NFPA 70E Energized Electrical Work Permit
NFPA 70E Energized Electrical Work Permit template for documenting why energized work is required, the hazard analysis, PPE, and approvals before work begins.
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Overview
This NFPA 70E Energized Electrical Work Permit template is used to document live electrical work before it starts. It captures the work request, equipment and circuit details, the reason de-energization was not performed, shock and arc flash analysis, required PPE, and the worker and approver acknowledgments.
Use it when a qualified person must work on energized equipment and the organization needs a clear record of why that decision was made and what controls are required. The template is especially useful for maintenance, troubleshooting, testing, and emergency repair tasks where the hazard cannot be eliminated by shutting equipment down first.
Do not use it as a generic electrical work form or for routine de-energized tasks. If the job can be isolated, locked out, and verified de-energized, a permit for energized work is the wrong document. It is also not a substitute for a current hazard study, a qualified worker review, or site-specific electrical safety procedures.
The form is designed to keep the record focused and auditable: only the fields needed to justify the work, define the hazard boundaries, and confirm the protective controls should be collected. That makes it easier to review, approve, and retain without adding unnecessary PII or extra administrative burden.
Standards & compliance context
- The permit supports NFPA 70E-style energized work documentation by recording justification, hazard analysis, PPE, and authorization before the task starts.
- For public-facing or shared forms, keep the field set aligned with GDPR data minimization and collect only the PII needed for approval and audit trail purposes.
- If the form is used in an HR or contractor intake context, use clear consent language and avoid collecting unnecessary personal data.
- Where worker identity is required, the form should still support accessibility expectations under WCAG 2.1 AA with clear labels, validation, and keyboard-friendly controls.
General regulatory context for orientation only — verify current requirements with counsel or the relevant agency before relying on this template for compliance.
What's inside this template
Work Request Details
This section establishes the job, location, and whether energized work is truly required before the rest of the permit is completed.
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Work Order Number
Internal work order or maintenance ticket reference.
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Request Date
Date the permit request is submitted.
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Work Location
Specific room, area, plant, or site location where the work will occur.
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Is energized electrical work required?
Select yes only if the task cannot be performed de-energized.
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Type of Work
Select all activities that apply.
Equipment and Circuit Information
This section identifies the exact asset and electrical conditions so the hazard review applies to the right equipment.
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Equipment Description
Describe the equipment or circuit involved, including panel, switchgear, motor control center, or other asset.
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Equipment ID / Asset Tag
Optional asset identifier if available.
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Nominal Voltage (V)
Enter the nominal system voltage in volts.
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Equipment Condition
Select the current operating condition of the equipment.
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Single-line diagram available?
Indicate whether an up-to-date single-line diagram is available for the equipment.
Justification and De-Energization Review
This section records why the work cannot be done de-energized and what alternatives were considered first.
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Justification for Energized Work
Explain why the task must be performed energized and why de-energizing is not practical, feasible, or would create additional hazards.
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Was de-energization attempted or evaluated?
Confirm whether lockout/tagout or other de-energization options were evaluated.
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De-Energization Barriers or Constraints
Select all reasons that apply if the equipment cannot be de-energized.
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Alternate Risk Controls
Describe any alternate controls used to reduce risk, such as barriers, remote operation, or restricted access.
Shock and Arc Flash Analysis
This section documents the hazard analysis that drives the approach boundaries and protective controls.
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Shock hazard analysis completed?
Confirm that a shock risk assessment has been completed.
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Arc flash analysis completed?
Confirm that an arc flash risk assessment has been completed.
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Incident Energy (cal/cm²)
Enter the calculated incident energy at the working distance, if available.
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Arc Flash Boundary (ft)
Enter the arc flash boundary distance in feet.
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Limited Approach Boundary (ft)
Enter the limited approach boundary in feet.
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Restricted Approach Boundary (ft)
Enter the restricted approach boundary in feet.
PPE and Work Controls
This section translates the hazard analysis into the tools, clothing, and protective equipment the worker must use.
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PPE Category
Select the arc-rated PPE category or equivalent work method used for this task.
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Arc-Rated Clothing Required
Check if arc-rated clothing is required for this task.
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Insulated Tools Required
Check if insulated tools are required.
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Voltage-Rated Gloves Required
Check if voltage-rated gloves are required.
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Additional PPE or Protective Equipment
List any additional PPE, face protection, hearing protection, or insulating equipment required.
Personnel, Authorization, and Acknowledgment
This section creates the approval trail and confirms the qualified worker and supervisor have reviewed the permit.
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Qualified Worker Name
Name of the qualified person performing the work.
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Supervisor / Approver Name
Name of the supervisor or authorized approver.
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Safety review completed?
Confirm that the electrical safety review has been completed before work starts.
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Worker Signature
Signature confirming the worker understands the hazards and controls.
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Approver Signature
Signature confirming authorization to proceed with energized work.
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Consent to collect and store submission details
By submitting this permit, you consent to the collection and storage of the information provided for safety, compliance, and audit trail purposes. Do not include unnecessary PII.
How to use this template
- Enter the work order number, date, location, and work type, then mark whether energized work is actually required for the task.
- Identify the equipment, circuit, nominal voltage, condition, and whether a single-line diagram is available so reviewers can verify the exact asset.
- Document the justification for energized work, the de-energization attempt or barrier, and any alternate controls that reduce risk.
- Record the shock and arc flash analysis results, including incident energy, arc flash boundary, and any limited or restricted approach boundaries that apply.
- Select the required PPE and tools, then have the qualified worker, supervisor, and approver review and sign the permit before work begins.
Best practices
- Use conditional logic so de-energization barriers, PPE, and boundary fields only appear when energized work is confirmed.
- Keep equipment descriptions specific enough to identify the exact asset, panel, feeder, or circuit without relying on free-text guesswork.
- Require a current hazard analysis reference before the permit can be approved, rather than letting users self-certify PPE from memory.
- Capture the minimum necessary PII and include a clear consent line only for worker identification and acknowledgment fields.
- Attach or link the single-line diagram, switching plan, or hazard study when available so reviewers do not have to search for supporting documents.
- Make the approval step explicit and block submission until the required signatures or electronic acknowledgments are complete.
- Review the permit again if the equipment condition, voltage, or work scope changes after submission, because the original controls may no longer apply.
What this template typically catches
Issues teams running this template most often surface in practice:
Common use cases
Frequently asked questions
When should this permit be used?
Use this permit any time electrical work must be performed on or near energized equipment instead of being de-energized first. It is meant for planned work that needs documented justification, hazard analysis, and approval before the task starts. If the work can be safely de-energized, this template should not be used as a shortcut around lockout/tagout.
What does this template capture that a normal work order does not?
A normal work order usually tracks the task itself, while this permit records the safety decision-making behind energized work. It captures the justification, de-energization review, shock and arc flash analysis, PPE, approach boundaries, and sign-off trail. That makes it useful when you need a clear audit trail for why energized work was approved.
Who should complete and approve the permit?
A qualified worker or supervisor should complete the technical details, and the required approver should review the hazard controls before work starts. In many organizations, safety or electrical leadership also reviews the permit when the task has elevated risk. The key is that the person approving the permit understands the equipment, the hazards, and the controls listed on the form.
How often is this permit filled out?
It is typically completed for each energized work job, not as a standing annual form. If the work scope, equipment, voltage, or hazard conditions change, the permit should be updated or reissued. Reusing an old permit without checking current conditions is a common failure point.
How does this template support NFPA 70E compliance?
The template prompts users to document the justification for energized work, the hazard analysis, the PPE selection, and the required approvals. That structure supports the recordkeeping and decision discipline expected under NFPA 70E-style electrical safety programs. It does not replace a qualified assessment, but it helps make the assessment visible and reviewable.
What are the most common mistakes when using this permit?
Common mistakes include leaving the de-energization review blank, selecting PPE without documenting the hazard analysis, and using vague equipment descriptions that make the permit hard to audit later. Another issue is treating the permit as a signature form instead of a control document. The permit should show what was checked, what was ruled out, and what protections are required.
Can this template be customized for different facilities or voltage classes?
Yes. You can add facility-specific approval steps, equipment tags, voltage ranges, or required attachments such as a single-line diagram or switching plan. Many teams also tailor the conditional logic so certain fields appear only for higher-voltage work or specific equipment types. Keep the form focused on the minimum necessary data for the job.
Can this permit connect to other safety or maintenance systems?
Yes. It can be linked to work orders, asset records, maintenance tickets, or document storage for diagrams and hazard studies. Integrations are especially useful when you want the permit to pull equipment IDs, location data, or approver names automatically. That reduces duplicate entry and helps preserve the audit trail.
What should happen after the permit is submitted?
The permit should move to review and approval before work begins, then be retained with the job record after completion. If the hazard conditions change during the task, the permit should be revisited rather than ignored. A clear post-submit workflow helps prevent workers from starting energized work before the required controls are in place.
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