NFPA 70E Compliance Checklist for Employers

NFPA 70E compliance starts with a documented electrical safety program that turns hazard assessment, training, safe-work procedures, equipment condition, and field oversight into one repeatable system. Employers should be able to show not only that policies exist, but also that employees understand them and apply them to the specific equipment and tasks they perform.

This checklist provides a practical way to evaluate an employer’s program against the 2024 edition of NFPA 70E and related OSHA electrical-safety requirements. It is a planning and review tool, not a substitute for the complete standard, applicable regulations, or advice from a qualified electrical-safety professional.

What NFPA 70E Compliance Means for Employers

NFPA 70E, Standard for Electrical Safety in the Workplace, explains the work practices employers and employees use to reduce exposure to shock and arc-flash hazards. OSHA regulations are enforceable law in the United States; NFPA 70E is a consensus standard that provides a detailed framework for meeting many of OSHA’s performance-based electrical-safety requirements.

For employers, compliance is not a binder that sits on a shelf. It is a working system that answers five questions:

Who is responsible for the electrical safety program?
Which employees are qualified for each electrical task?
How are shock and arc-flash risks assessed before work starts?
How are hazards eliminated or controlled?
What records prove the program is being followed and improved?

The National Fire Protection Association describes electrical safety as a shared responsibility between management and workers. Employers establish the electrical safety program, provide training and protective resources, and enforce the rules. Employees must follow those policies and use the required tools and protective equipment.

How to Use This Checklist

Review each item against actual field practice, not policy language alone. For every “yes,” identify the current document, record, label, training roster, permit, or observation that supports the answer. For every “no” or “partially,” assign an owner and completion date. A defensible program should connect written requirements to observable behavior.

NFPA 70E Compliance Checklist

1. Assign Program Ownership and Define Scope

Designate a person with authority and resources to own the electrical safety program. The owner may be a safety leader, electrical engineering manager, facility manager, or another competent person, but the role and decision rights should be documented.

Identify every site, department, employee group, contractor activity, and electrical task covered by the program.
Define how the program applies to both qualified and unqualified persons.
Document who approves energized work, exceptions, procedures, and corrective actions.
Establish how site leadership, safety personnel, engineering, maintenance, and contractors share responsibility.

2. Establish, Document, and Implement an Electrical Safety Program

Create a written electrical safety program based on the hazards present in the workplace. The program should integrate the employer’s policies, risk assessment procedure, hierarchy of risk controls, training expectations, job planning, incident investigation, and auditing process.

Make the program specific enough to guide real work. A generic policy that does not address the facility’s equipment, voltage levels, work methods, and contractor relationships will not reliably control risk.

Confirm the program includes an electrically safe work condition policy.
Define the risk assessment process used before electrical tasks.
State how human error and normal versus abnormal equipment conditions are considered.
Explain how employees report unsafe conditions, stop work, and obtain clarification.
Control revisions so workers can access the current procedure.

3. Make De-Energization the Default

Both OSHA and NFPA 70E treat de-energization as the preferred method of protection. OSHA 1910.333 requires exposed live parts to be de-energized before employees work on or near them unless the employer can demonstrate that de-energizing creates an additional hazard or is infeasible because of equipment design or operational limitations.

Your program should require workers to establish an electrically safe work condition before work begins whenever possible. That process includes identifying all energy sources, interrupting load current, opening disconnecting devices, visually verifying disconnects when possible, releasing stored energy, applying lockout/tagout, and verifying absence of voltage with an appropriately rated test instrument.

Require a documented justification whenever equipment remains energized.
Integrate electrical lockout/tagout with the facility’s broader hazardous-energy program.
Treat conductors and circuit parts as energized until every applicable step for an electrically safe work condition is complete.
Verify the absence of voltage using a qualified person and properly selected test equipment.
Address stored electrical and non-electrical energy that could re-energize the circuit.

4. Identify Qualified and Unqualified Persons

An employee is not automatically a qualified person because of job title, tenure, license, or completion certificate. Qualification is task-specific and equipment-specific. The employer must verify that the person has demonstrated the skills and knowledge needed for the assigned work and has received training to identify hazards and reduce risk.

Maintain a qualification matrix that connects each employee to the equipment, voltage range, and tasks they are approved to perform.
Document how practical skill is demonstrated and evaluated.
Define what unqualified persons may and may not do near electrical hazards.
Require retraining when duties, equipment, procedures, or the standard change, or when field observations reveal a knowledge or performance gap.
Review qualification status at intervals that support the work and after significant changes.

5. Provide Role- and Task-Specific Training

OSHA 1910.332 requires training for employees who face electrical risk that is not reduced to a safe level by installation requirements. The content must relate to each employee’s job assignment, and the degree of training should reflect the employee’s risk.

NFPA 70E training should address shock and arc-flash hazard recognition, approach boundaries, safe-work practices, PPE, insulated tools, test instruments, emergency response, and the employer’s procedures. Qualified-person training should include practical demonstration where the task requires hands-on competence.

Train employees before they are assigned exposed electrical work.
Provide awareness training to unqualified employees whose jobs may bring them near electrical hazards.
Retrain at intervals not exceeding three years and sooner when conditions require it.
Document employee names, dates, content, instructors, evaluations, and demonstrated proficiency.
Confirm supervisors understand enough of the program to recognize and correct unsafe work.

6. Perform Shock and Arc-Flash Risk Assessments

Before work involving electrical hazards, determine whether shock or arc-flash hazards are present, estimate the likelihood and potential severity of injury, and select controls using the hierarchy of risk control methods.

A shock hazard analysis identifies exposed energized parts, system voltage, limited and restricted approach boundaries, and the shock-protection measures required. An arc-flash risk assessment determines whether an arc-flash hazard exists, estimates incident energy or applies an appropriate PPE category method, establishes the arc-flash boundary, and informs PPE selection.

Use current one-line diagrams, equipment data, protective-device settings, and available fault-current information.
Document the method and assumptions used for each assessment.
Reassess when equipment, settings, utility conditions, or work methods change.
Review arc-flash risk assessments at intervals not exceeding five years.
Ensure workers can access the results before beginning the task.

7. Keep Arc-Flash Labels and Equipment Data Current

Equipment likely to require examination, adjustment, servicing, or maintenance while energized must be field marked when an arc-flash hazard may exist. Labels should communicate the nominal system voltage, arc-flash boundary, and the incident-energy or PPE information required by the selected assessment method.

Confirm labels match the latest arc-flash study and the equipment in front of the worker.
Replace missing, damaged, illegible, or outdated labels.
Use consistent naming between labels, one-line diagrams, work orders, and study reports.
Review labels whenever the electrical system or protective-device settings change.
Train employees to understand the information on the label rather than treating it as a color code alone.

8. Select, Provide, Inspect, and Maintain PPE and Tools

OSHA 1910.335 requires employers to provide electrical protective equipment appropriate for the body part and work performed. It also requires protective equipment to be maintained in a safe, reliable condition and periodically inspected or tested.

Select arc-rated clothing and equipment from the incident-energy analysis or the applicable NFPA 70E PPE category method.
Provide shock protection, including voltage-rated gloves and other insulating equipment, based on the exposure.
Use insulated tools and test instruments rated for the voltage and environment.
Maintain inspection, cleaning, testing, storage, and retirement procedures.
Confirm employees know how to inspect PPE before use and understand its limitations.
Do not use PPE as a substitute for feasible elimination or engineering controls.

9. Require Job Safety Planning and Job Briefings

Electrical work should begin with documented job safety planning by a qualified person and a job briefing that communicates the plan to everyone involved. The depth of the briefing should reflect the task’s complexity and risk.

Define the task, equipment, energy sources, and work boundaries.
Identify shock, arc-flash, stored-energy, environmental, and human-performance hazards.
Select the work procedure, risk controls, PPE, tools, barricades, and emergency response.
Assign roles and confirm that each person understands the plan.
Repeat or update the briefing when the scope, crew, or conditions change.
Give every worker clear stop-work authority.

10. Control Energized Electrical Work

Energized work is not justified by inconvenience, production pressure, or a desire to avoid scheduling downtime. When energized work is permitted because de-energizing is infeasible or creates an additional hazard, the employer must document the basis and apply the safeguards required for the task.

Use an energized electrical work permit when NFPA 70E requires one.
Document the work description, justification, shock and arc-flash assessments, boundaries, PPE, safe-work practices, job briefing, and approvals.
Define who may request, review, approve, and close the permit.
Verify that diagnostic testing exceptions are applied narrowly and do not become blanket permission for unrelated work.
Retain permits and use them during audits and post-job reviews.

11. Coordinate With Contractors

Host and contract employers should exchange information about known electrical hazards, site rules, emergency procedures, and observed violations before and during the work. Contractor credentials do not replace the host employer’s duty to communicate site-specific hazards.

Provide contractors with relevant arc-flash study data, labels, one-line diagrams, and facility procedures.
Confirm contractor employees are qualified for the assigned tasks.
Align lockout/tagout responsibilities and control of disconnecting means.
Define who leads the job briefing and who approves energized work.
Document hazard communication and follow up on reported violations or unanticipated hazards.

12. Maintain Electrical Equipment for Safe Operation

Risk assessments and PPE decisions depend on equipment operating as designed. Poorly maintained protective devices, enclosures, doors, covers, interlocks, and grounding systems can increase both the likelihood and severity of an incident.

Create a condition-of-maintenance policy that connects the electrical safety program to preventive maintenance.
Prioritize equipment whose failure could increase shock or arc-flash exposure.
Track maintenance, testing, repairs, and protective-device setting changes.
Correct evidence of overheating, contamination, corrosion, damage, missing covers, or improper modifications.
Reassess hazards when maintenance findings change system assumptions.

13. Audit the Program and Field Work

A program is only effective if workers follow it. NFPA 70E requires employers to audit the electrical safety program and observe field work so deficiencies can be identified and corrected.

Audit the overall electrical safety program at intervals not exceeding three years.
Audit field work at intervals not exceeding one year.
Audit the lockout/tagout program and procedures at least annually.
Document findings, corrective actions, owners, and completion dates.
Use observations to improve training, procedures, and supervision rather than merely recording noncompliance.
Verify that corrective actions remain effective during the next audit.

14. Keep Records That Demonstrate Implementation

Good records help the employer manage the program and show that decisions were based on current information. Documentation should be controlled, accessible, and detailed enough for another qualified person to understand what was done.

Electrical safety program and revision history.
Training and qualification records.
Risk assessments and arc-flash study reports.
One-line diagrams and protective-device settings.
Equipment labels and inspection records.
Job safety plans, job briefings, and energized work permits.
PPE inspection and testing records.
Maintenance and corrective-action records.
Program, field-work, and lockout/tagout audit results.
Contractor hazard-communication records.

Common NFPA 70E Compliance Gaps

The most common weaknesses are not usually a complete absence of policy. They are disconnects between the policy, the equipment, and the work happening in the field.

A generic program was purchased but never adapted to the facility.
Employees completed a class, but the employer never documented task-specific qualification.
The arc-flash study is old, labels do not match equipment, or system changes were not incorporated.
Workers use PPE as the first control instead of de-energizing or applying higher-level controls.
Energized work permits are missing, incomplete, or approved after work begins.
Contractors are expected to manage their own risk without receiving site-specific hazard information.
Audits check paperwork but do not observe how employees perform actual tasks.
Corrective actions are recorded but not tracked to completion.

Frequently Asked Questions

Is NFPA 70E required by law? NFPA 70E is not itself a federal regulation. OSHA’s electrical standards are enforceable, and NFPA 70E is a widely recognized consensus standard that provides detailed practices employers can use to address electrical hazards and support OSHA compliance.

How often should an electrical safety program be audited? NFPA 70E calls for the electrical safety program to be audited at intervals not exceeding three years, field work to be audited at intervals not exceeding one year, and the lockout/tagout program and procedures to be audited annually.

How often is NFPA 70E training required? Retraining is required at intervals not exceeding three years and sooner when job duties, equipment, procedures, or applicable requirements change, or when an employee is not following safe work practices.

How often should an arc-flash study be reviewed? The arc-flash risk assessment should be reviewed at intervals not exceeding five years and updated sooner when electrical-system changes could affect the results.

Does completing NFPA 70E training make an employee qualified? No. Training is one part of qualification. The employer must also verify demonstrated skills and knowledge for the specific equipment and tasks the employee will perform.

Who should complete this checklist? The electrical safety program owner should lead the review with representatives from safety, engineering, maintenance, operations, and management. A qualified outside consultant can help validate technical assessments and identify blind spots.

Key Takeaways

A strong NFPA 70E program connects written policy to task-specific qualification, current hazard data, de-energization, effective risk controls, safe equipment condition, and verified field behavior. The fastest way to find gaps is to ask for evidence: the latest procedure, the current label, the employee’s qualification record, the job plan, the permit, the inspection, or the audit closeout.

If the review reveals gaps in training, risk assessment, labeling, or program documentation, e-Hazard can help with NFPA 70E training, arc-flash studies, and electrical safety program services tailored to the facility.

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