About the Juice Goose RP100-20A Rackpower 100 for 19" Rack Systems (20A)
The Juice Goose RP100-20A Rackpower 100 is a professional-grade, unfiltered power distribution unit (PDU) engineered for high-current applications in 19-inch equipment racks. Designed for environments where reliable, high-amperage power distribution is more critical than built-in conditioning—such as in live sound amplifier racks, large lighting systems, data server cabinets, or broadcast video racks—this unit provides a robust and organized solution for consolidating multiple devices onto a single, high-capacity circuit. Its core function is to safely take a single 20-amp input and distribute it across ten or more standard IEC outlets, ensuring adequate power delivery without voltage drop for power-hungry equipment while simplifying rack wiring and improving safety.
Constructed with a heavy-duty steel chassis, the RP100-20A is built for permanent installation and the rigors of touring. It features a front-panel illuminated rocker switch or circuit breaker that serves as a master disconnect, providing both overload protection and a convenient means to power the entire rack on or off. The unit's internal wiring uses thick-gauge conductors to handle the full 20-amp load continuously, and its design prioritizes low electrical impedance to maintain stable voltage under demanding conditions. While it typically lacks the advanced filtering or isolation of more specialized units, its straightforward, robust design makes it a reliable workhorse for distributing clean power from a dedicated circuit or upstream conditioner.
Installation is simple, involving vertical rack mounting and connecting the unit's NEMA plug to a properly rated 20-amp outlet. By centralizing connections, it eliminates the dangerous practice of daisy-chaining multiple power strips, reduces cable clutter for better airflow, and provides a single, accessible point for mains power control. The Juice Goose RP100-20A Rackpower 100 delivers essential, high-current power distribution for professional systems where sheer power capacity and reliability are the paramount concerns.