Electrical safety standards and fundamentals training

ELECTRICAL SAFETY FOR INDUSTRIAL FACILITIES (ESIF | VIRTUAL | #290V)
4 DAYS | 2.8 CEUs

This course is essential for new, multi-craft or experienced electricians, technicians, engineers, supervisors and safety managers that install, maintain, repair, troubleshoot or work around industrial electrical systems. Participants are trained to understand electrical hazards, electrical safety regulations, and the use of safe work procedures and personal protective equipment (PPE).

Students are familiarized with updates to OSHA, NFPA 70E, NEC and PPE improvements. Information is provided to help realize the benefits of an electrical safety program which result in fewer electrical accidents, improved power system reliability, OSHA compliance and potential reductions in losses due to accidents and injuries. It provides critical information to help meet the mandated training requirements of OSHA 1910.332.

This course is available in Spanish.

To receive 2.8 CEUs, the participant must attend 4 days of class (28 contact hours) and attain a minimum grade of 80% on the final exam. Upon completion of this course, the participants will demonstrate that they are able to:

• Explain the hazards and effects of electricity.
• Interpret applicable regulations.
• Perform hazardous energy control for industrial facilities as required by OSHA.
• Employ installation of temporary grounding for personal protection.
• Select appropriate personal protective equipment for a variety of applications.
• Apply the general requirements of electrical regulations and standards to establish an electrically safe work environment.
• Choose correct grounding methods for protection of personnel and electrical systems.

ELECTRICAL SAFETY FOR UTILITIES (ESU | #223)
4 DAYS | 2.8 CEUs

Informal on-the-job training can be dangerous for utility workers. To ensure adequate safe work practices are followed, personnel must understand electrical hazards, safety regulations, and the use of safe work procedures, protective equipment and standards. This course meets mandated training requirements of OSHA 1910.332 and .269 and improves ability to interpret OSHA, the National Electrical Safety Code (NESC), ASTM and other applicable electrical safety regulations. Applying these best practices is essential to preventing electrical accidents, outages and equipment damage.

To receive 2.8 CEUs, participants must attend 4 days of classes (28 contact hours) and attain a minimum grade of 80% on the final exam. Upon completion of this course the participants will demonstrate that they are able to:

• Explain the hazards and effects of electricity.
• Interpret and apply hazardous energy control regulations for utilities as required by OSHA.
• Outline installation of temporary grounding for personal protection.
• Utilize safe work practices for work on or around substation equipment, transmission equipment, and overhead lines.
• Recognize appropriate personal protective equipment for a variety of applications.
• Describe the functions of a substation grounding system.

ELECTRICAL SAFETY FOR MINING (ESM | #500)
4.5 DAYS | 2.5 CEUs

This course is intended for new, multi-craft or experienced electricians, technicians, engineers, supervisors and safety managers that install, maintain, repair, troubleshoot or work around low and medium voltage electrical systems in mines. MSHA compliance officers are very active in every mine within the United States. Compliance with MSHA and OSHA electrical safety regulations minimizes the risk of electrical accidents, and reduces losses associated with shutdowns and outages. This course provides up-to-date information that will aid in establishing an effective electrical safety program in mines.

To receive 3.2 CEUs, participants must attend 4.5 days of class (32 contact hours) and attain a minimum grade of 80% on the final exam. Upon completion of this course the participants will demonstrate that they are able to:

• Explain the hazards and effects of electricity.
• Select appropriate personal protective equipment for a variety of applications.
• Utilize safe work practices, both above and below ground.
• Outline installation and testing of permanent and temporary grounding systems for personal protection.
• Identify specific hazards for working with electrical equipment in mines.
• Apply lockout/tagout procedures, energized work permits, and overhead line clearances.
• Interpret MSHA and applicable OSHA regulations.

NATIONAL ELECTRIC CODE ® — 2023 | NEC | (NEC23) | #228 | IN-PERSON)
4 DAYS | 2.8 CEUs

This course is developed to provide a comprehensive study of Chapters 1 through 4, including a brief overview of Chapter 5, of the 2023 National Electrical Code® (NEC). Major updates and revisions from previous editions are addressed throughout this course. The class participant learns how to apply the Code to properly install electrical circuits and equipment.

To receive 2.8 CEUs, participants must attend 4 days of class (28 contact hours) and attain a minimum grade of 80% on the final exam. Upon completion of this course, the participant will demonstrate that they are able to:

• Describe the organization of the 2023 National Electrical Code® and its general requirements.
• Identify and use the various tables.
• Explain grounding and bonding requirements.
• Outline the method for determining conductor ampacity.
• Calculate neutral, branch circuit, and feeder loads.
• Summarize how to calculate electrical enclosure and conduit conductor fill.
• Determine acceptable wiring methods.
• Relate the process of sizing motor circuits and required components.
• List the requirements for GFCI use with temporary wiring.

NATIONAL ELECTRICAL CODE CHANGES | NECC | #229B
2 DAYS | 1.4 CEUs |

The NEC Changes covers changes implemented throughout the 2023 edition of the National Electrical Code (NEC), including code-wide change.

The course will identify changes that are implemented throughout the Code, describing substantial changes to the NEC and summarizing the impact of the changes.

To receive 1.4 CEUs, participants must attend 2 days of class (14 contact hours) and attain a minimum grade of 80% on the final exam. Upon completion of this course, the participants will demonstrate that they are able to:

• Identify the major changes in the National Electrical Code® from 2020 to 2023.
• Outline the format indicating where changes have been made.
• Describe substantiations for these changes.
• Summarize the impact of changes.

SOLAR SYSTEMS ADVANCED CERTIFICATION | (SSAC) | #606 | IN-PERSON COURSES)
4 DAYS | 2.8 CEUs

This course earns the Photovoltaic Systems Certification: Principles, Standards, and Safety.

Photovoltaic (PV) systems are electrical systems that utilize the energy from photons within sunlight to produce electrical current and power anything from a single-family home to industrial-sized buildings. These systems are installed and maintained according to familiar electrical standards such as the National Electrical Code (NEC) and the National Fire Protection Association (NFPA). These Code bodies also defined specific practices and procedures to keep electrical workers safe in both energized and deenergized conditions. This course is designed to discuss PV principles, outline standards, and deliver the safest practices for all work involving PV systems.

Upon completion of this course the participants will demonstrate that they are able to:

• Evaluate the principles of photovoltaic cells and their interaction with sunlight to create usable electrical energy.
• Interpret the articles of the National Electrical Code (NEC) and other standards to evaluate how photovoltaic systems must be utilized in accordance with all regulatory bodies.
• Employ the necessary safety practices and procedures to establish an electrically safe working condition for any photovoltaic system.

To receive 2.8 CEUs, participants must attend 4 days of class (28 contact hours) and attain a minimum average grade of 80% on the final exam. Upon completion of this course the participants will demonstrate that they are able to:

• Evaluate the principles of photovoltaic cells and their interaction with sunlight to create usable electrical energy.
• Interpret the articles of the National Electrical Code (NEC) and other standards to evaluate how photovoltaic systems must be utilized in accordance with all regulatory bodies.
• Employ the necessary safety practices and procedures to establish an electrically safe working condition for any photovoltaic system.

SOLAR RENEWABLE ENERGY NEC - OPEN ENRL | SSNEC | #603
2 DAYS | 1.4 CEUs

This Solar Training NEC course offers a review of the critical requirements for the proper installation of solar systems by the NEC and focuses on the significant changes that have been made in the latest version.

To receive 1.4 CEUs, participants must attend 2 days of class (14 contact hours) and attain a minimum average grade of 80% on the final exam. Upon completion of this course the participants will demonstrate that they are able to:

• Explain the requirements to properly install and ground photovoltaic systems per the 2020 NEC.
• Calculate maximum system voltage for proper sizing of conductors and overcurrent protection.
• Recognize disconnecting and labeling requirements for photovoltaic equipment and power sources.
• Select allowable wiring methods and connectors.
• Identify system labeling and identification when working with one or more power sources.

SOLAR SYSTEMS AND SAFETY - OPEN ENROLLMENT | SSS | #604
1DAYS | 0.7 CEUs

Solar Systems and Safety 

This course will review some of the specific hazards and safety concerns associated with solar PV systems.  The major components and commonly found install types for a PV system will be established so that we can explore the safety concerns with each system. Concerns regarding installation, commissioning, troubleshooting, operation, and maintenance will be discussed.

Please don't hesitate to call us, if you have any questions about the course or enrollment: 1-877-594-3156.

To receive 0.7 CEUs, participants must attend 1 day of class (7 contact hours) and attain a minimum average grade of 80% on the final exam. Upon completion of this course the participants will demonstrate that they are able to:

• Identify the safety hazards associated with typical PV systems.
• Outline basic tools and techniques to mitigate PV safety hazards.

SOLAR SYSTEMS BATTERY STORAGE | SSBS | #605
1DAYS | 0.7 CEUs

This course provides students with a foundation for understanding energy storage systems (ESS) used in a solar industry in a variety of applications.

Learning Outcomes
Upon completion of the course students will have a fundamental understanding of energy storage systems being employed in today's solar-plus-storage systems for commercial and utility-scale applications, including different system configurations, battery chemistries, use-cases, safety hazards, along with where to find electrical and fire code requirements for ESS installations.

This Solar Training NEC course offers a review of the critical requirements for the proper installation of solar systems by the NEC and focuses on the significant changes that have been made in the 2020 version.

To receive 0.7 CEUs, participants must attend 1 day of class (7 contact hours) and attain a minimum grade of 80% on the final exam. Upon completion of this course the participants will demonstrate that they are able to:

• Outline energy storage systems (ESS) components, functions, system configurations, and diagrams
• Identify common commercial and utility-scale ESS applications
• Summarize key terms and concepts related to ESS technologies and specifications
• Explain different types of ESS chemistries and understand the pros and cons of each
• List which 2020 NEC articles and sections apply to systems employing energy storage
• Interpret key fire code requirements and equipment listings for systems employing energy storage
• Evaluate safety hazards for different types of energy storage chemistries

ELECTRICAL POWER SYSTEM GROUNDING & TESTING (EPSGT | #OPN703)
3 DAYS | 2.1 CEUs

At AVO Training Institute, we understand that safety and reliability are non-negotiable when it comes to electrical systems. That’s why we’re excited to launch our latest course: Electrical Power System Grounding and Testing — a comprehensive, hands-on training experience designed to give professionals the tools they need to protect lives, equipment, and infrastructure.

Over the span of three days, participants will explore the critical role grounding plays in electrical safety. From understanding the behavior of fault currents to mastering the techniques used to test and maintain grounding systems, this course is built to bridge the gap between theory and real-world application. Grounding systems are often the last line of defense in preventing dangerous voltages from harming personnel or damaging equipment — and knowing how to design, test, and maintain them is essential.

Rooted in the guidance of IEEE Standards 80 and 81, this course offers a balanced mix of classroom instruction and hands-on lab work. This course is ideal for technicians, engineers, and safety professionals who are responsible for the integrity of electrical systems in substations, industrial facilities, and utility environments. Whether you're looking to enhance your technical skills, ensure compliance with safety standards, or simply gain confidence in your grounding knowledge, this course delivers the expertise you need.

To receive 2.1 CEUs, participants must attend 3 days of class (21 contact hours) and attain a minimum average grade of 80% (overall grade will consist of 50% lab practice and 50% final exam). Upon completion of this course the participants will demonstrate that they are able to:

• Explain the fundamentals, basic principles, and require-ments of substation grounding.
• Identify key elements in a grounding system.
• Summarize the requirements for building a grounding system grid.
• Perform the standard tests to maintain and monitor a grounding system grid.

BASIC ELECTRICITY (BE | #345)
3 DAYS | 2.1 CEUs

A firm grasp of the fundamentals of electricity is the basis for becoming a successful electrical maintenance technician. Often, maintenance personnel have to jump right into electrical maintenance with no training, or minimal on-the-job training that skips the fundamentals and focuses solely on a specific application. This may result in technicians performing tasks without understanding the reason why or the implications of changes they are making on the electrical circuit. This can lead to unsafe work practices and damages to electrical equipment.

This basic electricity course provides basic information regarding quantifying elements in DC and AC electrical circuits. Participants are introduced to basic electrical circuit components. This course is intended for new or cross-training technicians, electricians and supervisors responsible for maintenance of electrical equipment.

To receive 2.1 CEUs, the participant must attend 3 days of classes (21 contact hours) and attain a minimum grade of 80% on the final exam. Upon completion of this course, the participants will demonstrate that they are able to:

• Identify the basic atomic components and laws that con-stitute electricity and the production of energy.
• Calculate current, voltage, and resistance of series, parallel, and series-parallel circuits using Ohm's and Kirchhoff's laws.
• Apply circuit fundamentals to alternating current compo-nents and processes.
• Apply the principles of electromagnetic induction as it applies to the construction, connecting components, and basic operation of transformers in order to calculate transformer variables.

BASIC ELECTRICITY TROUBLESHOOTING (BET | #410) 
4 DAYS| 2.8 CEUs

Effectively troubleshooting electrical systems is an essential skill for any technician responsible for maintenance in an industrial, commercial or utility facility. The inexperienced troubleshooter may “chase the voltage” or mistake symptoms for problems – which leads to replacing the same parts repeatedly. Technicians who understand effective electrical troubleshooting techniques can save their organization money by properly identifying faulty components and preventing accidents and equipment damage that can occur from failures.

Utilizing safe, effective troubleshooting techniques also ensures compliance with OSHA 1910.333(a)(1) which covers the requirements for de-energized work. This hands-on course is intended for electricians and technicians responsible for troubleshooting electrical system problems and supervisors responsible for overseeing troubleshooting electrical system problems. The class participant should have basic knowledge of AC/DC electricity.

To receive 2.8 CEUs, participants must attend 4 days of class (28 contact hours) and attain a minimum average grade of 80% (overall grade will consist of 50% lab practice and 50% final exam). Upon completion of this course and lab practice, the participant will demonstrate that he/she is able to:

• Apply formulas derived from Ohm's law and Kirchhoff's law to solve for electrical values in circuits.
• Describe hazards of electrical work and means to work safely.
• Utilize electrical test equipment safely and correctly.
• Identify common electrical components and their general applications in circuits.
• Practice systematic, deenergized troubleshooting methods for common control circuits.

To receive 2.1 CEUs, the participant must attend 3 days of classes (21 contact hours) and attain a minimum average grade of 80% on the final exam. Upon completion of this course and exercises, the participant will demonstrate that they are able to:

• Explain the fundamentals of electrical drawings.
• Demonstrate the application of single-line, elementary, and wiring diagrams.
• Interpret common ANSI symbols used in utility and industrial applications.

GROUNDING AND BONDING (GB | #417B)
3 DAYS | 2.1 CEUs

This course focuses on the grounding and bonding requirements contained in Article 250 of NEC® as well as compliance with OSHA 29 CFR 1910.304(g).

To receive 2.1 CEUs, participants must attend 3 days of class (21 contact hours) and attain a minimum average grade of 80% (overall grade will consist of 50% lab practice and 50% final exam). Upon completion of this course and lab practice, the participants will demonstrate that they are able to:

• Explain the fundamentals, basic principles, and requirements of grounding and bonding.
• Identify and utilize grounded conductors.
• Summarize ground-fault circuit interrupter requirements.
• Select the appropriate grounding system and discuss the implications.
• Outline grounding electrode systems and their requirements.
• Describe the requirements for the installation of equipment grounding and bonding conductors.

NETA QEMW Exam Test Prep | NETA QUALIFIED ELECTRICAL EQUIPMENT MAINTENANCE WORKER PROGRAM 2-DAY | VIRTUAL
2 DAYS

Substation Maintenance is a major part of any utility or plant maintenance program. Equipment failures usually result in significant downtime because of long delays in equipment replacement. However, most of these failures can be detected and prevented. Equipment testing and maintenance is critical to the reliability of the equipment in a substation. 

This course provides an overview of substation equipment, and equipment operations and maintenance based on ASTM, NETA and IEEE standards. This course is designed to provide an in-depth study to aid skilled qualified substation maintenance technicians in the safe performance of substation components preventive maintenance. Having skilled technicians in substation maintenance is essential to equipment reliability.

• Describe safe practices and safety standards that are required of a Qualified Electrical Equipment Maintenance Worker.
• Explain the electrical maintenance fundamentals that are required of a Qualified Electrical Equipment Maintenance Worker.
• Summarize requirements for maintenance on specific electrical equipment.

NETA QEMW Exam Test Prep | NETA QUALIFIED ELECTRICAL EQUIPMENT MAINTENANCE WORKER PROGRAM 4-DAY | VIRTUAL
4 DAYS

Developed by AVO Training Institute in collaboration with NETA, this course offers an in-depth review of electrical maintenance and safety practices tailored for NETA-qualified professionals with over four years of experience in the electrical field.

Participants will revisit the key safety and maintenance competencies assessed in the Qualified Electrical Maintenance Worker (QEMW) Exam. A central component of the course is 8 hours of NFPA 70E Safety Training, which fulfills a required prerequisite for the QEMW exam.

This course is ideal for individuals seeking a thorough understanding of electrical safety, core principles, maintenance procedures, and testing practices as outlined by NETA standards. Upon completion, students will be well-prepared to take the QEMW certification exam.

While not required, students are encouraged to bring copies of the NFPA 70E and NFPA 70B standards for reference, or they may purchase them through AVO Training Institute.

• Describe safe practices and safety standards that are required of a Qualified Electrical Equipment Maintenance Worker.
• Explain the electrical maintenance fundamentals that are required of a Qualified Electrical Equipment Maintenance Worker.
• Summarize requirements for maintenance on specific electrical equipment.

NFPA 70E2024 Electrical Safety |  (NFPA  | #433)
2 DAYS |  1.4 CEUs

The NFPA 70E Standard for Electrical Safety in the Workplace has been updated for 2024. This updated standard contains significant changes when compared to the 2021 version. The course covers the requirements for working safely in the electrical environment based on the NFPA 70E. Understanding this standard is imperative for compliance with the OSHA mandates regarding electrical safety in the workplace.

OSHA specifically mandates employer assessment of generally recognized hazards in the workplace, and provisions for protecting the employee from those hazards. Some of the changes in the 2024 NFPA 70E edition include: the arc flash risk assessment procedures, a revised task-based table to clarify selection methods for arc flash personal protective equipment (PPE), and the electrical safety program requirements for inspection, job safety planning, and incident investigations on electrical equipment.

The NFPA 70E is updated to reflect ongoing research to improve electrical safe work practices and PPE. OSHA compliance and a safe workplace are the desired outcomes. NFPA 70E provides the directions on how to achieve that outcome. Fewer electrical accidents are in everyone’s best interest.

To receive 1.4 CEUs, participants must attend 2 days of class (14 contact hours) and attain a minimum grade of 80% on the final exam. Upon completion of this course, the participant will demonstrate that he/she is able to:

• Outline the arrangement of the material in the NFPA® 70E.
• Explain the hazards of electrical work and their effects on the employee.
• Summarize the requirements for establishing an electrically safe work condition.
• Establish the requirements for a shock risk and arc flash assessments.
• Implement approach boundaries for shock protection and arc flash hazard for qualified and unqualified employees.
• Select personal protective equipment for shock and arc flash protection.
• Practice safe work practices if an arc flash hazard is present.

NFPA 70B; 2023 Standard for Electrical Equipment Maintenance | (NFPA 70B | #434)
2 DAYS | 1.4 CEUs

NFPA 70B, titled "Standard for Electrical Equipment Maintenance," is a standard developed by the National Fire Protection Association (NFPA) in the United States. It provides guidelines and best practices for the maintenance of electrical equipment to ensure its safe and reliable operation. This course is designed to cover the standard and the wide range of topics it discusses, including inspection, testing, and preventive maintenance of electrical systems and equipment. NFPA 70B aims to reduce the risk of electrical failures, accidents, and fires by promoting regular maintenance and addressing potential hazards in electrical installations.

To receive 1.4 CEUs, participants must attend 2 days of class (14 contact hours) and attain a minimum grade of 80% on the final exam. Upon completion of this course the participants will demonstrate that they are able to:

• Outline the overall scope and purpose of the NFPA 70B
• Illustrate the benefits of an effective electrical preventative maintenance program
• Demonstrate a basic knowledge of the fundamentals of electrical equipment maintenance
• Explain the need for and use of electrical power system studies
• Utilize the NFPA 70B standard for electrical equipment maintenance and testing
• Practice correct electrical equipment maintenance in hazardous locations
• Use the NFPA 70B to maintain cord-and plug-connected equipment

AVO Training Institute's NFPA 70E® Online Electrical Safety Overview Course, 2021 Edition.

This course must be completed and passed within 120 days of first access.

The NFPA 70E® Standard for Electrical Safety in the Workplace® has been updated for 2021. This updated standard contains significant changes when compared to the 2018 version. This course covers the requirements for working safely in the electrical environment based on the NFP  70E®. Understanding this standard is imperative for compliance with the OSHA® mandates regarding electrical safety in the workplace.

70E®, Standard for Electrical Safety in the Workplace®, NFPA®, and National Fire Protection Association® are registered trademarks of the National Fire Protection Association, Quincy, Massachusetts 02169.

OSHA ELECTRICAL SAFETY-RELATED WORK PRACTICES (OESRWP | #259)
2 DAYS | 1.4 CEUs

This course is intended for any construction, industrial or commercial personnel that work on or around electrical equipment operating at 50 volts or more. It assists in meeting the OSHA mandated training requirements of 29 CFR 1910.331-.335 for “qualified” and “unqualified” personnel. This course focuses on OSHA’s electrical standards, which are written to protect employees exposed to dangers such as electric shock, arc flash, and explosions.

The course delivers a thorough understanding of OSHA electrical safety requirements, as they apply to your facility, is essential for minimizing electrical accidents and ensuring compliance. While electrical hazards are not the leading cause of workplace injuries and accidents, they are disproportionately fatal and costly.

This course is available in Spanish.

To receive 1.4 CEUs, participants must attend 2 days of class (14 contact hours) and attain a minimum grade of 80% on the final exam. Upon completion of this course the participant will demonstrate that he/she is able to:

• Explain the hazards and effects of electricity.
• Interpret applicable regulations.
• Perform hazardous energy control for industrial facilities as required by OSHA.
• Use safe work practices while working on or around industrial electrical equipment and overhead lines.
• Select appropriate personal protective equipment for a variety of applications.
• Apply the general requirements of electrical regulations and standards to establish an electrically safe work environment.

OSHA GENERATION, TRANSMISSION AND DISTRIBUTION (OGTD | #260)
2 DAYS | 1.4 CEUs

This course is intended for personnel that work on or around power generation, transmission and distribution equipment operating at 600 volts or more. It’s designed to familiarize participants with the latest “Final Rule for 1910.269 Electric Power Generation and Distribution.” OSHA’s electrical standards are designed to protect employees exposed to dangers such as electric shock, electrocution, fires, and explosions. As one of OSHA’s “Fatal Four,” electrical hazards cause hundreds of deaths and thousands of injuries in the workplace every year. OSHA requires training for all employees that perform work which could put them at risk from electrical hazards.

The language, interpreting and application of these OSHA standards can be difficult. A thorough understanding of OSHA electrical safety requirements, as they apply to your workplace, is essential for minimizing electrical accidents and ensuring compliance.

To receive 1.4 CEUs, participants must attend 2 days of class (14 contact hours) and attain a minimum grade of 80% on the final exam. Upon completion of this course the participant will demonstrate that he/she is able to:

• Explain the hazards and effects of electricity.
• Show the source of electrical regulations and standards.
• Describe training requirements for qualified workers, working on or near generation, transmission and distribution types of construction.
• Outline requirements for work performed on electrical power installations and equipment.
• Relate the OSHA requirements for first aid, CPR, and emergency rescue.
• Summarize the hazardous energy control requirements of 1910.269(d) and (m).

ELECTRICAL SAFETY FOR INSPECTORS (ESI | #430)
4 DAYS | 2.8 CEUs

This course provides up-to-date information on OSHA General Industry, NFPA 70, 70E, 70B and IEEE standards that are relevant to electrical safety in the workplace. Armed with this knowledge, safety managers, human resources (HR) and risk and loss control personnel can implement an effective self-inspection program that helps prevent electrical accidents, OSHA citations and outages caused by accidents. The information provided in this course prepares participants to recognize existing issues within their facility.

To receive 2.8 CEUs, the participant must attend 4 days of class (28 contact hours) and attain a minimum grade of 80% on the final exam. Upon completion of this course, the participant will demonstrate that he/she is able to:

• Explain the hazards and effects of electricity.
• Interpret applicable regulations.
• Establish a preventive maintenance program per NFPA 70E & 70B
• Identify hazardous energy control measures for industrial facilities as required by OSHA.
• Use safe work practices for work on or around industrial electrical equipment and overhead lines.
• Select appropriate personal protective equipment (PPE) for a variety of applications.
• Apply the general requirements of electrical regulations and standards to establish an electrically safe work environment.
• List the requirements for an electrical safety inspection of an industrial, utility or utility-like installation following a comprehensive checklist.