Electrical PPE Checklist for Arc Flash Work

A missing balaclava, an expired glove test date, or a face shield that does not match the exposure can turn a routine electrical task into a serious incident. An electrical PPE checklist gives workers and supervisors a repeatable way to confirm that protection matches the job before energized work begins. It is not a substitute for de-energizing equipment, establishing an electrically safe work condition, or completing a hazard assessment. It is the final verification that the required protective equipment is present, serviceable, and worn correctly when electrical hazards cannot be eliminated.

Start With the Electrical Hazard Assessment

PPE selection begins with the equipment, task, and available incident energy, not with whatever gear happens to be in the truck. Review the equipment label, single-line information, work permit, and the employer’s electrical safety program. Determine whether there is exposure to shock, arc flash, or both. These hazards require different protection.

Shock protection depends on voltage, approach boundaries, and the potential for contact with energized parts. Arc-flash PPE addresses thermal energy from an electrical arc. A worker may need voltage-rated rubber insulating gloves for shock protection while also needing arc-rated clothing, an arc-rated face shield, or an arc flash suit for thermal protection.

For US work sites, NFPA 70E is commonly used for workplace electrical safety practices. In Canada, CSA Z462 serves the same workplace electrical safety function. Neither standard replaces the employer’s site procedures or the findings of the job hazard analysis. Equipment labels and engineering studies should drive the final PPE requirement.

Electrical PPE Checklist Before Work Begins

Use this electrical PPE checklist at the point of work, particularly when the task involves justified energized electrical work. The crew should be able to identify the equipment, the hazard, the boundary, the assigned PPE level, and who is qualified to perform the task.

1. Arc-Rated Clothing and Layering

Confirm that all required arc-rated garments have an arc rating at or above the calculated incident energy or the applicable PPE category requirement. The arc rating must apply to the complete clothing system being worn. A high-rated outer layer does not automatically protect a worker if a non-arc-rated shirt, synthetic base layer, or exposed garment is underneath.

Inspect shirts, coveralls, jackets, pants, and bibs for contamination, holes, worn closures, damaged cuffs, or unauthorized alterations. Fasten garments fully. Shirt sleeves should be down and cuffs closed where required. Clothing should cover the torso, arms, legs, and other exposed areas without creating loose material that can catch on equipment.

Do not confuse arc-rated clothing with flame-resistant clothing intended for flash-fire exposure. NFPA 2112 applies to flame-resistant garments for industrial personnel exposed to flash fire. NFPA 70E and CSA Z462 address electrical arc-flash protection. Some garments may carry more than one certification or rating, but the label and job hazard determine whether they are appropriate.

Avoid meltable garments such as untreated polyester, nylon, acetate, or polypropylene in an arc-flash exposure area unless they are part of a tested and permitted arc-rated system. Cotton underwear is generally preferable to synthetic layers, but it does not add an arc rating on its own.

2. Head, Face, and Eye Protection

Verify the required head and face protection against the task’s incident energy. Depending on the exposure, this may mean an arc-rated face shield with an arc-rated balaclava, an arc-rated hood, or an arc flash suit hood. A standard face shield used for impact protection is not automatically rated for arc flash.

Inspect the visor or shield for cracks, deep scratches, clouding, loose hardware, and contamination that could reduce visibility. Confirm the hard hat is in good condition and compatible with the arc-rated face protection. When a hard hat is required, check the suspension, shell, and chin strap or retention system according to site rules.

Safety glasses should be worn under a face shield or hood when required by the task and site policy. Make sure side shields are in place and lenses are clean. Poor visibility encourages workers to lift a shield or remove eye protection at the worst possible time.

3. Voltage-Rated Gloves and Leather Protectors

For shock hazards, verify that the rubber insulating gloves are the correct voltage class for the circuit voltage and have been electrically tested within the required interval. Check the date stamp, storage condition, and employer requirements before use. Gloves that are out of test, damaged, contaminated, or improperly stored should be removed from service.

Perform the required air test and visual inspection before each use. Look for cuts, punctures, ozone cracking, swelling, embedded debris, chemical damage, or tackiness. Use leather protectors over rubber insulating gloves when required. The protectors guard against mechanical damage, but they do not replace the insulating glove.

Arc-rated gloves may be required for arc-flash exposure, but they are not the same as voltage-rated gloves. A glove chosen for thermal protection may not provide adequate shock protection. Confirm both requirements independently.

4. Footwear, Hearing Protection, and Personal Items

Wear safety footwear appropriate for the site and task. Electrical hazard-rated footwear can provide secondary protection under certain dry conditions, but it is not a replacement for insulating gloves, barriers, or safe work practices. Wet, damaged, heavily contaminated, or conductive footwear changes the risk picture.

For arc-flash exposure, use hearing protection where the assessment or procedure requires it. Ear canal inserts can help protect against arc blast and hot gases entering the ear. Remove conductive jewelry, watches, necklaces, metal-framed accessories, and other personal items that could create a contact hazard or heat rapidly during an arc event.

Check that tools, meters, leads, and test equipment are rated for the system and task. They are not PPE, but a PPE check is incomplete if the worker is about to use damaged leads or the wrong meter category in an energized panel.

Inspect PPE Before Every Shift and After Exposure

PPE must remain usable between purchases. Store arc-rated garments clean and dry, away from oils, solvents, bleach, and contaminants that can affect performance. Follow the garment label for laundering. Do not use fabric softeners, chlorine bleach, or repair methods that conflict with manufacturer instructions.

Keep rubber insulating gloves in a protective bag or container, away from direct sunlight, sharp objects, excessive heat, and ozone-producing equipment. Never fold them tightly or store tools inside them. Face shields and hoods should be protected from scratches and crushing.

After any arc-flash event, remove affected PPE from service. Even if damage is not obvious, heat, pressure, and contamination may have compromised the equipment. Follow the employer’s incident process and manufacturer guidance before returning any item to use.

Match the Checklist to the Job, Not the Job Title

An electrician, maintenance technician, utility worker, or plant operator can face very different hazards on the same shift. Opening a low-energy control cabinet, racking equipment, taking voltage measurements, troubleshooting a motor control center, and working near utility distribution equipment do not call for a one-size-fits-all kit.

Purchasing teams can reduce errors by organizing electrical PPE by protection type: arc-rated daily wear, arc flash outerwear and hoods, voltage-rated gloves and protectors, eye and face protection, and replacement accessories. Keep sizes and replacement cycles current. PPE that does not fit will be worn poorly or not worn at all.

Coverallsale supports crews and buyers sourcing arc-rated workwear and related safety apparel, but the final selection should always follow the documented hazard assessment, equipment labeling, and site electrical safety rules.

A checklist works only when workers have authority to stop the job. If the label is missing, the incident energy is unknown, required PPE is unavailable, or conditions have changed, pause the task and get direction. Fast work is never worth guessing at electrical exposure.

Common Questions

Is arc-rated clothing the same as FR clothing?

Not always. Flame-resistant clothing may be designed for flash-fire hazards under standards such as NFPA 2112, while arc-rated clothing is tested and labeled for electrical arc exposure. Check the garment label and confirm it meets the protection required by the electrical hazard assessment.

Do electrical hazard-rated boots protect me from electric shock?

They can provide secondary protection in specific dry conditions, but they are not primary shock protection. Voltage-rated rubber insulating gloves, insulating tools, boundaries, and safe work practices remain essential when exposure to energized conductors exists.

How often should rubber insulating gloves be inspected?

Inspect them before each use and perform the required air test. They also need periodic electrical testing according to the applicable standard, employer program, and glove class. Do not use gloves that are damaged or beyond their required test date.

Can I wear a synthetic shirt under arc-rated coveralls?

Generally, no. Untreated synthetic fabrics can melt in an arc event and increase burn injury severity. Follow the clothing system requirements in the employer’s electrical safety program and use non-melting or arc-rated layers as specified.

When should an arc flash suit hood be used instead of a face shield?

It depends on the calculated incident energy, PPE category method, exposed body areas, and site procedure. A face shield with an arc-rated balaclava may be acceptable for some exposures, while higher-energy tasks can require an arc flash suit hood and additional protective layers.