The Electrical Grounding & Bonding 5th provides a complete, in-depth exploration of grounding and bonding principles as applied in modern electrical systems. Updated to the 2017 National Electrical Code (NEC), it guides readers through every major concept needed to design, install, and maintain safe electrical grounding systems. Beginning with the fundamentals of system grounding, the text progresses into detailed discussions on grounding electrode systems, bonding requirements for enclosures and equipment, and the role of equipment grounding conductors. It also covers methods of grounding specific electrical systems—such as separately derived systems, communications circuits, and hazardous locations—ensuring that readers understand both general and specialized applications.

Grounding System Fundamentals

• Explains the purpose and function of grounding in electrical systems.
• Distinguishes between system grounding and equipment grounding.

System Grounding

• Covers how electrical systems (AC/DC, single-phase, and three-phase) are grounded.
• Discusses the effects of improper grounding on safety and equipment operation.

Grounding Electrode System and Conductor

• Identifies acceptable grounding electrodes per NEC 250.52.
• Explains sizing, installation, and connection of grounding electrode conductors.

Bonding Requirements

• Defines bonding and its importance in ensuring a continuous electrical path.
• Details bonding for enclosures, service equipment, raceways, and non-current-carrying parts.

Equipment Grounding Conductors

• Teaches how to size and install conductors for grounding equipment and receptacles.
• Discusses color coding, termination, and inspection standards.

Methods of Grounding

• Compares grounding methods for residential, commercial, and industrial systems.
• Includes grounding for transformers, generators, and separately derived systems.

Grounding of Specific Equipment

• Explains requirements for motors, appliances, communication systems, and hazardous locations.
• Covers special cases such as pools, spas, and photovoltaic (PV) systems.

NEC Table Interpretation and Calculations

• Provides practice in using NEC tables for conductor sizing and fault current calculations.
• Demonstrates how to interpret and apply NEC Article 250 examples to real-world scenarios.

Modern and Sustainable Applications

• Discusses grounding in renewable energy systems (solar, wind, battery storage).
• Addresses grounding for data systems, smart buildings, and energy-efficient installations.

The Electrical Grounding & Bonding 5th emphasizes real-world application of NEC requirements to ensure safe, efficient, and code-compliant electrical installations. Phil Simmons bridges the gap between theory and field practice by providing clear, step-by-step procedures for performing grounding and bonding tasks according to NEC Article 250. Readers are guided through how to size grounding and bonding conductors, select proper grounding electrodes, and ensure continuous electrical paths through effective bonding techniques. The book integrates numerous job-site scenarios, illustrations, and case studies that reflect real conditions electricians encounter—such as grounding transformers, bonding metal raceways, or dealing with older installations that lack modern grounding provisions. It also explains how to troubleshoot common problems, test continuity, and verify proper grounding performance using standard testing instruments. By focusing on correct installation practices, the text equips electricians, apprentices, inspectors, and engineers with the skills to design, install, and maintain grounding systems that protect personnel and equipment. In addition, it covers emerging applications—like grounding renewable energy systems, generators, and communications circuits—ensuring that readers can confidently apply grounding and bonding principles to both traditional and modern systems.

Step-by-Step Procedures

• Provides detailed instructions for installing grounding electrodes, conductors, and bonding jumpers.
• Guides readers through NEC-based calculations for conductor sizing and overcurrent protection.

Real-World Examples

• Includes job-site case studies showing grounding in homes, commercial buildings, and industrial plants.
• Demonstrates common grounding problems and their practical solutions.

Installation Techniques

• Covers correct methods for connecting grounding electrodes (ground rods, plates, UFER, etc.).
• Explains bonding of metal enclosures, conduits, and service equipment for continuity.
• Discusses correct tightening, torque, and corrosion-prevention techniques.

Testing and Verification

• Teaches use of ground resistance testers, continuity testers, and clamp meters.
• Shows how to verify system integrity and compliance with NEC standards.

Troubleshooting Skills

• Outlines how to identify and correct improper grounding or bonding connections.
• Helps prevent issues such as stray voltage, shock hazards, and equipment malfunction.

Code-to-Field Connection

• Translates complex NEC Article 250 language into actionable field practices.
• Provides NEC references and diagrams to ensure proper application on the job.

Modern and Special Installations

• Details grounding for renewable energy systems (solar PV, wind, battery storage).
• Explains bonding and grounding for generators, data centers, and lightning protection systems.

Visual Learning

• Full-color illustrations and real installation photos reinforce best practices.
• Step-by-step diagrams clarify conductor routing, bonding paths, and electrode placement.

Safety Emphasis

• Stresses the role of grounding and bonding in shock and fire prevention.
• Encourages adherence to NEC updates and safe work practices.

The Electrical Grounding & Bonding 5th serves not only as a technical reference but also as a highly effective study tool for electricians preparing for state, municipal, or national licensing exams. Phil Simmons structures the material to align closely with the National Electrical Code (NEC) Article 250, one of the most heavily tested sections on electrical licensing exams. The book reinforces key definitions, code references, and real-world problem-solving strategies that test-takers must master to achieve certification. Each unit includes review questions, code-based exercises, and practical examples that mirror exam-style challenges. These activities train readers to quickly locate and interpret NEC articles, tables, and figures—an essential skill for timed test environments. The text also builds competency in calculation-based questions, such as determining grounding electrode conductor sizes, equipment grounding conductor ampacities, and bonding jumper requirements.

Exam Alignment

• Directly supports preparation for state and national electrician licensing exams.
• Follows the NEC 2017, ensuring consistency with the code used on most standardized tests.

Focused on NEC Article 250

• Emphasizes grounding and bonding rules—one of the most complex and frequently tested topics.
• Reinforces definitions, requirements, and calculation methods found in NEC tables and examples.

Practice and Review Sections

• Each chapter concludes with review questions and hands-on exercises based on real NEC scenarios.
• Includes problem-solving tasks that simulate exam conditions and timed question styles.

Code Navigation Skills

• Teaches how to locate, read, and interpret NEC articles, notes, and tables efficiently.
• Strengthens familiarity with cross-referencing code requirements—a key exam skill.

Calculation Practice

• Step-by-step examples for sizing grounding electrode conductors, equipment grounding conductors, and bonding jumpers.
• Reinforces mathematical accuracy and understanding of code formulas used in test questions.

Visual and Conceptual Reinforcement

• Full-color illustrations and wiring diagrams make it easier to visualize complex NEC requirements.
• Scenario-based examples translate theoretical code rules into field applications.

Self-Assessment Tools

• Provides opportunities for self-testing and progress tracking across units.
• Encourages students to identify weak areas before taking formal exams.

Apprenticeship and Training Integration

• Commonly used in programs such as IEC, Electrical Training Alliance, and community college electrical curriculums.
• Meets the study requirements for journeyman and master electrician exams.

Confidence Building

• Builds familiarity with NEC format and language to reduce test anxiety.
• Develops both theoretical understanding and real-world reasoning—ensuring success beyond the exam.

The Electrical Grounding & Bonding 5th is designed with a strong visual and structural framework to make complex NEC grounding and bonding concepts more understandable and easier to retain. Phil Simmons integrates a wide range of visual learning aids, including full-color illustrations, detailed wiring diagrams, labeled photos, and schematic drawings that depict proper grounding and bonding methods. These visuals translate dense NEC code language into clear, real-world images of how electrical components connect and function together safely. The text is organized into logical, progressive units, each building upon the previous one—from basic grounding theory to advanced bonding applications and specialized installations. Every chapter begins with learning objectives that outline key takeaways and ends with summaries and review questions to reinforce comprehension. Tables and charts are frequently included to help students interpret NEC references, conductor sizes, and equipment ratings quickly. In addition, the book’s layout supports efficient code navigation by aligning NEC references directly alongside examples and illustrations, making it ideal for both classroom instruction and field reference. For digital learners, the eText version includes interactive tools such as highlighting, searchable code terms, and read-aloud functionality. Together, these visual and organizational tools ensure that learners can master grounding and bonding concepts in a structured, engaging, and exam-ready manner.

Full-Color Illustrations

• Detailed diagrams show proper grounding and bonding configurations.
• Realistic photos depict installed systems, connections, and components.
• Helps bridge the gap between theoretical NEC rules and physical installations.

Wiring Diagrams and Schematics

• Step-by-step visuals demonstrate system grounding, bonding jumpers, and conductor routing.
• Schematic drawings show current flow paths, fault scenarios, and equipment connections.

Charts and Tables

• Simplifies complex NEC data such as conductor sizing and grounding electrode specifications.
• Provides quick reference for code lookups during study or fieldwork.

Structured Chapter Organization

• Chapters arranged logically—from general principles to specialized grounding methods.
• Each unit includes learning objectives, key terms, summaries, and review questions.

Code Integration

• NEC article references appear in the margins and examples for instant context.
• Encourages readers to cross-reference code requirements efficiently.

Learning Reinforcement Features

• “In Practice” sections show how NEC rules apply to real-world installations.
• Review and test-yourself questions strengthen comprehension and recall.

Color-Coded Headings and Icons

• Visual cues help users distinguish between concepts, examples, and NEC citations.
• Makes navigation intuitive and reduces time spent searching for topics.

Digital Tools (eText Features)

• Interactive highlighting and note-taking functions.
• Built-in search to find NEC terms or examples quickly.
• Read-aloud and offline access options for flexible study.

Instructor and Student Support

• Companion materials include PowerPoint slides, test banks, and lab exercises.
• Designed for classroom use, apprenticeship programs, and self-paced learning.