Showgear - PowerCore 63.15s

The Showgear PowerCore 63.15s is designed for professional installations requiring reliable, protected and easy-to-supervise power distribution. Its design places a clear emphasis on safety: each output has its own RCBO, enabling both earth faults and overcurrents to be detected. In the event of a problem, only the circuit concerned is isolated, keeping the whole system operational without global interruption, which is particularly appreciated in an event or stage context.

The unit also makes it easy to check the installation visually, thanks to LED indicators on each output. A quick glance is all it takes to check the status of the circuits. The 3.14" LCD screen provides a detailed reading of numerous parameters, including voltage, power, current and phase information. This ability to monitor energy status in real time means that problems can be anticipated and sensitive equipment can operate more smoothly.

The PowerCore 63.15s incorporates a wattmeter compatible with the MdbuS communication protocol, making remote supervision possible when part of a PowerCore network or wider control system. For events requiring several units, this function is particularly useful for monitoring the overall load and quickly assessing anomalies.

Showgear has also paid particular attention to the robustness of its construction. The CNC-machined aluminium front panel and PCE connectors enhance the chassis' durability, while ensuring exemplary reliability in demanding environments. The whole system is designed to withstand intensive use, whether on tour, in a fixed installation or on stage.

Thanks to a wide range of connectors including a 63 A CEE5P input, Schuko, Type F and Socapex 19-pin outputs, the PowerCore 63.15s can be adapted to a wide range of configurations. Compatibility with a three-phase AC 3-Phase + N + PE network means it can be integrated into virtually any professional infrastructure. Its 4U rack-mountable format makes it easy to integrate into an existing flightcase or technical rack without any special modifications.