| Management number | 241249564 | Release Date | 2026/07/17 | List Price | US$718.50 | Model Number | 241249564 | ||
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The CyberPower PDU83108 is a three-phase switched power distribution unit designed to manage power delivery in rack systems operating between 200 and 240 volts. It features thirty IEC outlets, each with individual power metering, allowing precise monitoring and control of energy consumption per device. This unit is ideal for data centers, server rooms, and network closets where efficient power management and remote control are essential.
With a front digital display showing real-time voltage, current, and power, plus multicolor LED indicators for quick status checks, it helps administrators maintain optimal operation and prevent overloads. The built-in web interface extends control and monitoring capabilities to remote locations, enabling scheduled power cycles and notifications to minimize downtime.
This PDU is designed to integrate seamlessly into rack environments requiring three-phase power distribution. The IEC-309 60-amp input cord connects to compatible power sources, while the thirty IEC outlets support a wide range of rack-mounted servers, networking gear, and other IT equipment. The web interface is accessible from desktops and mobile devices, allowing flexible management across different platforms.
Installation is straightforward with the included IEC-309 60A input cord, which provides sufficient length to reach remote power panels. The metal housing offers robust protection during mounting and daily operation. Setup of the web interface is user-friendly, enabling quick configuration of outlet controls, power thresholds, and notification preferences to fit your specific environment.
This PDU is well suited to busy data centers, server rooms, and network closets where precise power management and remote control are critical. IT teams managing multiple devices will benefit from the ability to monitor individual outlet consumption and perform remote reboots, reducing the need for physical intervention and minimizing downtime. Its durable design and comprehensive monitoring features make it a strong choice for environments demanding reliable and efficient power distribution.
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