Juice Goose CQ-PD1-4 Four-Circuit Sequenced 80A Power Distribution System with Remote Control Capability

The Juice Goose CQ-PD1-4 is an industrial-grade, high-amperage power distribution and sequencing system engineered for the most demanding applications in large-scale professional audio, broadcast, and theatrical installations. This system is designed to manage up to 80 amps of total current distributed across four independent, sequenced circuits. Its primary function is to automate the controlled startup and shutdown of massive equipment arrays—such as large amplifier racks, motorized rigging, and lighting systems—by powering each circuit in a timed sequence. This prevents catastrophic inrush currents that could trip main breakers, ensures that control systems are active before high-power loads, and provides a safe, orderly power-up procedure for complex venues.

A cornerstone feature is its remote control capability, allowing the entire power sequence to be initiated or halted via dry contact closure, low-voltage trigger, or network command. This enables seamless integration with facility automation, show control systems, or security panels. The system includes comprehensive monitoring with front-panel voltmeters and ammeters for each circuit, providing real-time visibility into the electrical health of the entire installation. It incorporates robust surge suppression and may include noise filtration to protect sensitive connected electronics from power line disturbances.

Housed in a heavy-duty, free-standing or rack-mountable enclosure, the CQ-PD1-4 is built for permanent installation in electrical rooms, equipment closets, or touring road cases for major events. It features industrial-grade connectors (like Cam-Lok or Twist-Lock) for input and output, and distributes power via multiple outlet banks on each circuit. By combining massive power capacity, intelligent multi-circuit sequencing, remote operation, and integrated protection, this system serves as the central power management hub for the largest and most critical professional installations.