NFPA 70E Electrical Training For General Industry – Complete Kit

Most electrical incidents in general industry don’t happen because workers were careless. They happen because the hazard wasn’t fully understood — or because the procedure was skipped just once.

Industrial facilities run on electricity. Motors, control panels, switchboards, conveyors, processing equipment — the exposures are everywhere, and many of them are invisible until something goes wrong. Electric shock from industrial equipment is not the same as touching a faulty outlet at home. Arc flash events can generate temperatures exceeding 35,000 degrees Fahrenheit and release a pressure wave powerful enough to cause fatal injuries in microseconds.

The NFPA 70E standard exists to prevent exactly these outcomes. It gives facilities a structured framework for identifying electrical hazards, establishing conditions safe enough to work in, and equipping employees with the knowledge to protect themselves when energized work cannot be avoided.

This training program delivers that framework in a format your employees can actually use — covering not just what the standard requires, but why each requirement matters on the floor.

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WHAT EMPLOYEES WILL LEARN:

• Identify the three electrical hazards addressed by NFPA 70E — electric shock, arc flash, and arc blast — and understand the specific injuries each one causes
• Understand what NFPA 70E requires of both employers and employees, and how it supports OSHA’s mandate to protect workers from electrical hazards
• Distinguish between qualified and unqualified persons under NFPA 70E, and understand the different responsibilities and access rights that apply to each
• Develop or contribute to a job safety plan for electrical tasks, including electric shock and arc flash risk assessments
• Follow the step-by-step process for establishing an Electrically Safe Work Condition (ESWC), including lockout/tagout application and verification
• Perform the Live-Dead-Live test to confirm test instrument functionality before verifying the absence of voltage
• Read equipment labels on switchboards, panels, and motor control centers to identify arc flash boundaries, arc ratings, and required PPE levels
• Identify and respect the limited approach boundary, restricted approach boundary, and arc flash boundary — including who may cross each one and under what conditions
• Select appropriate PPE for electrical work, including arc-rated clothing, insulated gloves, face protection, and footwear
• Recognize behavioral and environmental conditions that increase electrical risk — and know when to stop work and notify a supervisor

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COURSE TOPICS:

Electrical Hazards in the Industrial Workplace The training begins by establishing what’s actually at stake. Employees learn the difference between the minor shocks that come from everyday electrical contact and the life-altering injuries that result from industrial electrical incidents. Electric shock from facility equipment can cause severe burns, seizures, loss of consciousness, and internal organ damage. Arc flash — an electrical explosion triggered when air becomes the conductor — produces a plasma wave at temperatures that can ignite clothing instantly and cause second, third, and fourth-degree burns to anyone within the arc flash boundary. The accompanying arc blast generates a pressure wave capable of causing hearing loss, eye injuries, and blunt force trauma. Employees who understand these consequences are employees who follow the procedures.

NFPA 70E and Your Facility’s Electrical Safety Program Employees get a clear explanation of the NFPA 70E standard: where it came from, how it’s structured, and what it covers. The standard applies to any work involving the installation, removal, inspection, operation, maintenance, or demolition of electrical conductors and equipment — a broad scope that touches virtually every industrial facility. Employees learn that while OSHA sets the mandate, NFPA 70E provides the operational framework. The training explains what a compliant written Electrical Safety Program (ESP) must contain, including policies for hazard identification, written procedures for every electrical task, a risk assessment process, documentation of incidents, and program controls — measurable metrics like injury time lost, workers’ compensation costs, and hazards eliminated — that allow facilities to audit whether the program is actually working.

Qualified Persons and Job Safety Planning Not everyone in a facility can perform the same electrical tasks — and NFPA 70E is explicit about that distinction. The training defines what it means to be a qualified person: someone trained and knowledgeable in the construction and operation of equipment, capable of identifying hazards and knowing which precautions apply. Qualified persons carry specific responsibilities in a facility’s electrical program, including writing job safety plans, supervising unqualified workers near electrical hazards, and performing testing and troubleshooting. Employees learn what a complete job safety plan must include — task descriptions, hazard identification, shock and arc flash risk assessments, required work procedures, and an emergency response plan — and why creating one before any electrical task is required, not optional.

Approach Boundaries and Arc Flash Boundaries Understanding the three NFPA 70E protection boundaries is fundamental to safe electrical work in any facility. The limited approach boundary marks the distance from an energized conductor within which a shock hazard exists — unqualified employees may enter this zone only when accompanied by a qualified person. The restricted approach boundary sits closer to the conductor, where the risk of arc-over increases significantly; only qualified personnel are permitted inside it, with appropriate PPE. The arc flash boundary is determined by the threshold at which an unprotected worker would likely sustain a permanent injury — defined as 1.2 calories per square centimeter of incident energy. Any body part that crosses the arc flash boundary must be protected from thermal exposure. Employees learn how to identify these boundaries on site, including how to locate them on equipment labels and why illegible or damaged labels must be reported immediately.

Establishing an Electrically Safe Work Condition Before any worker enters a piece of equipment’s limited approach boundary, NFPA 70E requires that an Electrically Safe Work Condition be established. The training walks through the complete procedure: using electrical diagrams and identification tags to locate all supply sources, opening all disconnecting devices, releasing stored electrical energy, blocking any non-electrical stored energy, and applying lockout/tagout devices per the facility’s written procedures. Employees also learn how to perform the Live-Dead-Live test — using a known voltage source to verify that a test instrument is functioning correctly both before and after testing a de-energized circuit — so that the absence of voltage can be confirmed with certainty rather than assumption. For multi-shift tasks, the training covers how to properly transfer lockout/tagout responsibility between workers.

PPE for Electrical Hazards The training covers the full scope of PPE required under NFPA 70E, with emphasis on the fact that PPE is the last line of defense — not a substitute for engineering controls, proper boundaries, and ESWC procedures. Employees learn when arc-rated clothing and full arc flash suits are required, how to select and inspect rubber insulating gloves and sleeves, and what head and face protection — arc-rated hoods, face shields with wraparound coverage, safety glasses, and ear canal inserts — must be worn within the arc flash boundary. Insulated or leather footwear is addressed for both shock and arc flash protection. The training reinforces that PPE must fit correctly, cover completely, and be maintained in clean, serviceable condition to perform as rated.

Safe Work Practices and Behavioral Compliance Equipment and PPE alone don’t prevent incidents — behavior does. The training addresses the procedural disciplines that NFPA 70E requires every employee to maintain: staying alert and notifying a supervisor when fatigued, sick, or distracted; maintaining clear access to equipment and egress routes; never reaching blindly into spaces that could contain energized conductors; verifying that doors and hinged panels on electrical equipment are secured before beginning work; and removing conductive items like jewelry, watches, and metal-framed glasses prior to any electrical task. Employees also learn to use proper lighting, respect posted safety signs and barricades, and respond correctly if equipment shows signs of imminent failure — de-energizing immediately and not re-energizing until the cause has been identified and repaired.

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WHY THIS TRAINING MATTERS

Electrical hazards are a leading source of serious injuries and fatalities in general industry. OSHA citations for electrical safety violations — including lockout/tagout failures and inadequate hazard assessments — are among the most frequently issued in manufacturing and industrial environments. Beyond citations, a single arc flash incident can generate workers’ compensation claims, medical costs, and lost productivity that dwarf any training investment many times over. Employees at risk of electrocution while performing their daily tasks can all benefit from this training. This program gives your employees the knowledge to work safely around electrical equipment and gives your facility the documentation to demonstrate that training was conducted and understood.

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WHO NEEDS THIS TRAINING:

Any employee who works with or near electrical equipment in an industrial or commercial facility, including:

• Maintenance and facilities technicians
• Machine operators working near electrical panels and control systems
• Electricians and electrical workers in manufacturing environments
• Supervisors and lead workers responsible for overseeing electrical tasks
• Qualified persons developing or reviewing job safety plans
• Any employee who may enter a limited approach boundary during normal job duties

Your employees who work with electricity should have consistent and ongoing safety training. This NFPA 70E training course can help your general industry employees better understand this important Standard. This training is available in an English-speaking USB Stick or DVD, or can be accessed in our Online Safety Training Platform, which contains more than 300 different courses.

This General Industry NFPA 70E Safety Training Program Includes These Items:

Full-Length Preview of the NFPA 70E Training Video: