LT Distribution Panel

The LT Distribution Panel is regarded as the "central point" of all low voltage distribution networks. In essence, this location is where every outgoing feeder, all protection decisions, and all maintenance activities will eventually get interconnection. To that end, the manufacturing of these panels begins with a load study, a fault level calculation, and an analysis of the actual operation of the facility rather than being solely dependent upon the drawings provided for assembly to be completed. This manufacturing methodology results in a panel that operates in a stable condition during normal continuous duty operations rather than simply operating in a steady-state condition during testing.

The internal structure of each panel features separate compartments to provide for safe routing and quick access to the components within the individual compartments during periods of maintenance or outage. As such, bus bars have been sized to reflect the actual loading that will be required during the normal operation of the panel, rather than theoretical load values. Additionally, proper heat dissipation, the ability of the distribution panel to withstand a short-circuit, and reliable breaker coordination all work to create a panel that will avoid nuisance tripping of breakers during the peak production cycle. There is sufficient area provided in each panel to accommodate future feeders for the same reason that many facilities will expand earlier than originally planned.

The wiring arrangement is organized, so troubleshooting time will be kept to a minimum. Depending on the needs of the project, protective devices, metering, and monitoring can be added. This Low Voltage Distribution Panel is suitable for use in manufacturing facilities, commercial buildings, utility businesses, and infrastructure projects that need an uninterrupted supply but do not need to look new.

Performance stays consistent with many years of use, maintenance stays predictable, and power flow is controlled. That is how we look at distribution panels as working assets, rather than simply boxes of parts.