NFPA 70E Energized Electrical Work Permit
This NFPA 70E Energized Electrical Work Permit template documents why energized work is necessary, the hazards present, the PPE required, and who authorized the job. Use it to control high-risk electrical tasks before work begins.
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Overview
This NFPA 70E Energized Electrical Work Permit template is built for jobs that cannot be completed with equipment de-energized. It captures the permit details, the reason energized work is necessary, the shock and arc flash risk assessment, the PPE and work controls, the qualified personnel involved, and the final approval and worker acknowledgment.
Use it when a task requires exposure to live electrical parts, such as troubleshooting, testing, measurements, or other limited energized work. The form helps the reviewer confirm that de-energizing was considered, that hazards were identified, and that the crew has the right PPE and controls before starting. It also creates a clear audit trail for the job, which is useful for safety review and incident follow-up.
Do not use this template as a generic maintenance form or as a substitute for lockout/tagout when the equipment can be safely isolated. It is also not the right fit for low-risk administrative tasks, routine inspections that do not require exposure, or jobs where the hazard assessment is incomplete. If your site needs anonymous reporting, a separate incident form, or a broader contractor onboarding workflow, those should be handled in different templates. This permit works best when energized work is rare, tightly controlled, and reviewed by qualified personnel before execution.
Standards & compliance context
- The permit supports NFPA 70E-style energized work controls by documenting justification, hazard assessment, PPE, and authorization before work begins.
- The form should follow the minimum-necessary principle by collecting only the fields needed to assess and approve the energized task.
- If worker names or other PII are collected, include a clear disclosure about how the information will be used and retained in the audit trail.
- For public-facing or shared intake use, the form should meet WCAG 2.1 AA expectations with clear labels, validation, and keyboard-accessible controls.
- If the permit is used in a broader safety program, align the approval and acknowledgment steps with your site’s lockout/tagout and qualified-person procedures.
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
Permit Details
This section anchors the job to a specific work order, place, and time window so the permit can be tracked and audited.
- Permit title
- Work order or ticket number
- Facility / site location
- Permit date
- Planned work start time
- Planned work end time
Energized Work Justification
This section explains why the task must be performed energized and helps reviewers verify that deenergization was considered first.
- Equipment / circuit description
- Nominal voltage level
- Description of energized work
- Why de-energization is not feasible
- Type of energized work
- Describe other work type
Shock and Arc Flash Risk Assessment
This section records the hazards and boundaries that determine whether the job can proceed and what controls are required.
- Shock hazard present?
- Arc flash hazard present?
-
Incident energy value
Enter the calculated incident energy if available.
- Incident energy units
-
Limited approach boundary distance
Enter the applicable boundary distance and units if used in the job plan.
- Risk controls to be used
- Describe other risk controls
PPE and Work Controls
This section turns the hazard assessment into action by listing the protective equipment, briefing status, and additional safeguards.
- PPE required
- Describe other PPE
- Pre-job briefing completed?
- Lockout/tagout alternatives reviewed?
- Additional controls / work instructions
Personnel and Qualifications
This section confirms that the people assigned to the job are qualified and that supervision is identified before work starts.
- Requestor name
- Qualified worker / lead electrician
- Crew size
- All workers are qualified for the task?
- Supervisor / manager name
Approvals and Acknowledgment
This section captures the final authorization and worker sign-off needed to create a complete permit record.
- Safety review required?
- Approver name
- Approval date
-
Permit authorized for energized work
Check only when all required controls, PPE, and approvals are complete.
-
Worker acknowledgment
I understand the hazards, controls, and stop-work expectations for this permit.
How to use this template
- 1. Enter the permit details, including the work order number, facility location, date, and planned start and end times for the energized task.
- 2. Describe the equipment, voltage level, and exact work to be performed, then state why deenergization is not feasible or would create a greater hazard.
- 3. Complete the shock and arc flash risk assessment by marking the hazards present, recording incident energy and shock boundary data, and selecting the required controls.
- 4. List the PPE, briefing status, lockout/tagout review, and any additional controls so the crew knows what must be in place before work begins.
- 5. Confirm the qualified worker, crew size, and supervisor details, then route the permit for safety review and authorization before the job starts.
- 6. Capture the approver name, approval date, permit authorization, and worker acknowledgment, then file the completed permit with the work record for audit trail purposes.
Best practices
- State the deenergization reason in plain language so reviewers can tell whether the job truly requires live work.
- Use conditional logic to show only the PPE and control fields that apply to the selected work type or voltage range.
- Record incident energy and shock boundary values in the correct units instead of leaving them as free-text notes.
- Require a qualified worker confirmation before the permit can be approved, not after the job has started.
- Document the job briefing before authorization so the crew can review hazards, boundaries, and stop-work expectations together.
- Keep the form focused on the minimum necessary data and avoid collecting unrelated personal details or extra narrative fields.
- Add a clear post-submission line that explains who receives the permit, who can reject it, and where the record is stored.
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 before any task that must be performed on or near energized electrical equipment. It is meant for work where de-energizing is not feasible, would create greater hazards, or would interrupt essential operations. If the job can be safely de-energized, this permit should not be used as a substitute for lockout/tagout.
What work belongs on this permit and what does not?
This template fits energized troubleshooting, diagnostics, testing, voltage measurements, and other tasks that require exposure to live parts. It does not replace a general maintenance work order, an incident report, or a lockout/tagout procedure. If the task is routine and can be completed with the equipment isolated, document it under your normal safe-work process instead.
Who should complete and approve the permit?
The requestor or supervisor usually starts the form, but a qualified worker and an authorized approver should review the hazards and controls before work begins. Many organizations also require safety review for higher-risk jobs or unusual conditions. The key is that the person approving the permit has enough authority and technical knowledge to confirm the work is justified.
How often do I need a new permit?
Create a new permit for each energized job, each work order, or each distinct task window, depending on your site policy. If the equipment, location, scope, or hazard profile changes, the permit should be updated or reissued. A permit should not be reused across unrelated jobs just because the equipment type is similar.
What fields are most important to complete accurately?
The justification, voltage level, hazard assessment, incident energy, shock boundary, PPE, and authorization fields are the most critical. Those entries show why the work must be energized and what controls are in place to reduce risk. Missing or vague entries in those sections are a common reason permits fail review.
How does this template support compliance and audit trails?
It creates a dated record of the justification, risk assessment, PPE, briefing, and approvals tied to a specific job. That audit trail helps demonstrate that energized work was reviewed before execution and that workers acknowledged the controls. It also makes it easier to show consistent process use during internal safety reviews.
Can this template be customized for different facilities or equipment types?
Yes. You can add facility-specific approval steps, equipment categories, or control checklists without changing the core permit structure. Many teams also add conditional logic for voltage ranges, arc flash boundaries, or site-specific PPE rules so the form stays short when fewer fields apply.
What are common mistakes when using an energized work permit?
Common mistakes include leaving the deenergization reason too vague, skipping the risk assessment, selecting PPE without matching it to the hazard, and forgetting the worker acknowledgment. Another frequent issue is over-collecting fields that are not needed, which makes the form harder to complete and review. The permit should stay focused on the minimum information needed to authorize the job safely.
How does this compare with handling energized work informally?
An ad hoc email or verbal approval leaves gaps in justification, hazard review, and accountability. This template standardizes the record so the same questions are asked every time and the same approvals are captured. That consistency is especially useful when multiple supervisors, contractors, or shifts are involved.
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