Coordination Studies ensure your electrical system is designed to isolate faults at the right level, preventing unnecessary outages and improving system reliability.
We analyze how your protective devices interact to keep your operation running safely and efficiently.
A properly coordinated system ensures only the breaker closest to the fault trips. This keeps the rest of your facility running and prevents widespread shutdowns during minor electrical events.
By fine-tuning how and when devices trip, coordination studies help avoid cascading failures that can damage equipment and put workers at risk.
Coordination allows your system to respond precisely during overloads or faults, reducing wear on components and helping your infrastructure run more smoothly.
When minor faults cause upstream breakers to trip, shutting down more of the system than necessary.
Ensuring new components are properly integrated into the existing protection scheme.
Old settings may no longer reflect the actual system behavior or fault levels.
Confirming that coordination is in place before performing energized work.
A study can reveal miscoordination issues that led to an outage or equipment damage.
Ensuring faults are cleared locally without affecting upstream systems.
Avoiding conflicts between utility fuses and building protection equipment.
Matching protection timing for alternate sources during switchover.
Optimizing fault isolation in campuses or large commercial facilities.
Ensuring motors aren’t tripping upstream protection on inrush or faults.

Examples: Airport terminals, control towers, train stations, metro systems, etc.

Examples: Production line sequencing, power distribution optimization, motor coordination, etc.

Examples: Shopping malls, office towers, corporate campuses, etc.

Examples: Bases, municipal buildings, transportation hubs, etc.

Examples: Universities, research labs, testing centers, etc.

Examples: Power substations, solar arrays, battery storage systems, etc.

Examples: Server farms, colocation facilities, telecom hubs, etc.

Examples: Bottling facilities, plastic molding plants, automated warehouses, etc.
We don’t just talk safety, we deliver it. These case studies show how our Arc Flash expertise has made a measurable difference for facilities like yours.
Case Information:
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Case Information:
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Still have questions about Coordination Studies?
These answers will help clarify how the process works and what to expect.
It’s an engineering analysis that ensures protective devices (like breakers and fuses) are timed and rated to isolate electrical faults at the correct level, preventing upstream shutdowns.
A minor fault could trip a main breaker, shutting down an entire building or facility. Poor coordination leads to unnecessary downtime and potential equipment damage.
Yes. Arc flash analysis depends on coordination data to calculate incident energy levels accurately. They complement each other and should be performed together.
A detailed report with time-current curves (TCCs), device setting recommendations, and coordination improvements. We also provide digital and printed versions for your records.