An electrician’s guide to PPE on the jobsite

By

Clark Jensen

and Tamara Aspeling

Last Updated Apr 9, 2026

By

Clark Jensen

and Tamara Aspeling

Personal Protective Equipment (PPE) helps to ensure the safety and well-being of construction workers, including electricians, who face a multitude of hazards on jobsites.

PPE encompasses various gear and clothing designed to protect workers from potential hazards and minimize the risk of injury. Electricians in particular are exposed to risks such as electrical shock, arc flash, and falls, making the correct use of PPE vital in safeguarding their lives. 

Electrical shock is one of the Occupational Safety and Health Administration’s (OSHA) Focus Four training topics. With 152 shock-related fatalities occurring in the workplace in 2021, it is imperative to understand the significance of PPE and the role it plays in protecting electricians from the inherent dangers they face daily.

This article will explore the different types of PPE for electrician, their importance, and how they can help prevent injuries and save lives on construction sites.  

7 types of required electrician PPE, safety Equipment, and bodily protection

OSHA standards highlight federal regulations regarding PPE for the construction industry.

Head and face protection, along with eye and hearing protection, are essential components of PPE for electricians.

Hard hats safeguard the head from electrical hazards and potential impact from falling or flying objects. They should be non-conductive and well-fitted for optimal protection.

Safety glasses or shields protect the eyes from debris and arc flash, while hearing protection such as earplugs or earmuffs, can help prevent hearing damage from loud noises commonly associated with construction work.

1. Torso and full-body protection

Torso and full-body protection are crucial for electricians, especially when working with high-voltage systems or in areas with a risk of arc flash. Flame-resistant (FR) clothing should be worn to protect the body from thermal hazards, while arc flash suits provide an additional layer of protection for the entire body.

Some examples of body protection PPE for electricians include:

• Arc-flash suits: These coonsist of flame-resistant jackets, pants, and hoods or face shields to protect against the thermal effects of arc flashes.
• Flame-resistant clothing: Made of non-conductive materials such as cotton, this type of clothing helps to reduce the risk of burns from arc flashes or electrical fires.

2. Hand and limb protection

Hand and limb protection, with insulating rubber gloves worn underneath leather protectors, shield the hands from electrical hazards.

These gloves must be tested before the first issue, then every six months afterward by a third party to ensure their effectiveness.

Additionally, the gloves must be tested if there are insulation concerns, after use without protectors, after repair, and if there are any signs of defects. 

Some common electrician PPE for hand and arm protection includes:

• Insulated gloves: These specialized gloves are made of rubber or other non-conductive materials to protect against electric shock when working on live electrical circuits.
• Rubber lineman gloves: These are another type of insulated, non-conductive gloves used to protect electrical workers, especially when working on high voltage lines.
• Sleeves: Sleeves should be extended, insulated, and non-conductive arm covers that are used to protect the arms against electrical contact.

3. Foot protection

Foot protection should consist of non-conductive, sturdy shoes or boots that provide adequate support and protection against electrical hazards and impacts. Steel-toed boots should be avoided, as they can be conductive.

PPE for electricians often includes some of the following foot protection equipment:

• Safety shoes or boots: With non-conductive soles to protect against electrical shock and provide insulation for the feet, these also often include enforced toe protection (remember: avoid steel) and other general construction-related foot safety measures.
• Dielectric overshoes: Overshoes are a slip-over option that can be worn over regular shoes or boots, these are also made of non-conductive materials and are designed to provide another layer of electrical insulation.

4. Head protection

Head injuries are extremely common on construction sites, and many are very serious. In fact, head injuries account for about a quarter of all construction fatalities.

So it’s crucial that everyone on a construction site is properly protected against this kind of injury.

Some of the common types of head protection that might be part of PPE for electricians are:

• Hard hats: While necessary across jobsites, electricians' hard hats usually include insulation to protect against electrical shock, as well as the standard protection from falling objects and impact hazards.
• Arc-rated balaclavas: These specialized pieces of PPE are often worn with hard hats to protect against arc flash.

5. Eye and face protection

Eye injuries are also very common on all kinds of jobsites, and electricians are certainly not immune. In fact, while they’re at risk of general injuries like sparks or shards from cutting, grinding, or drilling, they could also be injured by electrical-specific hazards like arc flash.

Some of the eye and face protection that is common for electricians include:

• Safety glasses: These include goggles with side shields to protect the sides of the eyes against flying debris, sparks, and other hazards.
• Face shields: Usually also arc-rated, these can protect against arc flashes or chemical splashes.

6. Hearing protection

Jobsites are incredibly noisy places, and it’s not uncommon for them to reach dangerously high noise levels most of the time. That’s why hearing protection is so important, and it’s definitely a part of the required PPE for electricians.

Some types of hearing protection used on job sites include:

• Ear plugs: Often the most common type of hearing protection, ear plugs usually made from foam and other materials and can be used to protect against most excessive noise conditions associated with electrical work.
• Ear muffs: These larger hearing protectors are often used for noisier sites, and sometimes even attach to hard hats.

7. Fall protection

Fall protection and self-rescue gear are necessary for electricians working at heights or in confined spaces. 

Harnesses and other fall arrest systems can help prevent injury in the event of a fall, while self-rescue equipment enables workers to lower themselves to safety if they become stranded.

Insulated protective equipment (IPE), such as screwdrivers, hammers, and pliers, is another essential aspect of an electrician's PPE. Tool manufacturers invest in research and development to produce high-quality, insulated tools that minimize the risk of electrical shock while performing tasks.

Fall protection is a very specialized type of electrician PPE, and is usually highly site-specific. Some of the equipment that falls into the category of electrician safety equipment for fall protection includes:

• Personal Fall Arrest Systems (PFAS): These usually include a full-body harness, an SRL or self-retracting lifeline, or a shock-absorbing lanyard.
• Positioning device systems: This is special type of harness often used by electricians when working on things like telephone poles, where they need fall protection and a positioning system.
• Arc-rated gear: This includes Kevlar or similar fall protection equipment, such as harnesses, that are also resistant to arc.
• Tool drop protection: These are safeguards designed specifically to prevent tools from falling when working at heights.

Common hazards for electrical contractors

Electrical hazards are a significant threat to construction workers, often resulting in serious injuries or fatalities. 

Power lines

One common hazard is contact with power lines, which can occur when workers accidentally touch overhead or underground lines while using tools, equipment, or machinery.

Lack of ground-fault protection can also lead to injuries, as it allows electrical currents to flow through unintended paths, such as a worker's body. 

Improper grounding

A missing or discontinuous path to ground can cause an electrical fault, which can lead to an electric shock or arc flash. Using damaged or modified electrical tools or not following the prescribed manner for equipment can create dangerous situations.

Lastly, improper use of extension and flexible cords, including overloading, using frayed cords, or running cords through water, can result in electrical accidents.

Confined spaces and struck-by accidents

Underground work, such as working in trenches or vaults poses additional risks to electricians, including cave-ins, engulfment, and confined spaces. Furthermore, operating heavy machinery or working around large equipment exposes electricians to the risk of being struck by vehicles.

Traffic safety and working at night are also concerns, particularly for those operating line trucks or bucket trucks, as poor visibility and driver fatigue can lead to accidents.

Falls, trips, and slips

Apart from electrical hazards, electricians face a variety of other dangers on the job site. Falls are a major concern, as workers often operate at heights and can fall from ladders, scaffolding, or elevated surfaces. Trips and slips can result from cluttered workspaces or uneven surfaces, leading to injuries or even fatalities. Cuts and scratches are also common, particularly when workers handle sharp tools, materials, or debris.

Completing a hazard assessment prior to beginning work on a project can help electricians lower their risk of being injured on the job.

Considerations in selecting the right electrical PPE

Choosing and using the right electrical PPE is a key part of the risk assessment and mitigation planning process for any electrical job site.

Some of the most important things to consider when selecting the PPE that will be used on a particular jobsite include:

• Conduct a risk assessment.

  Conduct a thorough risk assessment and identify specific hazards such as electric shock, arc flashes/blasts, burns, chemical exposure, and construction debris.

• Create a risk mitigation strategy.

  Use your hazard assessment to formulate the most effective mitigation strategy, including the best PPE to reduce the risk of injury from site-specific hazards.

• Determine voltage levels for the job.

  Determine the voltage levels involved in the work, and use those to determine the required levels of insulation and protection required.

• Consider the fit.

  Consider size, fit, and quality of the PPE options available, and choose equipment accordingly for optimal comfort and protection.

• Double-check sources and standards.

  Purchase all equipment from reputable suppliers — and make sure that it meets all required quality standards.

PPE training for electricians

Personal protective equipment training gives construction workers the information they need to stay protected while working in hazardous environments. This training provides electricians with the knowledge and skills necessary to select, use, and maintain appropriate PPE to minimize the risk of injury.

OSHA has established specific requirements for PPE in order to protect workers from potential hazards. These requirements mandate employers conduct a hazard assessment to identify and select appropriate employee PPE. Additionally, employers must provide training on PPE usage, maintain and periodically inspect PPE, and ensure that employees wear the appropriate PPE for their tasks.

Per OSHA’s PPE guidelines, employees are responsible for inspecting their equipment on a per-use basis and ensuring it is in good working order. 

If PPE is damaged, out of date, or not functioning correctly, employees must remove it from service and notify the appropriate personnel. On the other hand, employers are responsible for assessing the workplace for potential hazards and selecting the appropriate PPE for their employees. They must also inspect and maintain PPE to ensure it remains in good condition.

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Best practices for using electrical PPE

Choosing the right electrical PPE is a good first step towards protecting workers on an electrical jobsite, but there are several additional steps that should be taken to ensure maximum safety, effectiveness, and risk reduction, such as:

When in doubt, throw it out.

Conduct regular inspections of all electrical PPE, looking for cracks, tears, damage, wear or deterioration. When in doubt whether PPE is in adequate condition to be used on site, err on the side of caution and repair or replace it.

Keep it specific.

PPE is never a one-size-fits-all solution: Always conduct jobsite-specific risk assessments, and select appropriate PPE based on the site and tasks being performed. Avoid sharing PPE with others whenever possible (and if it must be done, make sure it's safe and hygienic).

Use multiple layers of protection when necessary, by combining safety glasses with face shields, for instance, or using insulated gloves and rubber sleeves.

Develop donning and doffing procedures.

Develop and implement procedures for donning (putting on) and doffing (taking off) PPE, and make they are followed on every jobsite.

Makes sure your donning and doffing procedures include precautions for sites where contamination may be a risk factor.

Clean regularly and store well.

Regularly clean and maintain PPE, following all manufacturer’s directions

Store all electrical PPE in a clean, dry, easily accessible location, and keep it away from excessive heat, cold, or sunlight, as well as chemicals and other hazardous materials that might damage the equipment.

Create a culture of safety.

Encourage workers to get involved in the process of selecting and using PPE, and use their feedback and concerns to improve your PPE processes and promote a culture of safety.

Electrical PPE helps make sure everyone goes home safe.

The importance of PPE for electricians cannot be overstated. Wearing the correct PPE can prevent injuries, save lives, and create a safer working environment.

Both employers and employees must be diligent in understanding and adhering to OSHA standards for electrical protective equipment. Proper training, hazard assessments, and the maintenance and storage of PPE are all critical components in ensuring the safety and well-being of electricians on construction job sites.

For more information on PPE safety for electricians, consult OSHA’s guidelines, industry best practices, and manufacturer recommendations for specific PPE. By staying informed and proactive, electricians can reduce the risks associated with their work and maintain a safe and productive workplace.

Written by

Clark Jensen

Strategic Product Consultant, Quality & Safety | Procore

10 articles

Clark Jensen joined Procore as a Senior Strategic Product Consultant, Quality & Safety where he spearheads product knowledge education and executes product demonstrations. He brings several years of experience in roles both on and offsite as a former senior project safety manager for a general contractor in Salt Lake City, and a senior risk control consultant for a large U.S.-based insurance firm.

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Tamara Aspeling

Writer & Construction Estimator

13 articles

Tamara Aspeling is a trained construction estimator and project manager with 25 years of industry experience. She started writing professionally in 2008 and has since written extensively for the construction industry, including publications like Modular Advantage magazine. She is also a traditionally published nonfiction author and the owner of The Construction Writer Inc. Tamara studied at Western Province Technical College in South Africa and completed her national certificate in 1999. She also holds an SEO Certification from Google and a Content Marketing Certification from HubSpot.

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