of Electronics Chapter 43: Discrete Solid-State Components Chapter 44: Integrated Circuits Chapter 45: Integrated-Circuit Logic FunctionsMicrocomputers Chapter 46: Electronic Memories Division 7 GENERATORS AND MOTORS Chapter 47: Principles, Characteristics and Management of DC Generators (Dynamos) Chapter 48: Principles, Characteristics, and Management of AC Generators (Alternators) Chapter 49: Principles, Characteristics, and Management of Electric Motors Chapter 50: Direct-Current Motors Chapter 51: Alternating-Current Motors Chapter 52: Conversion Equipment Chapter 53: Troubles of AC Motors and Generators: Their Localization and Correction Chapter 54: Care of Motors Chapter 55: Control Equipment for Motors Chapter 56: Motor Drives and Application Chapter 57: Motor Circuits Chapter 58: Control Circuits Chapter 59: Air-Conditioning and Refrigerating Equipment Chapter 60: Engine- and Gas-Turbine Generators Division 8 OUTSIDE DISTRIBUTION Chapter 61: Pole Lines: General, Construction, and Equipment Chapter 62: Pole-Line Construction Chapter 63: Pole-Line Guying Chapter 64: Underground Wiring Chapter 65: Grounding of Systems Division 9 INTERIOR WIRING Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 43: Discrete Solid-State Components Chapter 44: Integrated Circuits Chapter 45: Integrated-Circuit Logic FunctionsMicrocomputers Chapter 46: Electronic Memories Division 7 GENERATORS AND MOTORS Chapter 47: Principles, Characteristics and Management of DC Generators (Dynamos) Chapter 48: Principles, Characteristics, and Management of AC Generators (Alternators) Chapter 49: Principles, Characteristics, and Management of Electric Motors Chapter 50: Direct-Current Motors Chapter 51: Alternating-Current Motors Chapter 52: Conversion Equipment Chapter 53: Troubles of AC Motors and Generators: Their Localization and Correction Chapter 54: Care of Motors Chapter 55: Control Equipment for Motors Chapter 56: Motor Drives and Application Chapter 57: Motor Circuits Chapter 58: Control Circuits Chapter 59: Air-Conditioning and Refrigerating Equipment Chapter 60: Engine- and Gas-Turbine Generators Division 8 OUTSIDE DISTRIBUTION Chapter 61: Pole Lines: General, Construction, and Equipment Chapter 62: Pole-Line Construction Chapter 63: Pole-Line Guying Chapter 64: Underground Wiring Chapter 65: Grounding of Systems Division 9 INTERIOR WIRING Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 45: Integrated-Circuit Logic FunctionsMicrocomputers Chapter 46: Electronic Memories Division 7 GENERATORS AND MOTORS Chapter 47: Principles, Characteristics and Management of DC Generators (Dynamos) Chapter 48: Principles, Characteristics, and Management of AC Generators (Alternators) Chapter 49: Principles, Characteristics, and Management of Electric Motors Chapter 50: Direct-Current Motors Chapter 51: Alternating-Current Motors Chapter 52: Conversion Equipment Chapter 53: Troubles of AC Motors and Generators: Their Localization and Correction Chapter 54: Care of Motors Chapter 55: Control Equipment for Motors Chapter 56: Motor Drives and Application Chapter 57: Motor Circuits Chapter 58: Control Circuits Chapter 59: Air-Conditioning and Refrigerating Equipment Chapter 60: Engine- and Gas-Turbine Generators Division 8 OUTSIDE DISTRIBUTION Chapter 61: Pole Lines: General, Construction, and Equipment Chapter 62: Pole-Line Construction Chapter 63: Pole-Line Guying Chapter 64: Underground Wiring Chapter 65: Grounding of Systems Division 9 INTERIOR WIRING Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Division 7 GENERATORS AND MOTORS Chapter 47: Principles, Characteristics and Management of DC Generators (Dynamos) Chapter 48: Principles, Characteristics, and Management of AC Generators (Alternators) Chapter 49: Principles, Characteristics, and Management of Electric Motors Chapter 50: Direct-Current Motors Chapter 51: Alternating-Current Motors Chapter 52: Conversion Equipment Chapter 53: Troubles of AC Motors and Generators: Their Localization and Correction Chapter 54: Care of Motors Chapter 55: Control Equipment for Motors Chapter 56: Motor Drives and Application Chapter 57: Motor Circuits Chapter 58: Control Circuits Chapter 59: Air-Conditioning and Refrigerating Equipment Chapter 60: Engine- and Gas-Turbine Generators Division 8 OUTSIDE DISTRIBUTION Chapter 61: Pole Lines: General, Construction, and Equipment Chapter 62: Pole-Line Construction Chapter 63: Pole-Line Guying Chapter 64: Underground Wiring Chapter 65: Grounding of Systems Division 9 INTERIOR WIRING Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 48: Principles, Characteristics, and Management of AC Generators (Alternators) Chapter 49: Principles, Characteristics, and Management of Electric Motors Chapter 50: Direct-Current Motors Chapter 51: Alternating-Current Motors Chapter 52: Conversion Equipment Chapter 53: Troubles of AC Motors and Generators: Their Localization and Correction Chapter 54: Care of Motors Chapter 55: Control Equipment for Motors Chapter 56: Motor Drives and Application Chapter 57: Motor Circuits Chapter 58: Control Circuits Chapter 59: Air-Conditioning and Refrigerating Equipment Chapter 60: Engine- and Gas-Turbine Generators Division 8 OUTSIDE DISTRIBUTION Chapter 61: Pole Lines: General, Construction, and Equipment Chapter 62: Pole-Line Construction Chapter 63: Pole-Line Guying Chapter 64: Underground Wiring Chapter 65: Grounding of Systems Division 9 INTERIOR WIRING Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 50: Direct-Current Motors Chapter 51: Alternating-Current Motors Chapter 52: Conversion Equipment Chapter 53: Troubles of AC Motors and Generators: Their Localization and Correction Chapter 54: Care of Motors Chapter 55: Control Equipment for Motors Chapter 56: Motor Drives and Application Chapter 57: Motor Circuits Chapter 58: Control Circuits Chapter 59: Air-Conditioning and Refrigerating Equipment Chapter 60: Engine- and Gas-Turbine Generators Division 8 OUTSIDE DISTRIBUTION Chapter 61: Pole Lines: General, Construction, and Equipment Chapter 62: Pole-Line Construction Chapter 63: Pole-Line Guying Chapter 64: Underground Wiring Chapter 65: Grounding of Systems Division 9 INTERIOR WIRING Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 52: Conversion Equipment Chapter 53: Troubles of AC Motors and Generators: Their Localization and Correction Chapter 54: Care of Motors Chapter 55: Control Equipment for Motors Chapter 56: Motor Drives and Application Chapter 57: Motor Circuits Chapter 58: Control Circuits Chapter 59: Air-Conditioning and Refrigerating Equipment Chapter 60: Engine- and Gas-Turbine Generators Division 8 OUTSIDE DISTRIBUTION Chapter 61: Pole Lines: General, Construction, and Equipment Chapter 62: Pole-Line Construction Chapter 63: Pole-Line Guying Chapter 64: Underground Wiring Chapter 65: Grounding of Systems Division 9 INTERIOR WIRING Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 54: Care of Motors Chapter 55: Control Equipment for Motors Chapter 56: Motor Drives and Application Chapter 57: Motor Circuits Chapter 58: Control Circuits Chapter 59: Air-Conditioning and Refrigerating Equipment Chapter 60: Engine- and Gas-Turbine Generators Division 8 OUTSIDE DISTRIBUTION Chapter 61: Pole Lines: General, Construction, and Equipment Chapter 62: Pole-Line Construction Chapter 63: Pole-Line Guying Chapter 64: Underground Wiring Chapter 65: Grounding of Systems Division 9 INTERIOR WIRING Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 56: Motor Drives and Application Chapter 57: Motor Circuits Chapter 58: Control Circuits Chapter 59: Air-Conditioning and Refrigerating Equipment Chapter 60: Engine- and Gas-Turbine Generators Division 8 OUTSIDE DISTRIBUTION Chapter 61: Pole Lines: General, Construction, and Equipment Chapter 62: Pole-Line Construction Chapter 63: Pole-Line Guying Chapter 64: Underground Wiring Chapter 65: Grounding of Systems Division 9 INTERIOR WIRING Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 58: Control Circuits Chapter 59: Air-Conditioning and Refrigerating Equipment Chapter 60: Engine- and Gas-Turbine Generators Division 8 OUTSIDE DISTRIBUTION Chapter 61: Pole Lines: General, Construction, and Equipment Chapter 62: Pole-Line Construction Chapter 63: Pole-Line Guying Chapter 64: Underground Wiring Chapter 65: Grounding of Systems Division 9 INTERIOR WIRING Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 60: Engine- and Gas-Turbine Generators Division 8 OUTSIDE DISTRIBUTION Chapter 61: Pole Lines: General, Construction, and Equipment Chapter 62: Pole-Line Construction Chapter 63: Pole-Line Guying Chapter 64: Underground Wiring Chapter 65: Grounding of Systems Division 9 INTERIOR WIRING Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 61: Pole Lines: General, Construction, and Equipment Chapter 62: Pole-Line Construction Chapter 63: Pole-Line Guying Chapter 64: Underground Wiring Chapter 65: Grounding of Systems Division 9 INTERIOR WIRING Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 63: Pole-Line Guying Chapter 64: Underground Wiring Chapter 65: Grounding of Systems Division 9 INTERIOR WIRING Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 65: Grounding of Systems Division 9 INTERIOR WIRING Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 66: General Chapter 67: Open Wiring On Insulators Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 68: Concealed Knob-and-Tube Wiring Chapter 69: Rigid-Metal-Conduit and Intermediate-Metal-Conduit Wiring Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 70: Interior or Aboveground Wiring with Rigid Nonmetallic Conduit Chapter 71: Flexible-Metal-Conduit Wiring Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 72: fLiquidtight Flexible-Metal-Conduit Wiring Chapter 73: Metal-Clad–Cable Wiring: Types AC and MC Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 73: Surface-Raceway Wiring Chapter 74: Electrical-Metallic-Tubing Wiring Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 75: Nonmetallic-Sheathed–Cable Wiring Chapter 76: Mineral-Insulated Metal-Sheathed–Cable Wiring Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 77: Medium-Voltage–Cable Wiring Chapter 78: Underground-Feeder and Branch-Circuit–Cable Wiring Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 79: Interior Wiring with Service-Entrance Cable Chapter 80: Underfloor-Raceway Wiring Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 81: Wireway Wiring Chapter 82: Busway Wiring Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 83: Cellular-Metal-Floor–Raceway Wiring Chapter 84: Cellular-Concrete-Floor–Raceway Wiring Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 85: Wiring with Multioutlet Assemblies Chapter 86: Cablebus Wiring Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 87: Cable Trays Chapter 88: General Requirements for Wiring Installations Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 89: Crane Wiring Chapter 90: Wiring for Circuits of Over 600 Volts Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 91: Wiring for Circuits of Less Than 50 Volts Chapter 92: Wiring for Hazardous Locations Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 93: Installation of Appliances Chapter 94: Electric Comfort Conditioning Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 95: Wiring for Electric Signs and Outline Lighting Chapter 96: Remote-Control, Signaling, and Power-Limited Circuits Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 97: Wiring for Special Occupanices Chapter 98: Design of Interior-Wiring Installations Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 99: Wiring for Residential Outdoor Lighting Chapter 100: Wiring for Commercial and Industrial Occupancies Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 101: Farm Wiring Division 10 ELECTRIC LIGHTING Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 102: Principles and Units Chapter 103: Electric-Light Sources Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 104: Incandescent (Filament) Lamps Chapter 105: Fluorescent Lamps Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 106: Gaseous-Discharge Lamps Chapter 107: Neon Lamps Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 108: Ultraviolet-Light Sources Chapter 109: Infrared Heating Lamps Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 110: Luminaires Chapter 111: Principles of Lighting-Installation Design Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 112: Tables for Interior Illumination Design Chapter 113: Interior-Lighting Suggestions Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 114: Heat with Light for Building Spaces Chapter 115: Street Lighting Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 116: Floodlighting Division 11 OPTICAL FIBER Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 117: General Chapter 118: Cabling Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 119: Connectors Chapter 120: Splices Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 121: Testing Chapter 122: Basic Terminology Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 123: Light Sources Chapter 124: Types of Optical Fibers Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 125: Breakout Kits Chapter 126: Safety Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 127: Non-Communication Applications Division 12 WIRING AND DESIGN TABLES Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 128: Standard Sizes of Lamps for General Illumination, in Watts Chapter 129: Demand Factors and Data for Determining Minimum Loads Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 130: Full-Load Currents of Motors Chapter 131: Capacitor Ratings for Use with Three-Phase 60-Hz Motors Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 132: Ampacities of Conductors Chapter 133: Ampacity of Flexible Cords and Cables Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 134: Ampacity of Fixture Wires Chapter 135: Ampacity of Aluminum Cable, Steel-Reinforced Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 136: Ampacity of Parkway Cables Buried Directly in Ground Chapter 137: Number of Conductors in Conduit and Dimensions Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 138: Compact Aluminum Wire and Dimensions Chapter 139: Switches-Termination Spac Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 140: Switch-Gutter and Termination Space Chapter 141: Enclosed Switch Wiring Space Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 142: Elevation of Unguarded Parts above Chapter 143: Working Space Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 144: Ordinary Ratings of Overload Protective Devices, in Amperes Chapter 145: Nonrenewable Cartridge Fuses Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 146: Ratings and Number of Overload Protective Devices Chapter 147: Motor Code Letters and Locked-Rotor Kilovolt-Amperes Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 148: Maximum Ratings for Motor Branch-Circuit Protection Chapter 149: Conversion Table of Single-Phase Locked Rotor Currents Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 150: Conversion Table of Polyphase Design B, C, D, and E Maximum Locked Rotor Chapter 151: Currents Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 152: Horsepower Ratings of Fused Switches Chapter 153: Minimum Branch-Circuit Sizes for Motors Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 154: Maximum Allowable Voltage Drop Chapter 155: Graph for Computing Copper-Conductor Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 156: Sizes According to Voltage Drop Chapter 157: Data for Computing Voltage Drop Chapter 158: Metric Practice Index
Chapter 158: Metric Practice Index
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