⚡ IEEE 1584-2018 (Incident Energy Cal/cm² @ 18" Working Dist, Arc Flash Boundary)

IEEE 1584 Arc Flash Energy Calculator

Calculate three-phase arcing current, incident energy exposure (Cal/cm² at 18" working distance), and Arc Flash Boundary distance (inches to 1.2 Cal/cm² second-degree burn threshold) under the advanced IEEE 1584-2018 model: evaluate enclosure dimensions (VCB / VCBB / HCB electrode configurations), and electrical power engineering study profits.

1. Project & Operating Inputs

Electrical Switchboards & Panels Studied (Bus Count e.g. 65 Substation Buses)

Available Bolted Fault Current (kA e.g. 42.0 kA Symmetrical S/C)

Customer Invoiced Fee for Full Plant IEEE 1584 Study & Labels ($ / Bus)

ETAP/SKM Software Run, On-Site Breaker Data Collection, PE Stamp ($ / Bus)

2. Financial Breakdown & Yield

IEEE 1584-2018 ARC FLASH MODEL

Turnkey Arc Flash & Coordination Study Profit

Electrical Power Engineering Margin

0.0%

Gross Revenue / Bill

Total Project CapEx

Operating / Material Cost