Learn more about electrical hazards in the workplace and how to practice electrical safety to mitigate risks
Published 24 Mar 2023
Electrical safety is a general practice of workers who are exposed to handling and maintaining electrically powered equipment. It is a set of guidelines they follow to mitigate electrical hazards and prevent its dangerous effects in case of an incident. Unable to adhere to electrical safety can lead to accidents, near misses, or even fatalities.
Working around electricity can be very safe on the job site when workers properly identify and control hazards. But, inadequate training, lack of experience, and failure to recognize potential hazards could result in electric shock or death.
The construction industry is most in danger from electrical hazards, accounting for 52% of all electrical fatalities in the US workplace. Most of these incidents and fatalities were caused by direct worker contact with overhead power lines and contact with machines, tools, and hand-carried metallic objects. So how do we protect ourselves against these dangers?
This article provides a closer look at some common electrical hazards in the workplace and how to be safe around them. We also feature a collection of electrical safety checklists which you can use to assess electrical dangers on your worksite.
Electrical safety precautions are specific control measures implemented to remove electrical hazards and mitigate the risks of electrical accidents and injuries. Safety precautions for working with electricity depend on the worker’s job instructions and their working environment. However, the most basic electricity safety precautions include clearly understanding how electricity works, identifying and eliminating electrical hazards such as poor cable management and lack of proper housekeeping, and wearing the appropriate PPE.
Electrical safety equipment is specialized personal protective equipment designed to protect workers from general and specific electrical hazards. Generally, the most used electrical safety equipment is insulated tools and PPEs like insulated gloves, mats, and ladders. Electrical safety equipment should also be used when doing specific types of electrical testing, repair work, installation, or maintenance such as arc flash and customized earthing and short-circuiting, among others. And for an extra layer of safety, it helps to verify if your electrical equipment is certified by a nationally recognized testing laboratory.
Electrocution is one of the most common hazards across construction sites according to OSHA. Identifying electrical hazards can help raise awareness of the risks, their severity, and how they can harm workers.
Here are common electrical hazards in the workplace and electrical safety tips on what you can do to mitigate these risks:
Examples of Electrical Hazards
Overhead powered and energized electrical lines have high voltages which can cause major burns and electrocution to workers. Remember to maintain a minimum distance of 10 feet from overhead power lines and nearby equipment. Conduct site surveys to ensure that nothing is stored under overhead power lines. Also, safety barriers and signs must be installed to warn nearby non-electrical workers of the hazards present in the area.
Exposure to damaged electrical tools and equipment can be very dangerous. Do not fix anything unless you are qualified to do so. Thoroughly check for cracks, cuts, or abrasions on cables, wires, and cords. In case of any defects, have them repaired or replaced. Lock Out Tag Out (LOTO) procedures should be performed at all times before commencing electrical maintenance and repairs. LOTO procedures are there to protect all workers on a worksite.
Using wires of inappropriate size for the current can cause overheating and fires to occur. Use the correct wire suitable for the operation and the electrical load to work on. Use the correct extension cord designed for heavy-duty use. Also, do not overload an outlet and use proper circuit breakers. Perform regular fire risk assessments to identify areas at risk of bad wiring and circuits.
Examples of exposed electrical parts include temporary lighting, open power distribution units, and detached insulation parts on electrical cords. These hazards can cause potential shocks and burns. Secure these items with proper guarding mechanisms and always check for any exposed parts to be repaired immediately.
The most common OSHA electrical violation is the improper grounding of equipment. Proper grounding can eliminate unwanted voltage and reduce the risk of electrocution. Never remove the metallic ground pin as it is responsible for returning unwanted voltage to the ground.
Defective or inadequate insulation is a hazard. Be aware of damaged insulation and report it immediately. Turn off all power sources before replacing damaged insulation and never attempt to cover them with electrical tape.
Never operate electrical equipment in wet locations. Water greatly increases the risk of electrocution especially if the equipment has damaged insulation. Have a qualified electrician inspect electrical equipment that has gotten wet before energizing it.
Electrical safety encompasses a huge area of general safety guidelines such as personal protective equipment (PPE) and lockout/tag-out procedures, among others. Project managers, site supervisors, and safety officers can improve electrical safety onsite when they make sure that workers are adequately trained, team leaders regularly facilitate safety meetings, and teams talk about the specifics of a job (or have toolbox talks). Listed below are a few examples of electrical safety topics organized by scope:
Knowing your limits and applying the best electrical safety practices can help reduce the risk of electrical shock and death. It is safer to work within your scope of expertise instead of taking the risk of working beyond your capacity. If you are not confident to do the job, don’t hesitate to call for help from an authorized person.
Electrical inspections are conducted by electrical servicing companies to ensure a property’s compliance with electrical safety laws and regulations. An electrical app aids these firms to simplify their processes, from scheduling inspections to the issuance of Electrical Certificates of Compliance (COC).
During an electrical inspection, a property’s electrical equipment undergoes quality and safety checks to ensure that they are in working condition before being operated. Inspections are often accompanied by site walkthroughs to detect and record electrical hazards. Reports generated after electrical inspections should provide an overall assessment of the worksite, training provided, and equipment used and present general recommendations on areas for improvement. Failure to conduct regular electrical inspections can lead to accidents caused by electric shock or even death.
Traditionally, the electrical inspector’s findings and observations are recorded manually on paper. Further, they have to go back to the office, review all observations, and create an Electrical Certificate of Compliance if the client’s property has been proven to be compliant. This cumbersome process makes critical data susceptible to damage and loss, in addition to the storage and organization issues it presents.
A good electrical inspection software such as SafetyCulture (formerly iAuditor) can solve this problem by converting paper forms into digital ones. The convenience of using digital checklists can speed up and improve the overall inspection and reporting process. As technology evolves, the electrical inspection service industry has turned to digital and mobile solutions to improve its inspection workflows. Electrical apps have made the management of electrical inspections, from scheduling to the issuance of electronic Certificates of Compliance (COCs), more efficient and systematic. These apps yield businesses invaluable time savings, productivity boosts, improved communication, and upgrades in operational efficiency.
Create Your Own Electrical Safety ChecklistEliminate manual tasks and streamline your operations.Get started for free
Eliminate manual tasks and streamline your operations.
Don’t let your team’s electrical hazards safety training turn into another boring and tedious activity that they just want to get over with. With the help of the courses we’ve listed below, you can give them an engaging training experience while making sure that they learn everything they need to work safely and effectively.
And here’s the best part: most of these Training courses are designed to be editable! Feel free to add your own content or branding to make the training look and sound just like you.
Controlling Hazardous Energy: Electricity
Help your inspectors make their electrical inspection process more efficient and systematic – from scheduling to the issuance of electronic Certificates of Compliance (COCs). Save invaluable time, boost your inspectors’ productivity, improve communication, and upgrade operational efficiency. Instead of relying on their memory, use a checklist when applying electrical safety practices in the workplace. A digital checklist is a powerful tool that can serve as a guide for performing work near electrical equipment and hazards.
The convenience of using the SafetyCulture inspection app on a handheld device can solve traditional paper form issues in 3 simple steps.
SafetyCulture’s template builder can easily convert your existing paper form to a digital template that you can use in the electrical app. All you need to do is take a clear picture of your paper checklist, upload it to the app, and wait for a few seconds until the conversion is complete. Lastly, you can create a new template through the web or mobile app using our easy, drag-and-drop template builder.
Using your new digital template, perform your electrical inspection with the SafetyCulture mobile app. Record your findings and observations using your android phone, iPhone, tablet, or Windows phone. You can complete your inspection even while offline. The data from the inspection will automatically sync to the cloud for storage and easy access the next time you connect to the Internet.
After completing your electrical inspection, you can immediately generate a comprehensive report (in PDF, Word, or CSV) and Electrical Safety Certificate. You can choose to instantly share them with your clients and personnel from your organization. You can also create a web link to share with your client so they can review your completed report.
Failed items from inspections are compiled and highlighted in the first part of the report for easier recognition. This also makes it easier to triage issues discovered during the inspection.
OSHA’s electrical safety standards are NFPA 70 or the National Electric Code and NFPA 70E or the Electrical Safety Requirements for Employee Workplaces which are based on the existing standards also created by National Fire Protection Association Standards. One of the recommendations in the NFPA 70E is to maintain an electrical safety program that guides workers on how to properly and safely do their job when working around electricity.
The frequency of electrical safety training is highly dependent on the nature of work or the level of risks associated with a certain job. It should be determined and decided upon by the employer, manager, or other people in authority. OSHA also recommends that refresher training be provided at least once every three years to ensure that employees stay up to date with the latest safety standards and practices.
Engineers, electricians, and overhead line workers, both contractors and subcontractors are at the top of the list of professionals who are most exposed to electrical hazards. Common tasks that put these workers at risk include electrical installation and repairs, testing of fixtures and equipment, and inspection and maintenance activities. However, people who are indirectly working with electricity like office workers are also exposed to electrical hazards.
Electrical equipment should be checked regularly to make sure that they are working properly and are safe to use. Testing intervals, however, may vary depending on various factors such as the type of equipment, its intended use, the manufacturer’s recommendations, and the working environment they are utilized or exposed to. There are equipment that requires quarterly or biannual check-ups, and in addition, OSHA recommends that all electrical equipment be inspected at least once every year.
Using a digital checklist and performing regular self-inspections can help you identify potential electrical hazards and strategize on better preventive measures. Get started with our free collection of SafetyCulture electrical safety checklists you can use on your worksite.
Jona Tarlengco is a content writer and researcher for SafetyCulture since 2018. She usually writes about safety and quality topics, contributing to the creation of well-researched articles. Her 5-year experience in one of the world’s leading business news organisations helps enrich the quality of the information in her work.
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