NFPA 70E Compliance Checklist for Facilities

An electrical safety program can look complete in a binder and still fail at the equipment. A missing label, an outdated one-line diagram, a worker assigned to troubleshoot energized gear without a documented justification, or a lockout point that cannot be verified can each create unacceptable exposure. This NFPA 70E compliance checklist is designed for facility leaders who need to evaluate what is actually happening in the field, not simply what policies say should happen.

NFPA 70E supports the OSHA expectation that employers identify electrical hazards and protect employees from them. It is not a one-time certification exercise. Compliance depends on a living program: current engineering data, written procedures, qualified people, appropriate equipment, and routine verification that controls are being used.

Start With Program Ownership and Scope

Electrical safety efforts lose momentum when responsibility is spread across EHS, maintenance, engineering, and contractors without a clear owner. Assign a program owner with authority to coordinate the work, obtain records, correct deficiencies, and report progress to leadership. That person does not need to perform every technical task, but accountability must be clear.

Confirm that the written electrical safety program applies to all employees who may face electrical hazards, including maintenance personnel, operators who interact with equipment, engineers, temporary workers, and contractors. Contractor coordination matters. A contractor may bring qualified electrical workers, but the host facility still controls information about the electrical system, site rules, available fault current, labeling conditions, and shutdown constraints.

Review the program at least periodically and whenever a significant change affects electrical safety. This includes distribution upgrades, utility changes, new generators, protective-device setting changes, major maintenance, incident findings, or changes to work practices. Use the edition of NFPA 70E adopted by your organization and any requirements established by the authority having jurisdiction.

NFPA 70E Compliance Checklist: Core Program Controls

A practical review should verify these foundational controls:

• A written electrical safety program defines roles, responsibilities, energized work controls, lockout/tagout practices, training expectations, audits, and incident investigation.

• Current single-line diagrams identify major sources, transformers, switchgear, panelboards, generators, and interconnections accurately enough to support safe planning and engineering analysis.

• Electrical equipment is maintained in a condition that supports the assumptions used in the hazard analysis, including protective devices, enclosure integrity, grounding, and operating mechanisms.

• Procedures identify how workers establish and verify an electrically safe work condition before work begins.

• The facility has a controlled process for addressing temporary conditions, damaged equipment, missing covers, failed labels, and other field deficiencies.

• Documentation is accessible to the people who plan and perform the work, rather than stored where it cannot be used during an outage or emergency.

A written program is necessary, but paperwork alone does not reduce incident energy or shock exposure. The program must drive decisions before work starts. If a task can be completed in an electrically safe work condition, that should be the default plan.

Establish and Verify an Electrically Safe Work Condition

De-energizing is the primary control for electrical work. A production deadline, inconvenience, or the desire to avoid a shutdown is not automatically an acceptable reason to work energized. Facility leadership should require planners and supervisors to challenge energized work assumptions early, before crews arrive at the equipment.

A complete process goes beyond opening a disconnect. The equipment must be identified, disconnected from all sources, locked and tagged according to procedure, released from stored energy where applicable, and verified dead using an adequately rated test instrument. The test instrument itself must be verified before and after absence-of-voltage testing. Where induced voltage, backfeed, stored energy, or other conditions are possible, the procedure must address those hazards specifically.

Audit actual lockout/tagout execution, not just the written procedure. Observe whether workers can identify all sources, whether disconnects are labeled correctly, whether group lockout steps are clear, and whether verification is performed consistently. Misidentified feeds and undocumented control-power sources are common failure points in older facilities.

Maintain Current Shock and Arc Flash Risk Assessments

The engineering analysis is the technical foundation of the electrical safety program. A current short-circuit study, coordination study, and arc flash study provide the data needed to understand available fault current, protective-device performance, incident energy, arc flash boundaries, and equipment labeling.

Start by validating field data. Study results are only as reliable as the system model behind them. Compare one-line diagrams to installed equipment, verify transformer data and conductor details, capture protective-device make and model information, and confirm actual trip settings. Changes that appear minor, such as a replaced breaker or a modified feeder, can affect coordination and arc flash results.

Arc flash labels should be legible, present on relevant equipment, and consistent with the current analysis. Labels help communicate nominal voltage, arc flash boundary, incident energy or PPE information, and other required hazard information. They do not replace task planning. A label cannot tell a worker whether a specific activity raises the likelihood of an arc flash, whether equipment is in normal operating condition, or whether an electrically safe work condition is feasible.

When incident energy is high, do not treat PPE as the only answer. Consider engineered and administrative risk-reduction measures: faster protective-device clearing, maintenance-mode settings where properly engineered and controlled, arc flash detection, remote operation, equipment replacement, current-limiting protection, and revised work methods. Each option has trade-offs involving cost, selective coordination, downtime, maintainability, and operating discipline. The right remedy depends on the equipment and the task.

Control Energized Electrical Work

Some diagnostic testing, troubleshooting, and commissioning activities may require energized conditions. When that is the case, the facility needs a disciplined process that distinguishes necessary energized work from avoidable exposure.

Require documented task planning before the work begins. The plan should identify the equipment, voltage, hazards, shock and arc flash boundaries, safe approach limits, qualified persons assigned, test instruments, PPE, insulating tools, barriers, and emergency response considerations. Where an energized electrical work permit is required by the program and applicable standard, it should be completed and approved before work proceeds.

Normal operation of properly installed and maintained equipment may be treated differently from invasive maintenance or diagnostic work. That distinction depends on the equipment condition and the activity. Racking a breaker, removing covers, probing conductors, or performing voltage measurements can introduce greater exposure than operating an enclosed device under normal conditions. Procedures should address the actual task rather than relying on broad labels such as “routine.”

Qualify, Train, and Audit Workers

A worker is not qualified simply because they hold a job title or completed a general online course. Qualification is task- and equipment-specific. Workers must demonstrate the skills and knowledge needed to recognize hazards, distinguish exposed energized parts, determine nominal voltage, establish boundaries, select PPE, use test instruments, and perform procedures safely.

Training records should identify the subject matter, attendees, instructor, completion date, and evaluation method. More importantly, supervisors should confirm that training transfers to field performance. Observe workers conducting absence-of-voltage verification, selecting gloves and protectors, inspecting PPE, interpreting labels, and completing job briefings.

Job briefings should be required before electrical tasks and adjusted to the complexity of the work. A quick conversation may be enough for a repetitive, low-complexity task under stable conditions. A switching operation, outage, generator tie-in, or energized diagnostic task requires a deeper discussion of hazards, sequence, communication, contingency actions, and stop-work authority.

Inspect PPE, Tools, and Safety Equipment

Arc-rated clothing, voltage-rated gloves, face protection, insulated tools, test instruments, temporary protective grounds, and barricades must be selected for the hazard and maintained for reliable use. Inspect equipment before use and remove damaged or questionable items from service.

For voltage-rated gloves and sleeves, maintain required inspection and testing intervals and protect them from mechanical damage. For test instruments, verify that the meter and leads have appropriate ratings for the environment and that workers understand the limits of the instrument category. A meter rated for the wrong application, or leads with damaged insulation, can turn a simple voltage check into a serious event.

Stocking PPE is not enough. Place it where work occurs, size it for the workforce, and prevent it from becoming shared equipment with unknown condition or missing components. Field availability affects compliance more than many organizations expect.

Turn Findings Into a Corrective Action Plan

The final step in an NFPA 70E compliance checklist is deciding what happens after the assessment. Rank gaps by exposure and consequence. Missing arc flash data at main switchgear, a failed breaker mechanism, or an energized work practice with no approval process should receive priority over administrative formatting issues.

Assign each corrective action to an owner, due date, budget path, and verification method. Some improvements can be completed quickly, such as replacing missing labels, correcting one-lines, issuing task-specific procedures, or retraining crews. Others require engineering, outage coordination, capital funding, and phased implementation. Track both categories with the same discipline.

The most useful electrical safety program is the one that changes the next job. When a worker can identify the hazard, establish safe isolation, rely on current engineering data, and stop work when conditions change, compliance becomes a working control rather than a document on a shelf.