Chapter 1 Construction Support

• Table 1-2.—Assemblies Functionally Grouped to Seabee Skills
• Component P-25
• Figure 1-3.—Typical listing of an assembly.
• Facility 811 10R
• Excavations and Shoring
• Project Planning
• Figure 1-6.—Approximate angle of repose.
• Project Planning Package
• Table 1-4.—Seabee Project Package
• Table  1-4.—Seabee  Project  Package—Continued
• Network Analysis
• Advantages
• Quality Control
• Quality Control Plan
• Figure 1-13.—Project QC plan.
• Figure 1-14.—Quality control plan.
• Hazardous Material, Continued

Chapter 2 Drawings and Specifications

• Specifications
• Table  2-1.—Technical  Specifications
• Working Sketches
• Abbreviations and Symbols
• Schedules
• Figure 2-3.—Additional electrical symbols.
• Figure 2-4.—Heating, plumbing and pipe fitting/value symbols.
• Figure 2-5.—Mechanical and plumbing symbols.
• Figure 2-6.—Architectural symbols for doors and windows.
• Figure 2-7.—Title symbols.
• Modular Dimensions
• Metric Dimensions
• Figure 2-10.—Commonly used lighting fixture.
• Figure 2-12.—Enlarged view of part of a l/4-inch scale.
• Figure 2-13.—Using a scale to check a measurement on a blueprint.
• Metric Dimensions, Continued

Chapter 3 Generators

• Power and Voltage Requirements
• Table 3-1.—Types of Portable Generators
• Generator Installation
• Generator Set Inspection
• Feeder Cable Connections
• Plant Equipment
• Parallel Plant Operation
• Isolated Bus Operation
• Basic Operating Precautions
• Power Plant Maintenance

Chapter 4 Electrical Distribution

• Network Distribution System
• Overhead Considerations
• Equipment
• Distribution  Transformers
• Distribution  Transformers, Continued
• Figure 4-6.—Single transformer hung with crossarm brackets
• Figure 4-9.—Three-phase 25 kVA transformers mounted on an H-frame platform.
• Figure 4-11.—Polarity tests.
• Figure 4-13.—Polarity markings and directions of voltages when polarity is subtractive.
• Figure 4-15.—Transformer size calculations.
• Table  4-1.—Demand  Factor
• Figure 4-17.—Single-phase transformer connected to give 120/240-volt  three-wire  single-phase  service.
• Figure 4-20.—Cluster-mounted bank of transformers.
• Capacitors
• Table 4-2.—Power Factor of Various Types of Electrical Equipment
• Fixed Capacitors
• Capacitor Precautions
• Construction
• Protective/Interrupting Devices
• Enclosed Distribution Cutout
• Fuse Link Operation
• Recommended Size of Primary Fuse
• Oil Switch
• Protective Gounds
• Underground Considerations
• Manholes, Continued
• Figure 4-39.—Typical manholes.
• Ducts and Trenches
• Risers/Potheads
• Underground Power Cables
• Rigging
• Maintenance
• Digital Multimeters
• Maintenance of Distribution Equipment
• Distribution Safety Equipment
• Rubber Insulating Insulator Hoods

Chapter 5 Interior Wiring

• Table 5-1.—Minimum Cover Requirements for 0 to 600 Volts (Burial in Inches)
• Underfloor Raceway Systems
• Conduit Layout
• Wiring of Buildings
• Lighting and Power Systems
• Figure 5-4.—Typical arrangement of a split-bus lighting panelboard.
• Branch Circuits for Grouped Loads
• Equipment  Grounding Conductors
• Testing Electrical Circuits
• Checking for the Hot Wire
• Testing the Ground Terminal
• Circuit Breaker
• Figure 5-17.—Checking for a properly grounded receptacle.
• Bending Conduit
• Figure 5-19.—Procedure used with a neon tester to isolate a defective fuse in a live circuit.
• Figure 5-20.—Hydraulic sweep bender with hand pump.
• Conduit Supports and Installation Methods
• Coduit Hangers and Supports
• Soldering and Splicing Procedures
• Splices
• Western Union Splice
• Figure 5-31.—T-tap used to connect into an ongoing line.
• Soldering   Splices
• Fuses
• Out-of-Service Protection
• Fire Safety
• Figure 5-39.—Technique for taping a solderless connector.
• Figure 5-41.—Selection of an effective and safe fire extinguisher.

Chapter 6 Fiber Optics and Lighting Systems

• Semiconductor Material
• Optical Detectors and Fiber-Optic Receivers
• Fiber-Optic System Topology
• Fiber-Optic Measurements
• Mechanical and Fusion Splices
• V-Grooved Splices
• Rotary Splices
• Area Lighting Systems
• Selection of Luminaries
• Figure 6-11.—Light distribution patterns for roadway lighting.
• Manufacturer's Literature
• Isofootcandle Curve
• Maintenance Factor
• Lighting Intensity Calculations
• Lighting Intensity Calculations, Continued
• Floodlights
• Selection of Luminaries
• Mounting Height and Spacing
• Floodlight Aiming
• Figure 6-22.—2X-4X mounting height rule.
• MAnufacturer's Literature
• Isofootcandle Diagrams
• Figure  6-27.—Floodlight  manufacturer’s  literature.
• Light Intensity Calculations
• Security Lighting
• Security Area Classification
• Airfield Lighting
• Figure 6-30.—Field arrangement direct installation.
• Airfield Lighitng Vault
• Constant-Current  Regulator
• Remote Control
• Lighting Circuits
• Runway Edge Lights
• Figure 6-35.—Typical airfield lighting layout.
• Visual Approach Slope Indicators (VASI)
• Figure  6-37.—Fresnel® lens optical landing system (FLOLS).
• Obstruction Lights
• Types of Fixtures and Lamps
• Condenser Discharge Lighting System
• Figure 6-39.—Airfield lighting components.
• Strobe Light System
• Master Sequence Timer Cabinet
• Figure 6-41.—Condenser discharge strobe light unit.
• Figure 6-42.—Master sequence timer and controls.
• Master Sequence Timer
• Maintenance of Airfield Lighting Systems
• Condenser Discharge Light System
• Types of Trouble
• Underground Lighting Problems, Continued

Chapter 7 Electrical Equipment

• Figure 7-2.—Branch-circuit layout #2.
• Several Motors or Loads on One Branch Circuit
• Figure 7-4.—Branch-circuit conductor sizing.
• Figure 7-5.—Motor controllers basic rules and exceptions.
• Motor and Branch-Circuit Overload Protection (NEC® 430, Part C)
• Equipment Grounding
• Figure 7-6.—Definition of fixed equipment.
• Figure 7-8.—Equipment housing ground connections (load side).
• Figure 7-9.—Subpanel bonding hazards.
• Control Circuits
• Control Symbols
• Control and Power Connections
• Figure 7-13.—Control circuit components.
• Figure 7-15.—Two-wire control circuit.
• Troubleshooting and Testing Controllers
• Testing Component Circuits
• Combination Starters
• Motor Maintenance
• Greasing Ball Bearings
• Figure 7-26.—Pilot light indicates when motor is not running.
• Motor Storage
• Brush Inspection
• Equipment Troubleshooting
• Table 7-2.—Controller Troubleshooting Tips
• Table  7-2.—Controller  Troubleshooting  Tips—Continued
• Table   7-2.—Controller   Troubleshooting   Tips—Continued

Chapter 8 Alarm Systems

• National Electrical Code Requirements for Security/Fire-Alarm Ssytems
• Figure 8-3.—Typical shunt switch circuit.
• Alarm Systems Installed in Existing Buildings
• Figure 8-5.—A flashlight and mirror used in combination
• New Techniques for Installing Security/Fire-Alarm Systems in Existing Buildings
• Figure 8-9.—Bit has penetrated into basement area.
• Figure 8-10.—Recovery grip attached to the bit tip eyelet.
• Components of Security/Fire-Alarm Systems
• Control Panel
• Figure 8-16.—Control unit with annunciation.
• Entry Detectors
• Conductive Foil on Glass Doors
• Figure 8-22.—Conductive foil on glass doors.
• Additional Commercial/Industrial Components of Security/Fire-Alarm Systems
• Ultraviolet-Radiation Fire Detectors
• Telephone  Dialers
• Figure 8-31.—Structure of a heat-sensor cable.
• Figure 8-34.—This detector has maximum sensitivity in the ultraviolet range.
• Figure 8-36.—Schematic wiring diagram of a typical telephone dialer.
• Figure 8-37.—Preferred connections for a typical telephone dialer.
• Figure 8-39.—Wiring diagram for a switched-voltage trigger.

Appendix I References Used to Develop This Traman

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Index

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Assignment Questions

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