Electrical Safety Training for Non-Electrical Workers: Why They Face the Higher Risk

Electricity runs everything we do. It powers our homes, our facilities, and the equipment our teams touch every day. That familiarity is exactly what makes it dangerous. When a hazard is always present, it stops registering as a hazard at all.

The data points to a group most people overlook when they plan electrical safety training: it is not the electricians who are most at risk. It is everyone else.

What the Data Actually Shows

Between 2011 and 2021, the Bureau of Labor Statistics (BLS) recorded 1,653 electrical-related fatalities. The detail that should stop you is this: 69% of those workers held non-electrical occupations. They were not trained or qualified to work on electrical equipment, yet they are the ones dying around it.

OSHA reinforces the point. Electrocution is one of the construction industry's “fatal four,” accounting for roughly 8% of construction worker deaths each year. But the risk is not confined to construction. BLS data shows electrical injuries across manufacturing, transportation, and utilities as well.

These are mechanics, HVAC technicians, painters, cleaning crews, and equipment operators. They work in environments where electrical hazards are present every day, and many of them have never had any electrical safety training that would tell them what those hazards look like. That gap between exposure and awareness is where incidents happen.

The workers most exposed to electrical hazards are often the ones with the least training for them.

Why the Risk Lands Where It Does

If electricians and engineers are the trained ones, why do untrained workers carry the higher risk? It comes down to two things.

They were never taught to recognize the hazard. Most non-electrical workers have never received electrical safety training to identify hazards or to work safely around powered equipment. Drills and grinders, conveyors and presses, forklifts and cranes are all electrically driven, and a worker who does not understand the risk can walk straight into a fire, an explosion, a shock, or an electrocution. An operator who has not been trained to run a boom lift near overhead lines can make contact with them. A worker who does not know to inspect a power tool's cord can turn a frayed conductor into a short circuit or an electrical fire.

They assume the hazard is not their problem. The second issue is quieter and more dangerous. When a worker believes their job does not involve electricity, they stop watching for it. That false sense of security is what lets an everyday task become an incident.

Non-electrical workers interact with electrical hazards constantly. They plug in and unplug equipment, replace bulbs and fluorescent tubes, clean fixtures and machinery, run power tools near wiring, work in spaces with exposed conductors or overhead lines, and respond to emergencies like an electrical fire or a coworker locked onto a live circuit.

Electrical safety is everyone's job. The data leaves no room to treat that as a slogan.

Overhead power lines and energized parts account for more than nine in ten workplace electrical deaths.

Three Steps to Protect Your Non-Electrical Workers

Protecting these workers is not complicated, but it does take deliberate effort in three areas: a written program, real training, and a plan for when something goes wrong.

The three-step framework, at a glance.

1. Write an Electrical Safety Program That Fits Your Facility

Most organizations already have generic safety programs for slips, trips, and falls. Electrical energy needs its own. An Electrical Safety Program (ESP) is the foundation everything else stands on. It defines expected behavior, training requirements, procedures, the process for assessing electrical equipment, and more.

OSHA's standard for Electrical Safety-Related Work Practices, 29 CFR 1910.331–335, is the basis for this kind of program, which means the responsibility to build one that reflects your actual operation sits with you.

Herzig builds written Electrical Safety Programs tailored to how your facility actually operates — explore our Electrical Safety Programs.

Pre-job planning belongs in that program. Conduct regular inspections to find electrical hazards and control them: bring in qualified workers to repair or replace faulty equipment, take frayed and damaged cords out of service, and clearly identify exposed live conductors, including overhead lines, with boundaries that keep untrained workers out.

Infrared electrical inspections catch overheating equipment before it fails, and a safety audit surfaces the gaps in your current practices — see IR Inspections and Electrical Safety Audits.

2. Conduct Electrical Awareness and Avoidance Training

Safety discipline erodes over time. Procedures get forgotten, equipment gets neglected, and habits drift back to whatever is easiest. That is normal, and it is exactly why electrical safety training cannot be a one-time event.

OSHA 29 CFR 1910.332 and 29 CFR 1910.147 require employers to train employees who work on or near electrical equipment and hazardous energy, non-electrical and electrical workers alike. The most effective way to meet that requirement is industrial electrical safety training delivered by a qualified person, such as an electrical safety consultant or engineer.

For non-electrical workers, that training should cover how to recognize electrical hazards, how to work safely around them, how to properly use equipment like power tools and extension cords, and why reporting a potential hazard to a supervisor matters. Run it annually. New employees stay compliant and gain the confidence to avoid danger, and your experienced workers become the safety champions who carry the culture.

Herzig delivers onsite and virtual electrical safety training led by qualified specialists and builds the Lockout/Tagout programs that satisfy 1910.147 — book Electrical Safety Training.

3. Build an Emergency Response Plan for Electrical Incidents

Your written program should include an emergency response plan specific to electrical incidents. It answers two questions plainly: what electrical situations could our team face, and what should they do when one happens?

Workers need to understand how to safely perform contact release, how to administer first aid for electrical burns, and the protocol for calling emergency medical services for an electrical incident. They also need to know how to respond to an electrical fire, including which fire extinguishers are safe to use on one and how to use them. When a response is fast and correct, it is often the difference in whether someone goes home.

What About the Electrical Workers?

The other 31% of electrical fatalities between 2011 and 2021 were workers in electrical occupations. That is not a number to dismiss. Qualified workers still need to stay disciplined, and “qualified” has a specific meaning under NFPA 70E.

Before working on equipment, qualified workers should establish an Electrically Safe Work Condition (ESWC) unless doing so is infeasible. Employers are responsible for the personal protective equipment that backs that work up. When establishing an ESWC or performing energized work such as testing and troubleshooting, that means insulated gloves with leather protectors, eye and ear protection, and arc-rated clothing, with arc-rated head and face protection where the hazard calls for it.

An arc flash study establishes incident energy levels and the PPE each task requires, keeping energized work compliant with NFPA 70E — learn about our Arc Flash Study services.

A Strong Safety Culture Is the Real Control

Programs and training only hold if the culture around them holds. Every worker, regardless of role, should be encouraged to report hazards and recognized for taking safety seriously. When speaking up is rewarded rather than ignored, people do it.

Resistance is part of the work. Some workers push back on the rules, and that is frustrating. But consistent refresher training, paired with a real explanation of why each procedure exists, changes behavior over time. People follow rules they understand.

The Bottom Line

Keeping electricians safe is only part of the picture. The data is clear that non-electrical workers, the mechanics, operators, carpenters, plumbers, and construction crews who face electrical hazards without the training to match, carry a higher share of the risk.

Employers can close the gap. Electrical safety training, disciplined pre-job planning, an emergency response plan built for electrical incidents, work reserved for genuinely qualified people, and a culture that rewards speaking up all move the number in the right direction. Make electrical safety a priority in the workplace, and fewer workers get hurt.

Frequently Asked Questions

Does OSHA require electrical safety training for non-electrical workers?

Yes. OSHA 29 CFR 1910.332 requires employers to train employees who face a risk of electric shock, which includes non-electrical workers whose jobs bring them near energized equipment. OSHA 29 CFR 1910.147 adds training for controlling hazardous energy through lockout/tagout. Both apply to non-electrical and electrical workers alike.

What is an Electrical Safety Program (ESP)?

An Electrical Safety Program is a written document that defines a facility's electrical safety policies, procedures, training requirements, and the process for assessing electrical equipment. OSHA's Electrical Safety-Related Work Practices standard, 29 CFR 1910.331–335, is the basis for building one, and it is the foundation the rest of a facility's electrical safety efforts stand on.

What makes a worker “qualified” under NFPA 70E?

Under NFPA 70E, a qualified electrical worker is trained to recognize and avoid the specific electrical hazards of the equipment and task at hand. That includes knowing how to establish an electrically safe work condition, verify the absence of voltage, and select the correct arc-rated PPE. Training alone does not make someone qualified for every task; qualification is specific to the equipment and the work.

How often should electrical safety training be conducted?

Best practice is annual electrical safety training, with additional refreshers whenever procedures, equipment, or a worker's role change. Annual training keeps new employees compliant, reinforces safe habits for experienced staff, and prevents the drift back to unsafe shortcuts that happens when training is treated as a one-time event.

What is the difference between NFPA 70 and NFPA 70E?

NFPA 70 is the National Electrical Code (NEC), which governs how electrical systems are designed and installed. NFPA 70E covers electrical safety in the workplace: the work practices, training, and PPE that protect employees from shock and arc flash. A facility can be built to NFPA 70 and still need NFPA 70E to keep the people working on that system safe.

What PPE is required for energized electrical work?

When establishing an electrically safe work condition or performing energized work such as testing and troubleshooting, NFPA 70E calls for insulated gloves with leather protectors, eye and ear protection, and arc-rated clothing, with arc-rated head and face protection where the incident energy requires it. An arc flash study determines the specific PPE each task demands.

Schedule onsite or virtual electrical safety training: herzigengineering.com/services/safety-training