Low Voltage SCCAF Studies

Electrical Safety Studies That Keep Facilities Protected

Comprehensive short-circuit, coordination, and arc flash studies to ensure system reliability, regulatory compliance, and personnel safety.

Short-circuit analysis Arc flash hazard NFPA / OSHA

Practical recommendations for safer, more reliable low-voltage systems

Low voltage electrical systems in a data center

Hidden electrical risks create real operational exposure

Unknown fault current Risk Inaccurate fault current data can leave equipment improperly rated for real system conditions.
Poor device coordination Critical Protective devices that trip out of sequence can cause unnecessary outages and extended downtime.
High arc flash energy Safety Excessive incident energy can expose personnel to severe hazards during energized work.
Compliance uncertainty Unknown NFPA, OSHA, NEC, and facility documentation requirements can be difficult to maintain without updated studies.

Safety-first engineering that remains practical in the field

Field-Driven Approach

Recommendations grounded in actual operating conditions and equipment constraints, not theoretical assumptions.

Safety-First Optimization

Balance reliability and personnel protection without compromising one objective for the other.

Actionable Recommendations

Clear solutions for settings, labeling, equipment ratings, and mitigation steps that teams can implement.

Engineering capabilities

Short-Circuit Analysis

Determine fault current levels and validate equipment ratings across the system.

Protective Device Coordination

Develop time-current curves and optimize protective device settings.

Arc Flash Hazard Analysis

Calculate incident energy and define arc flash boundaries.

Equipment Evaluation

Assess whether existing equipment meets required withstand and interrupting ratings.

Settings Implementation

Provide and support recommended relay and breaker settings.

Compliance & Labeling

Deliver arc flash labels and documentation aligned with NFPA and OSHA standards.

From field data to implementation support

1

Project Scoping

Gather system data, drawings, and operational requirements.

Data collection

2

System Modeling

Build a detailed electrical model using simulation software.

Verified topology

3

Analysis Execution

Perform short-circuit, coordination, and arc flash studies.

SCCAF study suite

4

Optimization

Validate results and refine recommendations for safety and performance.

Practical mitigation

5

Final Delivery

Provide reports, labels, and implementation guidance.

NFPA / OSHA aligned

Built on practical field experience

500+
Projects
60%
Incident Energy Reduction
NFPA
70E Alignment

Industrial Sites, Chemical Plants, and Data Centers

INS engineers have collectively completed more than 500 electrical safety studies across industrial sites, chemical plants, and data centers. Typical results include reduced incident energy at critical equipment, improved protective device coordination, and compliance-ready documentation for facility safety programs.

Know Your Electrical System Risk Before the Next Event.

Get a comprehensive electrical system study tailored to your facility, safety program, and operational constraints.

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