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Eaton’s portfolio of electrical studies and services are designed to help your system operate more reliably, efficiently and safely. With one of the largest and most experienced teams in the industry, Eaton offers a wide range of options, including electrical coordination studies, which is a general phrase that refers to a complete short circuit, coordination, and arc flash study. Eaton also assists our customers with arc flash mitigation techniques, OSHA required electrical safety training, failure analysis and on-site investigations.
Eaton offers a comprehensive portfolio of advanced power system studies. Our portfolio far exceeds the average list of analysis and studies you’ll see from other study providers.
Eaton’s range of advanced electrical system studies offer utilities the most focused and systematic approach to system changes, enabling you to enhance power system performance and identify potential problems before they impact your system.
Eaton combines industry-leading products, services and expertise to create a total arc flash solution focused on prevention, protection and preparation. From analysis to detailed recommendations to mitigate arc flash hazards, we help you Reset Safety in your facility by improving system design and safety practices with the latest arc flash-related standards - from IEEE 1584 to NFPA 70E among others.
The threat of arc flash is serious and the consequences can be devastating. While a study is essential to assessing your risk, not all are created equal.
This white paper discusses how incident energy and arc-flash boundary are affected by electrode configuration, enclosure size and bus gap.
This white paper discusses arcing fault current, incident energy and arc-flash boundary results for each enclosed electrode configuration that challenges the assumption that HCB will always yield the worst-case incident energy and arc-flash boundary.
If you missed it, check out the recordings of our electrical safety/arc flash safety webinars. They are part of our electrical Industry applications on-demand webinar library.
Data collection
Short-circuit and protective device evaluation study
For this study, typical conductor impedances based on IEEE Std. 141-1993 are utilized, with transformer design impedances used when test impedances are not available. The study includes:
A calculation of short-circuit momentary and interrupting duties for a three-phase bolted fault is made for the following locations:
For grounded systems, a bolted line-to-ground fault current study will be provided.
Protective device coordination study
Arc flash analysis
View our catalog for a complete listing of electrical system studies, arc flash and coordination analysis services.
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