Saturn Pyro provides Electrical Arc Flash Hazard Analysis and ETAP Power System Study services for industrial, commercial, infrastructure and critical facilities. Using ETAP, we model your electrical network to calculate fault levels, protection operating time, incident energy, arc flash boundary and PPE requirements. This helps your team understand the real hazard before electrical work is carried out. Arc flash is a dangerous electrical fault event where energy is released through the air. It can cause burns, blast pressure, fire, equipment damage and serious injury to personnel working near electrical panels. The hazard level depends on system voltage, available fault current, protection clearing time, working distance and equipment configuration. That is why proper calculation is required. Review drawings, equipment data, settings and site conditions. Develop the ETAP electrical distribution model. Run load flow, fault, coordination and arc flash studies. Identify risk, protection gaps and improvement actions. Provide reports, labels, findings and recommendations. Arc flash labels provide clear safety information for personnel before working near electrical equipment. Arc flash assessment is commonly guided by recognised electrical safety and calculation references. ETAP Power System Study and Arc Flash Assessment Arc Flash Hazard Analysis Saturn Pyro’s ETAP-based Arc Flash Hazard Analysis combines site assessment, power system modelling, short-circuit analysis, protection coordination, incident energy calculation, labelling, PPE guidance and team awareness support.
Arc Flash Hazard Analysis • ETAP Power System Studies
Arc Flash Risk Is Not Visible. It Must Be Calculated.
ETAP-based arc flash analysis, short-circuit study and protection coordination for safer electrical work.
Model the system. Calculate the hazard. Label the risk. Improve electrical safety.
What Is Arc Flash?
Fault Current + Protection Time + Working Distance = Incident Energy and Arc Flash Risk
Why ETAP Is Used
Digital Electrical Model ETAP creates a model of the real electrical network for engineering simulation and calculation.
Accurate Fault Calculation Short-circuit levels are calculated to understand available fault energy at each location.
Protection Timing Matters Breaker and relay clearing time strongly affects arc flash incident energy and PPE requirements.
What Saturn Pyro Offers
Site Data Collection Review SLD, transformer data, switchgear, breakers, relays, cables, settings and connected loads.
ETAP System Modelling Build or update the electrical model to simulate load flow, faults and protection behaviour.
Short-Circuit Study Calculate available fault current and verify equipment rating against fault duty.
Protection Coordination Review device operation, selectivity and tripping sequence to improve fault isolation.
Arc Flash Calculation Calculate incident energy, working distance, arc flash boundary and required PPE level.
Labels and Report Provide arc flash labels, study report, findings, concerns and practical recommendations.
Study Deliverables
Site assessment Single Line Diagram review ETAP model Load flow study Short-circuit analysis Protection coordination Incident energy calculation Arc flash boundary PPE recommendation Warning labels Equipment rating review Engineering report Findings and concerns Corrective actions
Study Approach
1
Assess
2
Model
3
Analyse
4
Review
5
Deliver
Arc Flash Outputs
Incident energy Arc flash boundary Working distance Required PPE level Shock approach boundaries High-risk locations Safety precautions Warning label details
Warning Labels
Equipment ID Nominal voltage Incident energy Working distance Arc flash boundary PPE level Shock hazard Safety instructions
Client Support Required
Latest SLD Equipment details Breaker settings Relay settings Cable information Site access Panel access Operating information
Relevant References
IEEE 1584 NFPA 70E OSHA 1910.335 Local site safety rules Electrical safety procedures
Why Arc Flash Assessment Is Important
Improve electrical workplace safety Identify high-risk locations Define safe working distance Select suitable PPE Improve protection coordination Reduce injury risk Reduce equipment damage risk Provide clear warning labels Support safety awareness Support maintenance planning
Study Visuals and Reference Images
Structured Electrical Safety Through Engineering Analysis
Arc Flash Hazard Analysis | ETAP Power System Studies | Electrical Safety Support
Malaysia
