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# Load schedule builder

Paste a circuit list and get a panel schedule with phase allocation, per-phase totals, imbalance, and diversified demand.

Where a circuit carries no power factor of its own, the board's assumed figure converts its kW to kVA, so keep that honest. Per-phase currents divide each phase's kVA by V_LL over root three; on a three-wire board a single-phase entry is really a line-to-line load, so those line figures are the balanced-equivalent approximation, not a vector solution. What this page does not do: neutral current, third-harmonic loading on the neutral, volt drop, fault level, or protective device coordination. The overall demand factor is a guess you own; the schedule is a working document for the drawing office, not a design certificate. Print it from the browser if you want paper.
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## More unit & math tools

- [Average and median](/converters/statistics)
- [4-20 mA scaling](/converters/4-20ma-scaling-calculator)
- [Unit converter](/converters/units)
[All unit & math tools](/converters)

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