An Arc Flash Study (also called Arc Flash Analysis or Arc Flash Hazard Analysis) is a systematic engineering evaluation of an electrical power system. It calculates the potential incident energy released during an arc flash event — a dangerous electrical explosion caused by a short circuit or equipment fault.
The study determines arc flash boundaries, identifies high-risk equipment locations, and specifies the exact Personal Protective Equipment (PPE) workers must wear. Without a current Arc Flash Study, workers may unknowingly approach energized equipment wearing insufficient protection.

Quantifies the thermal energy (cal/cm²) at a given working distance, determining required PPE arc rating.

Establishes the Limited, Restricted, and Arc Flash boundaries around each piece of equipment.

Recommends the correct NFPA 70E PPE category and creates equipment warning labels.

Aligns findings with NFPA 70E, IEEE 1584, OSHA, and IEC standards for full legal compliance.

Eliminates guesswork around PPE selection, reducing burns, injuries, and fatalities from arc flash events across your facility.

Satisfies NFPA 70E, OSHA, IEEE 1584, IEC 61482, and IEC 60909 requirements, protecting your organization from legal penalties and audits.

Proactive hazard identification reduces claims exposure, which can translate to lower workers' compensation and liability insurance premiums.

Identifying and mitigating arc flash hazards before an incident prevents costly equipment damage, repairs, and unplanned production shutdowns.

Every panel and switchboard receives a standards-compliant arc flash label, giving maintenance crews instant hazard awareness at the point of work.

Builds organizational awareness of electrical hazards, promotes safer work practices, and demonstrates leadership commitment to employee wellbeing.

Identifying protective device miscoordination during the study often leads to relay setting improvements that enhance overall system reliability.

A complete, standards-referenced study report demonstrates due diligence to insurers, regulators, and third-party auditors at any time.
Full technical report including system model, incident energy calculations, hazard boundary maps, graphical representations, and PPE recommendations for every equipment location.
NFPA 70E-compliant arc flash labels for each panel, switchboard, and MCC — displaying incident energy, PPE category, voltage, and arc flash boundaries.
Documented safe work practices, energized electrical work permits, and operating procedures tailored to your team's tasks and risk levels.
Actionable engineering and administrative controls — including relay setting adjustments and equipment upgrades — to reduce incident energy levels and hazard severity.
Personnel training recommendations, PPE selection guides, and implementation roadmap to embed arc flash safety into your daily operational culture.
Post-study consultation to address questions, support label installation, and assist with future system changes that may require study updates.











We use leading power system analysis software for precise incident energy modelling per IEEE 1584.

Every study simultaneously addresses NFPA 70E, IEEE 1584, IEC, and OSHA requirements in a single engagement.

With offices and projects across three continents, we understand local regulatory nuances everywhere we operate.

From initial data collection through label installation and staff training, we are your single point of contact.

India (New Delhi) · UAE (Dubai) · USA

+91-9810827158 / +91-9818257504

info@wireconsultants.com




































