Professional arc flash study and analysis that identifies hazard levels across your electrical system and specifies exactly what's needed to keep people safe around it.
Arc flash risks arise from high fault currents, improper protection coordination, and inadequate system design. Left unassessed, they put both personnel and equipment at serious risk during normal operation, maintenance, or fault conditions.
We've developed strong technical capacity in evaluating electrical power systems (industrial, commercial, and residential) to identify arc flash hazards and implement effective mitigation measures, calculated in accordance with IEEE 1584.
Incident energy levels and arc flash boundaries calculated per IEEE 1584, not estimated.
PPE category requirements defined precisely for each point in the system.
Electrical panels labelled with arc flash warning information as part of the study.
Concrete system improvement recommendations, not just a hazard report.
Electrical system parameters gathered and verified on site.
Establishing actual system operating conditions.
Determining fault levels at each point in the network.
Studies to confirm proper fault clearing times.
Incident energy levels and arc flash boundaries calculated to IEEE 1584.
It's an engineering analysis of your electrical system (load flow, short circuit, and protective device coordination) used to calculate arc flash hazard levels at each point and specify the PPE and controls needed to work near it safely.
They answer different questions. A safety audit checks the general integrity and compliance of an installation; an arc flash study specifically quantifies energy release risk during a fault, which a general audit doesn't calculate.
IEEE 1584, the recognised standard for arc flash hazard calculations.
Yes, labelling electrical panels with arc flash warning information is part of the deliverable.
Case studies for this service are being compiled. In the meantime, browse the full portfolio for examples of our work across sectors.
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