1
Set the scene
Start with context
Fill the frame
2–3 ft for close-ups; keep ladders, cords and workers fully in view.
Electrical
An Arc Flash Releases the Heat of the Sun's Surface
Catch the exposure before the panel explodes
An arc flash can reach 35,000°F, vaporize copper, and hurl a pressure blast and molten metal at anyone nearby — in a fraction of a second and with no warning. The burns are catastrophic and often fatal. OSHA Scan analyzes photos of electrical work to flag open live panels, missing arc-rated PPE, and workers inside the arc-flash boundary before an incident occurs.
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AI analysis preview
1
Hazard detectedSample report
1CriticalArc Flash Incident
May relate to 29 CFR 1910.333
35,000°F
Arc flash temperature — hotter than the sun's surface
5-10
Arc flash incidents per day in the US
$1M+
Typical cost of treating a single arc-flash burn
~15s
Typical time to get scan results
What this scenario looks like
An arc flash is an explosive release of energy caused by a fault between energized conductors or a conductor and ground. It produces intense heat, blinding light, a pressure wave (arc blast), and a spray of molten metal and shrapnel. It is one of the most violent hazards a worker can face and can occur while operating, testing, or working near energized equipment.
On site the hazard shows up as an open live panel or switchgear with a worker in front of it, energized work performed without an established arc-flash boundary, missing or mismatched arc-rated clothing and face protection, dropped tools bridging bus bars, and no evidence of an energized-work permit or de-energization. Dust, corrosion, loose connections, and rodent damage inside gear all raise the odds of a fault.
The trap is that arc flash is instantaneous and silent until it happens. A worker can stand at a panel a thousand times with no incident — until one loose connection, dropped tool, or insulation failure triggers a blast that burns them before they can blink. That is why verifying de-energization, boundaries, and PPE from a photo before the work is so valuable.
A labelled example scan for this scenario
Here is what an OSHA Scan report looks like for arc flash incident. It is an illustrative example built from this scenario's hazards — clearly marked, not live scan data.
Example report
Illustrative — not live scan dataCompliance score
47
Lower means more potential hazards found
3 potential hazards found
1 Critical1 High1 Medium
Arc Flash Incident
CriticalPossibly related to Selection and use of work practices (electrical) (29 CFR 1910.333)
Observed condition: An arc flash is an explosive release of energy caused by a fault between energized conductors or a conductor and ground.
Corrective action: De-energize and lock out equipment before work whenever feasible
High confidence
Arc Flash Incident: Safeguards for personnel protection
HighPossibly related to Safeguards for personnel protection (29 CFR 1910.335)
Observed condition: Requires electrical protective equipment and PPE, including arc-rated protection, and barriers or alerting techniques to protect workers from electrical and arc-flash hazards.
Corrective action: Install arc-resistant switchgear and remote racking/operation devices
Medium confidenceNot fully clear from the photo — verify on site.
Arc Flash Incident: Personal protective equipment — general requirements
MediumPossibly related to Personal protective equipment — general requirements (29 CFR 1910.132)
Observed condition: Requires hazard assessment and selection of appropriate PPE, the basis for matching arc-rated clothing to the calculated incident energy.
Corrective action: Apply arc-energy-reducing settings and current-limiting protection
High confidence
AI-generated analysisThese findings are potential hazards flagged by AI from a single photo. They are a starting point for your own review — not an official OSHA determination. Verify conditions on site with a qualified person before acting.
Why this scenario matters
Immediate consequences
Arc flash causes severe third-degree burns, blindness, hearing loss, lung damage, and death. The arc blast can throw a worker across a room and drive shrapnel into the body.
Legal & financial impact
Energized-work and PPE violations draw heavy OSHA enforcement. A serious violation runs over $16,000, willful violations exceed $160,000, and a single arc-flash burn can cost over a million dollars to treat and litigate.
Operational impact
An arc flash destroys equipment, can start fires, and shuts down power and production. Investigation, gear replacement, and downtime compound the human cost dramatically.
Industry-specific concerns
Electricians, maintenance techs, data-center and utility workers, and manufacturing crews work on or near energized gear daily, where incident-energy levels demand strict boundaries and arc-rated PPE.
How OSHA Scan detects this hazard
OSHA Scan uses an AI vision model to assess arc-flash exposure. Upload a photo of the work and it identifies open live panels and switchgear, checks for arc-rated clothing, gloves, and face protection, flags workers inside the arc-flash boundary and missing barriers with a severity rating, and cites the OSHA standard it may relate to — before the work proceeds.
Analyze your first photo freeScanning
1
Hazard found
Try it free
Scan a photo for arc flash incident now
Upload a real job-site photo and OSHA Scan detects visible hazards in seconds — no account needed to run your first scan.
- A list of visible arc-flash hazards — open panels and missing arc-rated PPE
- The OSHA standard each hazard may relate to, cited per finding such as 1910.335
- A scored, dated report noting what a photo can't confirm, downloadable as PDF or Excel
Live OSHA hazard analysis
Free instant AI scanPhoto scan — no account neededVideo walkthrough scan — free account
1Upload photo
2AI analysis
3See report
Use the real site or facility name. If you save the scan after signup, it becomes the report name.
Three angles, one deeper scan
Only the wide shot is required — every extra angle gives the AI more places to look.
Required: Set the scene — one wide shot lets the AI sweep the whole area at once
Stand at the entry point and capture corner to corner: floors, ladders, scaffolds, and everyone at work
or choose from your library
Drop a job-site photo or walkthrough video
Click to upload, drag & drop, or snap a photo on site. Photos scan free in about 15 seconds — no signup, no card. Video walkthroughs (up to 3 min) run on a free account.
Results in ~15sReferences relevant OSHA standardsPrivate - deleted in 48h unless you save it
Accuracy boosters
Small habits, sharper scans
2
Capture clearly
Make the frame usable
Light it right
Keep the sun or lights behind you — glare and shadows hide hazards.
Tap to focus
Tap the hazard on screen and hold still one second — blur can't be flagged.
3
Choose the useful view
Give the AI room to understand
Go landscape
Turn your phone sideways — a wider frame catches more of the scene.
No job-site photo handy?
or scan with video
Only upload photos you have permission to use, and avoid images showing personal, customer, or confidential information. Demo photos and results are held privately for up to 48 hours so you can save them to a free account; unclaimed photos are deleted automatically. Results are an AI-assisted preliminary review, not an official OSHA determination.
New: Video walkthrough scans
Record up to 3 minutes of your site — the AI extracts frames and flags every hazard with exact timestamps. Free account required.
Get the best results
Wide shot first
Stand at the entrance and photograph the entire work area so AI sees the full context
Hazard areas
Photograph elevated surfaces, equipment, electrical panels, and anywhere workers are active
Close-ups last
Move in close on anything damaged, missing, or that looks risky — the AI catches more detail
Real incident case study
Troubleshooting a live 480-volt panel without arc-rated PPE
The situation
An electrician opened an energized 480-volt panel to troubleshoot an intermittent fault, wearing only a standard uniform. He judged it a 'quick look' and did not establish an arc-flash boundary or don arc-rated gear.
What went wrong
While probing near the bus, his metal test lead slipped and bridged two phases, triggering an arc flash. The blast caused severe burns to his face, arms, and torso, and the pressure wave ruptured an eardrum.
How OSHA Scan would have prevented it
A single photo of the open live panel run through OSHA Scan would have flagged the energized work without arc-rated PPE or an established boundary as a critical arc-flash hazard, cited 29 CFR 1910.333, and prompted the electrician to de-energize and lock out or don full arc-rated protection under an energized-work permit before proceeding.
Lessons learned
There is no 'quick look' at a live panel. Work de-energized whenever possible, and when energized work is truly necessary, an arc-flash boundary, permit, and arc-rated PPE are mandatory — a fast photo scan confirms they are in place.
Prevention best practices
Layered controls, from most to least effective.
Engineering controls
Reduce or eliminate the arc energy a worker can be exposed to.
- De-energize and lock out equipment before work whenever feasible
- Install arc-resistant switchgear and remote racking/operation devices
- Apply arc-energy-reducing settings and current-limiting protection
- Maintain equipment to prevent loose connections, dust, and corrosion faults
- Label equipment with arc-flash boundary, incident energy, and required PPE
Administrative controls
Govern energized work with permits, boundaries, and analysis.
- Complete an arc-flash risk assessment and keep incident-energy labels current
- Require an energized-work permit and justification before any live work
- Establish and enforce the arc-flash boundary with barriers and signage
- Use a qualified worker and an attendant for energized tasks
- Follow NFPA 70E work practices and lockout/tagout before service
Personal protective equipment
Arc-rated protection matched to the calculated incident energy.
- Arc-rated clothing and arc flash suit rated at or above the incident energy
- Arc-rated face shield or hood with balaclava for the head and face
- Voltage-rated insulating gloves with leather protectors
- Hearing protection and dielectric footwear
OSHA compliance & citations
The federal standards this hazard may relate to.
29 CFR 1910.333
Selection and use of work practices (electrical)
Requires de-energizing circuits before work where possible and, when energized work is justified, safe work practices and protection against arc-flash and shock hazards.
Up to $16,550 per serious violation; $165,514 for willful or repeat
29 CFR 1910.335
Safeguards for personnel protection
Requires electrical protective equipment and PPE, including arc-rated protection, and barriers or alerting techniques to protect workers from electrical and arc-flash hazards.
Up to $16,550 per serious violation
29 CFR 1910.132
Personal protective equipment — general requirements
Requires hazard assessment and selection of appropriate PPE, the basis for matching arc-rated clothing to the calculated incident energy.
Up to $16,550 per serious violation
Incident response protocol
If an incident occurs, act fast and in order.
Immediate actions (first 5 minutes)
- 1Call 911 immediately for burn and blast injuries
- 2De-energize the source if it can be done safely from a distance
- 3Do not touch the victim until you confirm they are clear of live parts
- 4Cool burns with water and cover with clean, dry dressings
- 5Assign someone to direct emergency responders to the location
Emergency response (5-30 minutes)
- 1Cooperate fully with arriving emergency responders
- 2Keep the equipment de-energized and locked out for investigators
- 3Account for all workers and check for secondary fire
- 4Explain clearly how the arc flash occurred
- 5Photograph the equipment and PPE condition once allowed
Post-incident
- 1Notify OSHA within 8 hours for a fatality, or 24 hours for a hospitalization
- 2Launch an incident investigation within 24 hours
- 3Preserve the equipment, PPE, and permits as evidence
- 4Interview witnesses and the qualified worker while details are fresh
- 5Review arc-flash analysis and work practices and retrain the crew
Team training module
Workers will understand how arc flash occurs, recognize energized-work hazards and boundaries, and correctly select and use arc-rated PPE and safe work practices.
Train qualified workers before energized work, refresh at least every three years, and reinforce with a pre-task briefing using real photos of proper boundaries and PPE.
Training topics
- How arc flash and arc blast occur and their consequences
- Arc-flash boundaries and approach limits
- Reading arc-flash labels and incident energy
- De-energizing and lockout/tagout before work
- Energized-work permits and justification
- Selecting arc-rated clothing and PPE by cal/cm²
- Qualified vs. unqualified worker requirements
- Tool control and preventing phase-to-phase faults
- Emergency response to arc-flash burns
- OSHA and NFPA 70E requirements and penalties
Compliance checklist
Run these checks to stay ahead of citations.
Daily pre-work inspection
- Equipment de-energized and locked out where feasible
- Arc-flash boundary established and marked
- Arc-flash label reviewed for incident energy and PPE level
- Arc-rated clothing and suit rated for the task worn
- Arc-rated face shield or hood and balaclava in use
- Voltage-rated gloves with leather protectors inspected
- Energized-work permit completed if live work is justified
- Qualified worker and attendant assigned
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Frequently asked questions
What is an arc flash?
An arc flash is an explosive release of energy from an electrical fault, producing temperatures up to 35,000°F, a blinding flash, a pressure blast, and molten metal. It can cause fatal burns in a fraction of a second.
What is the arc-flash boundary?
The arc-flash boundary is the distance from exposed energized parts within which a person could receive a second-degree burn from an arc flash. Only qualified workers in proper arc-rated PPE may cross it.
When can workers perform energized electrical work?
OSHA requires de-energizing whenever feasible (29 CFR 1910.333). Energized work is allowed only when de-energizing introduces greater hazard or is infeasible, and then only with an energized-work permit, boundaries, and arc-rated PPE.
What arc-rated PPE is required?
PPE must be arc-rated at or above the calculated incident energy at the work distance, including arc-rated clothing or suit, face shield or hood, voltage-rated gloves with leather protectors, and hearing protection.
How is the required PPE level determined?
An arc-flash risk assessment calculates the incident energy (cal/cm²) at the working distance, which sets the minimum arc rating of clothing and PPE. Equipment should be labeled with this information under NFPA 70E.
Can ordinary clothing catch fire in an arc flash?
Yes. Non-arc-rated clothing, especially synthetics, can ignite and melt onto the skin in an arc flash, dramatically worsening burns. Only arc-rated materials that self-extinguish should be worn for the task.
What are the OSHA penalties for arc-flash violations?
A serious violation can cost over $16,000, and willful or repeat violations can exceed $165,000 per instance. Arc-flash burns also lead to major medical costs, litigation, and long recoveries.
How accurate is OSHA Scan at detecting arc-flash hazards?
OSHA Scan flags arc-flash exposure. It checks for open live panels, arc-rated PPE, and boundary violations, returning the location and OSHA citation.
Protect your electricians from arc flash today
Analyze a photo
Upload a photo of your electrical work and get instant, specific feedback on arc-flash exposure and missing PPE.
Get startedGet the prevention checklist
Put our expert arc-flash checklist to work before your next energized task to stay ahead of burns and citations.
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See how OSHA Scan fits your electrical operation and get recommendations for your specific equipment.
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See how other crews use OSHA Scan to confirm boundaries and PPE before working on energized gear.
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Review findings, organize chemical records, and open relevant official resources for your saved locations and work context.
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You make the final call. Review, edit, or dismiss any AI-flagged hazard before finalizing your inspection report.
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Scan chemical labels or upload legacy MSDS sheets to create structured drafts that support your team's search for and review of current official manufacturer Safety Data Sheets.
Contextual official resources
Open official OSHA and State Plan guidance, required posters, emergency contacts, and relevant publications for saved locations and work requirements.
What the AI can and can't detect
OSHA Scan reads a single photo. That makes it fast and easy for anyone on site — but it also means it has real limits. Here's an honest look at both.
What it can catch from a photo
- Missing or incorrect PPE that is visible in the frame
- Unprotected edges, open holes, and visible fall hazards
- Housekeeping, trip, and blocked walkway or exit hazards
- Visible electrical, struck-by, and equipment-guarding hazards
What a photo can't tell it
- Hazards hidden from view or anything outside the photo
- Exact heights, distances, weights, or measurements
- Training records, procedures, or how equipment is actually used
- Full legal compliance or an official OSHA pass/fail determination
OSHA Scan gives an AI-assisted preliminary review from a photo. It does not replace an on-site inspection by a qualified safety professional, and a compliance score is not an official OSHA determination.
Reviewed by OSHA Scan Editorial
Last updated August 29, 2026
This content is produced by the OSHA Scan Editorial team and reviewed with AI assistance. It is general safety information, not legal or compliance advice. OSHA Scan is an independent tool and is not affiliated with, endorsed by, or certified by OSHA or the U.S. Department of Labor.
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