Coordination modeled at real load
Use the connected load current and shutdown objective instead of treating VA as a coordination promise.
Panel engineering, made observable
Navigate power distribution platforms by load, coordination, topology, installation format, and network visibility. From a single workstation to a row of edge racks, every selection starts with electrical facts rather than a generic capacity label.
Selection matrix
Confirm the exact model datasheet before procurement. Values below describe practical selection bands, not universal ratings for every product.
Engineering checkpoints
Capacity alone does not settle a panelboard specification. Review upstream protection, available fault current, grounding, plug and receptacle compatibility, thermal conditions, breaker access, and downstream shutdown behavior before release.
Use the connected load current and shutdown objective instead of treating VA as a coordination promise.
Document breaker identity, access clearance, storage conditions, and replacement intervals for the operating environment.
Map overcurrent, ground-fault, overload, and replacement signals to the people who can act.
Check nominal voltage, frequency, waveform needs, power factor, connectors, approvals, and communications at exact part-number level.
Build a traceable power brief
Our intake captures the details that influence capacity, coordination, protection architecture, installation, and monitoring.