Electrical Safety Online Training Course & Certification

Electrical safety involves implementing measures and utilizing tools to protect workers from the harmful effects of electric current, static electricity, and electromagnetic fields. Electrical Safety in the Workplace. A training program for contractors and workers on safety with electricity.

Electrical safety in the workplace plays a significant role in preventing severe injuries that may sometimes even lead to death.

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Please feel free to contact us for group enrollments in our courses! You can email us at [email protected].

WHY IS ELECTRICAL SAFETY IMPORTANT IN THE WORKPLACE?

Electrical safety training in the workplace is important for employee well-being and a positive work environment. Here are some significant reasons:

Risk Reduction

Legal Compliance

Enhanced Awareness

Accident Prevention

Emergency Preparedness

Equipment Efficiency

Workplace Productivity

WHO SHOULD PARTICIPATE IN ELECTRICAL SAFETY TRAINING PROGRAMS?

The Electrical Safety Training Programs are designed for individuals who work with or near electrical equipment. This includes:

1. Electricians
2. Maintenance personnel
3. Engineers
4. Supervisors
5. Anyone facing electrical hazard risks

The training is essential for fostering a culture of safety, ensuring compliance with regulations, and mitigating risks associated with electrical work.

IN THIS COURSE, YOU WILL LEARN ABOUT

Occupational Health and Safety (OHS) – Electrical Safety Online Training Program

The module “Electrical Safety in the Workplace” provides the required knowledge and awareness training for employees’ on working safely to avoid electrical hazards. This program is intended to provide workers relating to the requirements of working safety with electricity.

Electrical safety allows employees to work safely at the workplace, thereby preventing electrical hazards such as electric shocks, electric burns, etc.

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ELECTRICAL SAFETY ONLINE TRAINING COURSE OUTLINE

The course covers the following topics:

1. Electrical Safety
Electrical safety encompasses the practices, guidelines, and precautions implemented to prevent accidents, injuries, or damage arising from the use of electricity. In this chapter, you will learn why electricians and others require additional electric safety training.
2. What is a Qualified Employee?
This chapter describes what a qualified employee should possess in order to perform electricity tasks safely. Also, it covers examples of safety training that are not limited to but used in the electrical safety training.
3. What is an Unqualified Employee?
Know who is an unqualified employee in terms of electrical safety.
4. Electrical Hazards
Electrical hazards refer to potential dangers and risks associated with the use, generation, transmission, or handling of electricity that can lead to accidents, injuries, or damage. In this chapter, you will learn about the things included in electrical hazards along with the relevant images.

The following things are included in the electrical hazards:

1. Electric Shock
2. Electrical burns
3. Arc Flash
4. Arc Blast – worst
5. Electrical Explosions
6. Low Current Electric Shock
7. High Current Electric Shock
8. Electric Arcs and Blasts
9. Hand Injuries and Burns from Troubleshooting
10. Isolating Circuits

Each sub topic is presented concisely using appropriate images.
5. Understanding Risk and Reward
This chapter covers examples of risk and reward to perform the tasks efficiently. In this chapter, the workers are instructed to approach the manager if they are not sure how to perform a task.
6. Electrical Lockout
Electrical lockout is a safety procedure that involves isolating and securing electrical power sources by using lockout devices and tagout devices. In this chapter, you will learn about the electrical lockout and circuit devices that must be de-energized, locked out, tagged out, and tested. It is important to note that control control circuit devices such as push button, selector switches, and interlocks may not be used for de-energizing equipment.
7. Release Stored Energy
Stored electric energy must be released before starting work. Ensure all capacitors have been discharged and short-circuit and ground all high capacitance elements.

This chapter describes the stored electric energy that must be released before starting the work. Also, learn about the following chapters of stored energy.

1. Is it dead?
2. Check your tester
8. Remember
In this chapter, checking and verification points have been given regarding test equipment. All the points are mentioned in the precise manner along with an image.
9. Re-Energizing Equipment
Re-energizing equipment refers to the process of restoring electrical power to machinery or systems after a period of de-energization, maintenance, repair, or servicing. This chapter provides brief information in the form of bullet points regarding re-energizing equipment to help works understand about the things that need to be taken care of for re-energizing equipment.
10. Electrical Hot Work
Electrical hot work refers to activities involving welding, cutting, soldering, or any other processes that generate heat, sparks, or flames in proximity to electrical systems or equipment. In this chapter, you will learn about the electrical hot work that introduces additional or increased hazards in terms of safety, not productivity.

An easy-to-comprehend point has been given to familiarize individuals with the proper use of special precautionary techniques (Approach Boundaries),

personal protective equipment, insulating, and shielding materials, and insulated tools.
11. Approach Boundary
Learn about the safe approach distance from exposed electrical conductors or circuit parts as an effective means of maintaining electrical safety. An engaging and comprehensive data has been given along with relevant images to explain learners about the approach boundary.
12. Flash Protection Boundary
The flash protection boundary is a designated area surrounding energized electrical equipment or systems where a worker faces potential exposure to thermal radiation during a fault or arc flash incident. Learn about the flash protection boundary along with the diagrammatic representation. This chapter describes the person’s eligibility to perform tasks within the Flash Protection Boundary (FPB).
13. Electrical Personal Protection Equipment
Electrical Personal Protection Equipment (PPE) refers to specialized gear and garments designed to safeguard individuals from electrical hazards during work activities. In this chapter, you will learn all the electrical personal protective equipment (PPE) that are needed to perform the electricity works safely. Electrical PPE includes:

1. Flame-resistant (FR) rated clothing
2. Eye/face protection
3. Head protection
4. Hand/arm protection
14. Hazard/Risk Category Classifications
This chapter describes what PPE should be worn based on the hazard and the electrical tasks performed. Learn in detail about the hazard/risk category classification that are given in the chart.
15. FR Clothing Selected
In this chapter, you will learn about the Flame-Resistant (FR) Clothing System in an easy-to-learn and retain manner. Also, learn about the following that are described precisely along with relevant images in different chapters.

1. Arc Flash Clothing Ratings
2. Electrical Gloves
3. ASTM Labelling Chart
4. Glove Testing
5. Glove Care
6. Glove Damage
7. Glove Care Cleaning
8. Grounding Cables
9. Insulated Blankets
10. Storage Batteries
11. Employee Approach Distances
12. Lighting
13. Housekeeping Duties
14. Conductive Materials
15. Conductive Apparel
16. Portable Electric Tools
17. Visually Inspect
18. Remove from Service
19. Attachment Plugs
16. Conductive Work Locations
Conductive work locations refer to areas or environments where materials or surfaces have the ability to conduct electrical current. In this chapter, you will learn about the portable electric equipment and flexible cords used in highly conductive work locations.
17. Ground-Fault Circuit Protection
Ground-fault circuit protection is a safety mechanism designed to detect and respond to ground faults in electrical circuits. Learn about ground-fault circuit protection that is required in highly conductive locations like wet areas, hand tools, etc.
18. Ladders
Learn about portable ladders and the distance the ladders should keep away from overhead power lines.
19. Test Instruments
Test instruments are devices or tools designed for measuring, analyzing, or verifying electrical or electronic parameters within a system. This chapter covers briefly about the test instruments, equipment and test leads, cables, power cords, probes, and connectors.

Also, learn about the following that are described in different chapters along with relevant images:

1. Instrument Ratings
2. Insulated Tools
3. Insulated Tool Set
20. Work Area Safety
Work area safety refers to the implementation of measures and practices to create a secure and healthy environment for individuals performing tasks in a specific location. In this chapter, you will learn about the work area safety that are described in the bullet points along with an image.
21. Electrical Systems
Electrical systems refer to interconnected components and devices designed for the generation, distribution, control, and utilization of electrical energy. In this chapter, learn about re-closing circuits after protective device operation.
22. Over-Current Protection
Over-current protection is a safety feature implemented in electrical systems to safeguard against excessive current flow in a circuit. Learn about over-current protection that cannot be modified, even on a temporary basis.
23. System Markings
System markings refer to the labels, symbols, or indicators applied to various components within an electrical or technical system. In this chapter, you will learn about system markings and other markings that are placed on the equipment.
24. Circuit ID
Circuit ID, short for Circuit Identification, refers to a unique label or identifier assigned to an electrical circuit within a system. This chapter covers briefly about circuit ID and additional information as well, along with an image.
25. Conclusion
After all the chapters of electrical safety in the workplace, there is a conclusion that shows the responsibilities of performing electricity tasks safely.
26. Additional Sources of Information
Here, additional sources of information is listed.
27. Final Test
Lastly, at the end of the module, there is a final test in the form of MCQs or choosing the correct answer that learners’ have to attempt and pass to ensure successful completion of the training.

WHAT YOU WILL GET

$55.37/person
Course Duration 1 Hour 30 Minutes approximately
You can make as many attempts as you need to pass the exam; there is no limit
Your certificate is valid for 3 years from the date of issue
Phone, email and chat on weekdays from 8am – 5pm EST
SELF-PACED/ELEARNING
RECORD OF TRAINING
USER MANAGEMENT
INSTANT ACCESS
MOBILE FRIENDLY
CERTIFICATE

CONTACT US

OHS – Electrical Safety Training Course: Certificate of Completion

After completing the OHS – Electrical Safety eLearning Training Course, you will receive a certificate of completion.

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Frequently Asked Questions (FAQs)

1. Who is Responsible for Electrical Safety?

Electrical safety in the workplace is a shared responsibility involving both employers and employees. Certified professionals conduct electrical inspections with precision and ensure compliance.

2. How can employees protect themselves from electric shock?

To minimize the risk of electric shock, employees should adhere to strict safety practices.

This includes:

1. Use appropriate PPE, like insulated gloves, to protect against electric shock.
2. Regularly inspect and maintain electrical tools to ensure they are in proper working condition.
3. Stay informed about lockout/tagout procedures to safely de-energize electrical systems.

3. Why is Electrical Safety Important?

Electrical safety minimizes the risk of injuries, promoting a healthy work environment.

4. What measures can be taken to ensure electrical safety during construction or renovation projects?

Maintaining electrical safety during construction or renovation projects requires careful planning and execution, involving various safety measures.

1. Install temporary electrical systems with caution, adhering to safety guidelines.
2. Implement ground fault circuit interrupters (GFCIs) to protect against electrical shocks.
3. Ensure that all workers are familiar with the location of electrical panels and emergency shut-off procedures.

5. Is Electrical Safety Training Different for Various Job Roles?

Yes, Electrical safety training varies based on job roles, with more specialized and extensive training provided to those who have direct involvement with electrical systems.

6. Can organizations customize the Electrical Safety Training content to suit their specific needs?

Yes, organizations can utilize our custom eLearning development services to customize the Electrical Safety Training content according to their unique industry practices or company policies. This flexibility ensures a tailored and effective training experience.

7. Is the Electrical Safety Training suitable for beginners with no prior electrical knowledge?

Yes, the Electrical Safety Training is designed to cater to individuals with varying levels of electrical knowledge, including beginners.

8. What precautions should be taken when working with electrical equipment?

When working with electrical equipment, it’s crucial to take specific precautions to ensure the safety of everyone involved.

This includes:

1. Always de-energize equipment before performing maintenance or repairs.
2. Utilize insulated tools to prevent electrical conductivity.
3. Follow a strict lockout/tagout procedure to isolate electrical systems.

9. Why is electrical training important in the workplace?

Electrical training is essential in the workplace to ensure that employees are knowledgeable about the potential risks and safety measures associated with electrical work.

10. Are there specific guidelines for using electrical extension cords safely?

Using electrical extension cords requires adherence to specific guidelines to ensure safety, such as

1. Avoid overloading extension cords to prevent overheating and potential fire risks.
2. Regularly inspect cords for wear, fraying, or damage and replace them if necessary.
3. Use extension cords with built-in circuit breakers for an added layer of protection.

11. What are the primary hazards associated with electrical work?

Electrical work poses several hazards that can endanger the safety of individuals in the workplace.

These includes:

1. Electric shock
2. Arc flash
3. Arc blast