Ensure Compliance. Reduce Risk. Protect Your Workforce.

Electrical systems are the backbone of modern facilities, but they also present one of the most serious workplace hazards: arc flash events. An arc flash can produce temperatures hotter than the surface of the sun, creating intense heat, pressure waves, flying debris, and the potential for catastrophic injury, equipment damage, and operational downtime.

An Arc Flash Study provides the critical analysis needed to identify electrical hazards, establish safe work practices, and ensure compliance with industry standards. More importantly, it helps protect your employees, contractors, facilities, and bottom line.

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What Is an Arc Flash Study?

An Arc Flash Study is a detailed engineering analysis of your electrical distribution system that evaluates the potential energy released during an arc flash event. The study identifies hazard levels throughout your facility and determines the appropriate protective measures required to safely work on or around energized equipment.

The results provide facility owners and operators with the information needed to:

• Identify electrical system hazards and high-risk locations

• Determine required personal protective equipment (PPE)

• Establish safe working distances and procedures

• Improve worker safety and awareness

• Reduce the likelihood of injury and equipment damage

• Support compliance with industry standards and workplace safety regulations

• Minimize costly downtime and unexpected outages

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Who Needs an Arc Flash Study?

If your facility operates electrical equipment above 50 volts, an Arc Flash Study is likely necessary to support safe operation and maintenance practices.

Industries and facilities that commonly require arc flash assessments include:

Industrial Facilities
Manufacturing plants, processing facilities, refineries, and production environments with complex electrical systems.

Commercial Buildings
Office buildings, retail centers, mixed-use developments, and large commercial properties.

Healthcare Facilities
Hospitals, medical centers, laboratories, and healthcare campuses where continuity of power is critical.

Data Centers
Mission-critical facilities that depend on reliable electrical infrastructure and uptime.

Educational Institutions
Universities, schools, research facilities, and campus environments.

Government and Municipal Facilities
Federal, state, county, and local government buildings and infrastructure.

Any workplace where employees, contractors, or maintenance personnel may be exposed to energized electrical equipment should evaluate the need for an Arc Flash Study.

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Regulatory and Industry Standards

Arc Flash Studies are guided by recognized industry standards and safety regulations, including:

OSHA
The Occupational Safety and Health Administration (OSHA) requires employers to identify workplace hazards and provide a safe working environment. While OSHA does not specifically mandate an Arc Flash Study, compliance with electrical safety requirements often necessitates performing one.

NFPA 70E
The National Fire Protection Association's NFPA 70E: Standard for Electrical Safety in the Workplace establishes requirements for electrical safety programs, risk assessments, and PPE selection.

IEEE 1584
The Institute of Electrical and Electronics Engineers (IEEE) developed IEEE 1584, the industry-standard methodology for calculating arc flash incident energy and performing arc flash analyses.

Authorities Having Jurisdiction (AHJ)
Local code officials and regulatory bodies may adopt or enforce requirements related to electrical safety and arc flash compliance.

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Are There Any Exemptions?

 

Certain situations may not require a full Arc Flash Study, including:​

• Residential properties not subject to OSHA or NFPA 70E requirements

• Electrical systems operating below applicable voltage thresholds

• Temporary or low-risk installations with no anticipated exposure to energized conductors

• Equipment that is completely de-energized and properly locked out and tagged out during maintenance activities

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Because regulations vary by jurisdiction and facility type, a professional evaluation is recommended to determine applicability.

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Why Professional Engineering Expertise Matters

An Arc Flash Study is only as accurate as the data, analysis, and engineering judgment behind it. Proper studies require specialized training, experience, and a thorough understanding of electrical power systems.

Qualified Arc Flash professionals typically possess:

• A degree in Electrical Engineering or a related discipline

• Extensive experience with power distribution systems

• Training in NFPA 70E and IEEE 1584 methodologies

• Knowledge of applicable electrical and safety codes

• Professional Engineer (PE) licensure, where required or appropriate

Working with experienced engineering professionals ensures that recommendations are technically sound, defensible, and focused on real-world safety improvements.

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The Benefits of an Arc Flash Study

An Arc Flash Study delivers value far beyond compliance:

✅Protects employees and contractors from serious injury
✅Helps satisfy OSHA and NFPA 70E safety requirements
✅Improves facility safety culture and awareness
✅Reduces risk of equipment damage and unplanned outages
✅Supports maintenance planning and system reliability
✅Provides accurate equipment labeling and PPE requirements
✅Enhances operational continuity and risk management

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Partner With Experts in Electrical Safety

Electrical hazards cannot be left to guesswork. An Arc Flash Study provides the critical insight needed to protect personnel, maintain compliance, and ensure the reliability of your electrical infrastructure.

Whether you're operating a manufacturing facility, hospital, data center, commercial building, or public facility, our engineering team delivers comprehensive Arc Flash Studies designed to improve safety, reduce risk, and protect your investment.

Ready to Improve Electrical Safety?

Contact us today to schedule an Arc Flash Study and discover how our engineering expertise can help safeguard your people, equipment, and operations​​